TW200803443A - Service zone setting device with unauthorized appropriation prevention function and method of preventing unauthorized appropriation of zone-based service using the device - Google Patents

Service zone setting device with unauthorized appropriation prevention function and method of preventing unauthorized appropriation of zone-based service using the device Download PDF

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TW200803443A
TW200803443A TW96122331A TW96122331A TW200803443A TW 200803443 A TW200803443 A TW 200803443A TW 96122331 A TW96122331 A TW 96122331A TW 96122331 A TW96122331 A TW 96122331A TW 200803443 A TW200803443 A TW 200803443A
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service
area
mobile communication
service area
setting
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TW96122331A
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Chinese (zh)
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TWI386022B (en
Inventor
Yul-Jea Cho
Jong-Deug Kim
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Lg Telecom Ltd
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Priority claimed from KR1020060056547A external-priority patent/KR20070121455A/en
Priority claimed from KR1020060076545A external-priority patent/KR100877666B1/en
Priority claimed from KR1020060078135A external-priority patent/KR100804395B1/en
Application filed by Lg Telecom Ltd filed Critical Lg Telecom Ltd
Publication of TW200803443A publication Critical patent/TW200803443A/en
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Publication of TWI386022B publication Critical patent/TWI386022B/en

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Abstract

Provided are a device for setting a service, zone for a predetermined zone-based service provided by a mobile communication network system for at least one portable unit to which a mobile communication service is provided by the mobile communication network system, the device comprising a local area wireless communication means, wherein the local area wireless communication means performs local area wireless communication with the portable unit and the device sets a range in which the local area wireless communication is available as the service zone of the portable unit, and when data communication with the portable unit is performed, data is encrypted and transmitted and the received and encrypted data is decoded, and a method of preventing an unauthorized appropriation of a zone-based service using, the device.

Description

200803443, 九、發明說明： 【發明所屬之技術領域】 本發明是關於一種具有防止非授權盜用功能的服務區 ^ 域設定裝置，以便在行動通信網路中對攜帶型單元提供有 效區域性服務，且關於一種使用此裝置之區域性服務之防 止非授權盜用的方法。 【先前技術】 Φ 隨著近來通信技術之開發，已將使用有線或無線方式 之許多通信服務提供給使用者。在有線通信系統中，可藉 由開發與開發光纖相關之系統來實施光學通信網路，且傳 輸速度以及語音與資料量已增加。此外，在無線通信系統 中’可在使用者高速移動期間，將語音以及資料服務同時 提供給使用者。此外，在無線通信服務中，歸因於使用諸 如分碼多重存取（code division multiple access，CDMA)、 为頻多重存取（freqUenCy divisi〇n multiple access，fdma) 兵刀日守夕重存取（time divisi〇n muitipie access, TDMA)之200803443, IX. Description of the Invention: [Technical Field] The present invention relates to a service area setting device having a function of preventing unauthorized piracy, so as to provide an effective regional service to a portable unit in a mobile communication network, And a method of preventing unauthorized piracy using a regional service using the device. [Prior Art] Φ With the recent development of communication technologies, many communication services using wired or wireless methods have been provided to users. In a wired communication system, an optical communication network can be implemented by developing and developing a fiber-related system, and the transmission speed and the amount of voice and data have increased. In addition, in the wireless communication system, voice and data services can be simultaneously provided to the user during high-speed movement of the user. In addition, in the wireless communication service, due to the use of, for example, code division multiple access (CDMA), frequency multiple access (frdUenCy divisi〇n multiple access, fdma) (time divisi〇n muitipie access, TDMA)

_ 技術的行動電話服務且歸因於使用諸如無線LAN、CDMA 與無線見頻網際網路（wireless br〇adband Internet，wm) 之技術的無線網際網路服務，服務提供區之數目以及使用 者之數目已快速增加。 * If因於無線通信技術之開發與對應無、線通信服務之使 •用者之數目的增加，服務提供者與使用者應考慮徵收費用 與=供服務之方法的可靠性以及有效性。在此方面，近來 拙服務提供者建議各種折扣優惠以及㈣服務費用之對 6 200803443f 應方法以便保持自身消費者並吸引新的消費者。建議包括 由行動通信服務提供者提供之區域性服務，其用於對特定 區域中之行動通^單元之使用費用進行折扣或將特定服務 . 提供給區域中之行動通信單元。 ▲ 在以此方式將區域性服務提供給行動通信單元之方法 中，一種用於設定服務區域的裝置被用於設定服務區域， 服務區域為意義不同於行動通信網路中之細胞（cdl)之意 義的區域。用於設定服務區域的裝置會執行與行動通信單 拳 70之輯無線通信，並且祕蚊歸區_装置與行動 通“單元可使區域無線通信之區域成為服務區域。特定區 域性服務會自行動通信網路中提供給位於服務區域中之行 動通信單元。 行動通彳§單元之用於設定服務區域的裝置具有移動性 之限制，且行動通信單元僅在可與用於設定服務區域的裝 置進行區域通信的有限服務區域中接收區域性服務。 然而，可旎發生以下嘗試：行動通信單元之使用者意 Φ 欲在由用於設定服務區域的裝置設定之服務區域外之區域 中在未授權的f月況下使用區域性服務。因此，需要開發用 於防止用於設定服務區域的裝置之非授權盜用的技術^ 【發明内容】 - 本發明提供具有在行動通信網路中之防止非授權盜用 功能之服務區域言史定裝£以及使用此裝置之區域性服 防止非授權盜用的方法。 根據本發明之態樣，提供用於針對至少一攜帶型單元 200803443 壯：動通信網路系統提供之預定區域性服務的服務區 1二n i仃動通信服務由行動通信_系統提供給至少 狳、’裝置包括區域無線通信構件，其中區域無 、^:Γ行與攜帶型單元之區域無線通信，且裝置將 線通信可用之翻設定為攜帶型單元之服務區域； 且與攜帶型單元之資料通信時，加密資料會被傳輸 且在接收此加密資料中會被解碼。 =本發明之另一態樣，提供在行動通信網路系統中 二=性服務之非授權盜用之方法’行動通信網路系統 ;將匕括特定區域性服務之行動通信服務經由攜帶型單 凡提供給用戶’其中將執行與攜帶型單元之區域無線通信 之用於設定服務區域的裝置的區域無線通信可用的範圍設 定為Ϊ帶ΐ單元之服務區域’且#執行與位於服務區域中 t攜π型單元以及用於設定服務區域的裝置的資料通信 8守，傳輸資料會被加密且接收資料會被解碼。 根據本發明之另一態樣，提供用於針對至少一攜帶型 單元設定由行動通信網路系統提供之預定區域性服S的服 務區域之裝置，行動通信服務由行動通信網路系統提供給 至少一攜帶型單元，裝置包括區域無線通信構件，其中區 域無線通信構件執行與攜帶型單元之區域無線通信，且裝 置將區域無線通信可用之範圍設定為攜帶型單之 域，其中裝置更包括防止魏裝置，其防止在初始註^ 域性服務之後任意改變經設定註冊之服務區域，且防止移 動裝置與區域無線通信構件是使用絕緣密封材料來模製Ζ 8 200803443f 使付與至少一印刷電路板（PCB)之接觸部分可能未暴露 於PCB上。 【實施方式】 現將參考展示本發明之例示性實施例之附圖來較詳細 地描述本發明。 ☆ A圖1為說明在使用根據本發明之實施例的具有防止非 杈權企用功能之服務區域設定裝置的行動通信網路中提供 區域性服務之系統之實例的示意圖。參考圖i，用於提供 區域=務之系統包括：驗設定服務區域的裝置19、行 動通2單兀21(其為攜帶型單元〕以及行動通信網路系統。 仃動通信網路系統具有一般結構，其包括：與行動通 k早το 21通信之基地台22、連接至諸如7號網路之信號 網路25之行動交換中心24與本地暫存器（未圖示）以及 汛息服務中心28。 此外’行動通信網路系統包括區域性服務認證祠服器 2J、區域服務肝資料庫伺服器％、計費伺服器29以二 多個應用伺服器23。 多個應㈣服ϋ 23射-聽構，其連接至行動通信 肩、且將各翻容提供給行動通信單元2丨（其為攜帶型單 =)。多個應賴服器23 以將各種額外服務提供給 通信網路中之用戶。 、用於α又疋服務區域的裝置19在行動通信單元21 (豆 為Ϊ嵩帶型單元）中具有用於較服務區域2G的結構。猶後 將洋細描述用於設定服務區域的裝置19。 9 200803443 通話21中’可執行語音通信(亦即，電話 一 ϋ 貝(例如，無線網際網路）。行動通信單 e l ^服務區域的裝置19通信而檢查其 Ζ目I J月矛區域中。若行動通信單元21位於服務區域 中，則可將特定服務提供給行動通信單元2卜 一此處在本發明之例示性實施例巾，將描述為攜帶型 直接連接綺動通_路之行動通信單元（例 刑有"讀電話功朗單元）。然而，根據本發明之攜帶 早兀並不限於仃動通信單元，且可包括可經由另一裝置 而連接至行動通信網路之單元。此攜帶型單元可包括：個 人數位助理（pe職al digital咖㈣賊pDA)、攜帶型電腦 (portable computer)、電子行事層㈣伽* 〇rganizer)、 諸如嫌3播放器之攜帶型音樂播放器、（portable music player)、諸如攜帶型多媒體播放器（pOTtabie player，PMP )之攜帶型視訊播放器（p⑽細的 player )、4如DMB廣播接收器之攜帶型廣播接收器 (portable broadcasting receiver )、攜帶型遊戲裝置 (portable game device)以及攜帶型數位相機（p〇rtabie digital camera )。 區域性服務用戶資料庫伺服器26將作為區域性服務 用戶資訊的用戶之行動通信單元識別資訊（例如，單元編 號）、區域設定裝置識別（Zone Setting Device Idemificati〇n， ZSDID)、行動通信單元之服務註冊資訊（指示服務是否被 註冊之資訊，例如，若為“1”，則經註冊，且若為“〇” ， 200803443 則未經註冊）以及服務區域設定資訊（例如，“〗，，指示行 動通信單元21位於服務區域中且用於設定服務區域的J 置19正常地操作，且“G”指示行_信單元21位於服務 區域以外或用於設定服務區域的裝置19並未正常地操 而建立成資料庫且對其進行管理。行動通信單元識別資 =、應用識別資訊以及諸如ZSDID之區域性服務用戶資訊 =戶購買用於設定服務區域的裝置19以便使用行動通 =早凡2!來減區域性服務時由行料細路服務提供 設定服務區域的裝置19 ^戶可使用行動通信單元21經由網際網路來存取行動 j肩路服務提供者之崎網魅頁，且註冊行動通 及諸如ZSDID等之區域性服務用戶資訊。鱗， …冊之祕為基本區域性服務用戶資訊。此外，告 稍後將描述之行動通信單元之服務註冊時，區域性月田^用 2料庫伺服器26進-步將服務註冊資訊作為關 3通Ϊ:元=域性服務用戶資訊而建立成資料庫且^ 離二服SI:冊之行動通信單元嘗言式 %進一步將服務區 吊地知作，且〇指示行動通信單元2ι位於 以外或用於設定服務區域的裝置！9並 ^二二2 區域性服務用戶資訊而建立成資料庫^其作為 區域性服務認證伺服器27根據行動通信單元Μ之請 11 200803443、 x 求而執行註冊區域性服務之程序與取消服務之程序。計費 伺服器29根據行動通信單元21之通信服務使用之内容而 執行計費帳戶。 • 圖2説明根據本發明之實施例的圖1中所說明之行動 通信單元。參考圖2，行動通信單元21包括控制器31、鍵 輸入單元32、無線傳送與接收單元33、顯示單元34、行 動通信傳送與接收單元35以及記憶體37。 鍵輸入單元32包括用於由用戶輸入數字與字元之輸 着 入鍵以及用於選擇功能之功能鍵。 無線傳送與接收單元33執行與用於設定服務區域的 裝置19的通信。無線傳送與接收單元33可包括無線個人 區域網路技術（wire〗ess pers〇nal area netw〇rk，wpAN)，諸 如 t 芽、無線區域網路（w^reless l〇caj area netw〇rk， WLAN)、射頻識別（radi〇 freqUenCy identification，RFID)、 紅外線（IR )、紫蜂（Zigbee )、或二進位分碼多重存取（c〇de division multiple access，CDMA)。此處，我將顯示此範例。 φ 當揲線傳送與接收單元33為藍芽通信模組時，藍芽通信模 組構成使用藍芽模式之無線通道以便與用於設定服務區域 的裝置19通信。藍芽通信模組使用2.4GHz之工業科學醫 療（industrial scientific medical，ISM)頻帶而與用於設定 服務區域的裝置19通信，且藉由設定ism頻帶以下之2_ Technology's mobile phone service and attributed to wireless Internet services using technologies such as wireless LAN, CDMA and wireless br〇adband Internet (WM), the number of service areas and users The number has increased rapidly. * If due to the development of wireless communication technology and the number of users of corresponding non-wireless communication services, service providers and users should consider the cost and the reliability and effectiveness of the method for service. In this regard, recent service providers have suggested various discount offers and (iv) service fee pairs. 200803443f The method should be adopted in order to maintain its own consumers and attract new consumers. Recommendations include regional services provided by mobile communication service providers that are used to discount the usage fees of the mobile units in a particular area or to provide specific services to the mobile communication units in the area. ▲ In the method of providing a regional service to a mobile communication unit in this way, a device for setting a service area is used to set a service area, which is different from a cell (cdl) in a mobile communication network. The area of meaning. The device for setting the service area performs wireless communication with the mobile communication single punch 70, and the secret mosquito returning device_device and mobile communication "unit enables the regional wireless communication area to become the service area. The specific regional service will act from the action. Provided in the communication network to the mobile communication unit located in the service area. The means for setting the service area of the mobile communication unit has mobility restrictions, and the mobile communication unit is only available for the device for setting the service area. The regional service is received in the limited service area of the regional communication. However, the following attempt may occur: the user of the mobile communication unit intends to be unauthorized in the area outside the service area set by the device for setting the service area. Regional services are used in the case of f. Therefore, there is a need to develop a technique for preventing unauthorized piracy of devices for setting a service area. [Invention] - The present invention provides protection against unauthorized piracy in a mobile communication network. Functional service area history subscription and regional use of this device to prevent unauthorized access According to an aspect of the present invention, a service area 1 for providing a predetermined regional service provided by at least one portable unit 200803443 is provided by a mobile communication system to at least 狳The device includes an area wireless communication component, wherein the area has no wireless communication with the area of the portable unit, and the device sets the available line communication to the service area of the portable unit; and the information of the portable unit During communication, the encrypted data is transmitted and decoded in the received encrypted data. = Another aspect of the present invention provides a method for unauthorized piracy of a non-sexual service in a mobile communication network system. a road system; a mobile communication service that includes a specific regional service is provided to a user via a portable type, and a range setting in which wireless communication of a device for setting a service area is to be performed wirelessly with an area of the portable unit is set For the service area of the ΐ unit, and # execution and the π-type unit in the service area and for setting the service area According to another aspect of the present invention, a predetermined regional service provided by the mobile communication network system is provided for at least one portable unit. a device of the service area of S, the mobile communication service is provided by the mobile communication network system to at least one portable unit, the device comprising an area wireless communication component, wherein the regional wireless communication component performs wireless communication with the area of the portable unit, and the device will area The range in which the wireless communication is available is set as the domain of the portable type, wherein the device further includes a prevention device that prevents the service area set to be registered from being arbitrarily changed after the initial service, and prevents the mobile device and the area wireless communication component from being Molding using an insulating sealing material 8 200803443f The portion of the contact that is applied to at least one printed circuit board (PCB) may not be exposed to the PCB. The present invention will now be described in more detail with reference to the accompanying drawings, which illustrate. ☆ A is a schematic diagram showing an example of a system for providing a regional service in a mobile communication network using a service area setting device having a function of preventing unauthorized use according to an embodiment of the present invention. Referring to Figure i, the system for providing a zone=service includes: a device 19 for setting a service area, a mobile device 2 (which is a portable unit), and a mobile communication network system. The mobile communication network system has a general The structure includes: a base station 22 that communicates with the mobile device, a mobile switching center 24 connected to a signal network 25 such as the network No. 7, a local register (not shown), and a suffocation service center. 28. In addition, the 'mobile communication network system includes a regional service authentication server 2J, a regional service liver database server%, and a charging server 29 with two or more application servers 23. Multiple applications (four) service 23 - listening structure, which is connected to the mobile communication shoulder, and provides each of the reversal to the mobile communication unit 2 (which is a portable type =). A plurality of responders 23 provide various additional services to the communication network The device 19 for the alpha and the service area has a structure for the service area 2G in the mobile communication unit 21 (the bean is a piggyback type unit). The details are used to set the service area. Device 19. 9 200803443 In 21, 'executable voice communication (i.e., a telephone-in-a-box (e.g., wireless internet)). The device 19 of the mobile communication unit e-service area communicates to check its target IJ month-spray area. 21 is located in the service area, and the specific service can be provided to the mobile communication unit 2, which is described herein as an exemplary embodiment of the present invention, which will be described as a mobile communication unit that is directly connected to the mobile communication channel. There is a "reading phone function unit.] However, the carrying case according to the present invention is not limited to the mobile communication unit, and may include a unit connectable to the mobile communication network via another device. The portable unit may include : Personal digital assistant (pe-al digital coffee (four) thief pDA), portable computer (portable computer), electronic action layer (four) gamma * 〇rganizer), portable music player such as 3 player, (portable music player) , such as a portable video player (pOTtabie player, PMP) portable video player (p (10) fine player), 4 such as a DMB broadcast receiver portable broadcast receiver (portable Broadcasting receiver), portable game device, and portable digital camera (p〇rtabie digital camera). The regional service user database server 26 identifies the information as the mobile communication unit of the user who serves the regional service user information. (for example, unit number), zone setting device identification (ZSDID), service registration information of the mobile communication unit (information indicating whether the service is registered, for example, if it is "1", it is registered, And if "〇", 200803443 is not registered) and service area setting information (for example, "〗, indicating that the mobile communication unit 21 is located in the service area and is used to set the service area, the device 19 operates normally, and " The device 19, which indicates that the line_letter unit 21 is located outside the service area or is used to set the service area, is not normally operated as a database and is managed. Mobile communication unit identification, application identification information, and regional service user information such as ZSDID = the user purchases the device 19 for setting the service area to use the action pass = early 2! to reduce the regional service by the line The service provides a device for setting a service area. The user can access the action j shoulder service provider via the Internet, and register the action with regional service user information such as ZSDID. . Scales, ... the secret of the book is the basic regional service user information. In addition, when registering the service of the mobile communication unit to be described later, the regional moonfield uses the 2 database server 26 to further establish the service registration information as the 3rd communication: meta=domain service user information. Into the database and ^ from the second service SI: the mobile communication unit to learn the word % further to know the service area, and the mobile communication unit 2ι is located outside or used to set the service area! 9 and ^ 2 2 2 regional service user information is established into a database ^ as a regional service authentication server 27 according to the mobile communication unit 11 11 200803443, x to perform the process of registering regional services and cancel the service program. The billing server 29 executes the billing account based on the content of the communication service used by the mobile communication unit 21. • Figure 2 illustrates the mobile communication unit illustrated in Figure 1 in accordance with an embodiment of the present invention. Referring to Fig. 2, the mobile communication unit 21 includes a controller 31, a key input unit 32, a wireless transmitting and receiving unit 33, a display unit 34, a communication communication transmitting and receiving unit 35, and a memory 37. The key input unit 32 includes input keys for inputting numbers and characters by the user and function keys for selecting functions. The wireless transmitting and receiving unit 33 performs communication with the device 19 for setting the service area. The wireless transmitting and receiving unit 33 may include wireless personal area network technology (wire ess pers〇nal area netw〇rk, wpAN), such as t bud, wireless local area network (w^reless l〇caj area netw〇rk, WLAN ), radio frequency identification (RFID), infrared (IR), Zigbee, or binary division multiple access (CDMA). Here I will show this example. φ When the twisting line transmitting and receiving unit 33 is a Bluetooth communication module, the Bluetooth communication module constitutes a wireless channel using the Bluetooth mode to communicate with the device 19 for setting the service area. The Bluetooth communication module communicates with the device 19 for setting the service area using the 2.4 GHz industrial scientific medical (ISM) band, and by setting the 2 below the ism band

• MHz的保護頻帶與ISM頻帶以上之3.5 MHz'的保護頻帶 來防止干擾另一裝置。此外，藍芽模組基本上使用跳頻方 式來每一秒執行跳頻1600次。藍芽模組之輸出為1〇〇mW 12· 200803443 (20 dBm)。被稱為！類之藍芽模組之特徵在於其可與用 於設定最大範圍為1〇〇m之服務區域之裝置Μ通作。 已使用藍芽模式來描述行動通信單元21線傳送 與接收單元33、用於設定服務區域的裝置19之盔線傳送 與接收單元41。然而，熟習此項技藝者應理解本^明不限 於此。 •舉例而言，顯示單元34包括液晶顯示器（Hquid crystal display，LCD )。顯示單元34根據控制器3丨之控制而顯示 字元以及數字，或顯示功能選單螢幕且進一步顯示文字以 及影像等。 、 行動通信傳輸與接收單元傳送與接收單元35將語音 與資料傳輸資料傳送至行動通信網路系統以及自行動通^ 網路系統接收語音與資料。舉例而言，行動通信傳輸與接 收單元傳送與接收單元35可構成使用以下技術中之一者 的通信通道：分碼多重存取（CDMA)、分頻多重存取 (frequency division multiple access，FDMA)、分時多重存 取（ time division multiple access，TDMA)、寬頻分碼多重 存取（wideband code division multiple access，WCDMA)以 及無線寬頻網際網路（wireless broadband internet，WBI) 〇 考慮到經濟因素，行動通信傳輸與接收單元傳送與接收單 元35可建構成使用已較廣泛使用之CDMA之通信通道。 行動通信傳輸與接收單元傳送與接收單元35建構用於將 語音信號傳輸至行動通信單元21與基地台22以及自行動 通信單元21與基地台22接收語音信號的訊務通道、用於 13 200803443 傳輸以及接收資料之資料通道，以及用於檢查行動通信單 元21或用於傳輸以及接收簡訊服務（slum message service , SMS)與多媒體訊息服務（multi message service, MMS) 的傳呼通道。 . • 用於控制行動通信單元21之一般操作之程式儲存於 記憶體37中。此外，根據本發明用於設定服務區域之程式 以及貧料儲存於記憶體37中。在執行程式時產生之資料暫 時儲存於記憶體37中。 洋&之’ s己憶體37將設定服務區域所需之資訊儲存於 非揮發性纪憶體單元中。此處，資訊可包括認證伺服器註 冊狀態資訊、服務註冊狀態資訊、ZSDID、暫時註冊狀態 貢訊TMPJFLAG、用於設定服務區域的裝置的固有名稱資 訊、鏈路密鑰資訊（link key information)、區域設定裝置 狀態資訊’以及RF資料鏈路識別資訊rf_DLCI。 δ忍d伺服裔註冊狀態資訊為指示行動通信單元是否在 區域性服務認證伺服器27中註冊用於設定服務區域的裝 • 置的資訊。舉例而言，若行動通信單元在區域性服務認證 伺服器27中註冊用於設定服務區域的裝置，則可將認證伺 服器註冊狀態資訊設定為“〇χ〇1 ” ，若行動通信單元未在 區域性服務認證伺服器27中註冊用於設定服務區域的裝 • 置’則可將認證伺服器註冊狀態資訊設定為“0x00” ，且 可將其初始值設定為“0x00”。 ZSDID為（例如）指派給用於設定服務區域的裝置的 48位元固有識別資訊。ZSDn)由用於設定服務區域的裝置 14 200803443if 藉由在用於設定服務區域的裝置19中設定詢問鏈路來提 ，。當已參與服務區域策略之行動通信單元21辨別在預訂 時由用戶安裝之用於設定服務區域的裝置19時，則會使用 ZSDID。此外，因為行動通信單元21表示一或多個區域且 相應地具有一或多個ZSDID，所以可將用於儲存—或多個 ZSDID之空間指派給記憶體37。 暫時註冊絲:纽TMP—FLAG為赫㈣通信單元 在註冊區域性服務之程序巾在區域性服務認證伺服器27 中註冊服務的1位元旗標資訊。暫時註冊狀態資訊 TMP_FLAG之初始值為“〇，，，且若行動通信單元在區域 =巧務認證伺服器27中註冊服務時，則其初始值會為 1 。此處，暫時註冊狀態資訊TMP_FLAG儲存於記憶 體37中，因為行動通信單元在區域性服務認證伺服器27 中完成服狀註冊（其在註冊區域性服務之程序期間需要 較長時間）’例如，若註龍域性服務之程序由於電池组電 源關閉之原因而終止且當重複執行註冊區域性服務之程序 日守’可省略在區域性服務認證做器27中註冊服務的程 序。 #當用於設定服務區域的裝置與行動通信單元使用藍芽 核式來通信時，會使用用於設定服務區域的裝置的固有名 稱資訊。鎌設定服務_的裝置的固有名稱資訊為在關 於用於設定服務區域㈣置而在製造時設定於裝置/服務 類別（class of device/service，c〇D )區域中之固有名稱值， 且自用於設定服務區域的裝置巾獲得。用於奴服務區域 15 200803443if 的裝置的固有名稱資期以在行動通信單元設定詢問鍵路 時過濾、來自另-周邊藍芽裝置之信號訊息。當行動通信單 疋21具有最大數（兩個ZSDID)時，將儲存兩個名^之 空間指派給記憶體37。舉例而言，記憶體37之初始值 δ又疋為 LGT—DMID1” 與 “LGT—DMID2”。• The guard band of MHz and the 3.5 MHz' guard band above the ISM band to prevent interference with another device. In addition, the Bluetooth module basically uses a frequency hopping method to perform frequency hopping 1600 times per second. The output of the Bluetooth module is 1〇〇mW 12· 200803443 (20 dBm). is called! The Bluetooth module of the class is characterized in that it can be used with devices for setting a service area of a maximum range of 1 〇〇 m. The Bluetooth communication mode has been used to describe the mobile communication unit 21 line transmission and reception unit 33, the helmet line transmission and reception unit 41 for setting the service area. However, those skilled in the art should understand that the present invention is not limited thereto. • For example, the display unit 34 includes a liquid crystal display (LCD). The display unit 34 displays characters and numbers according to the control of the controller 3, or displays a function menu screen and further displays characters and images. The mobile communication transmitting and receiving unit transmitting and receiving unit 35 transmits voice and data transmission data to the mobile communication network system and receives voice and data from the mobile communication network system. For example, the mobile communication transmitting and receiving unit transmitting and receiving unit 35 may constitute a communication channel using one of the following techniques: code division multiple access (CDMA), frequency division multiple access (FDMA) Time division multiple access (TDMA), wideband code division multiple access (WCDMA), and wireless broadband internet (WBI) 〇 taking into account economic factors, action The communication transmission and reception unit transmission and reception unit 35 can be constructed to use a communication channel of the widely used CDMA. The mobile communication transmitting and receiving unit transmitting and receiving unit 35 constructs a traffic channel for transmitting voice signals to the mobile communication unit 21 and the base station 22 and receiving voice signals from the mobile communication unit 21 and the base station 22, for transmission of 13 200803443 And a data channel for receiving data, and a paging channel for checking the mobile communication unit 21 or for transmitting and receiving a slum message service (SMS) and a multimedia message service (MMS). • A program for controlling the general operation of the mobile communication unit 21 is stored in the memory 37. Further, the program for setting the service area and the lean material are stored in the memory 37 in accordance with the present invention. The data generated when the program is executed is temporarily stored in the memory 37. Ocean&'s Remembrance 37 stores the information required to set up the service area in a non-volatile memory unit. Here, the information may include authentication server registration status information, service registration status information, ZSDID, temporary registration status, TMPJFLAG, unique name information of the device for setting the service area, link key information, The area setting device status information 'and the RF data link identification information rf_DLCI. The δ d 伺服 servo registration status information is information indicating whether the mobile communication unit registers the device for setting the service area in the regional service authentication server 27. For example, if the mobile communication unit registers the device for setting the service area in the regional service authentication server 27, the authentication server registration status information can be set to "〇χ〇1" if the mobile communication unit is not present. The device for registering the service area is registered in the regional service authentication server 27, and the authentication server registration status information can be set to "0x00", and the initial value can be set to "0x00". The ZSDID is, for example, 48-bit inherent identification information assigned to the device for setting the service area. ZSDn) is provided by means for setting the service area 14 200803443if by setting the interrogation link in the means 19 for setting the service area. The ZSDID is used when the mobile communication unit 21 that has participated in the service area policy discriminates the device 19 for setting the service area installed by the user at the time of reservation. Furthermore, since the mobile communication unit 21 represents one or more areas and has one or more ZSDIDs accordingly, a space for storing - or a plurality of ZSDIDs can be assigned to the memory 37. Temporary registration wire: New TMP-FLAG is the (4) communication unit The 1-digit flag information of the service is registered in the regional service authentication server 27 in the program service of the registered regional service. The initial value of the temporary registration status information TMP_FLAG is "〇,,, and if the mobile communication unit registers the service in the area=service authentication server 27, its initial value will be 1. Here, the temporary registration status information TMP_FLAG is stored. In the memory 37, since the mobile communication unit completes the service registration in the regional service authentication server 27 (which takes a long time during the process of registering the regional service), for example, if the program of the service is due to The program of the battery pack power supply is terminated and the program for registering the regional service is repeatedly executed. The program for registering the service in the regional service authentication maker 27 can be omitted. # When the device and the mobile communication unit are used for setting the service area When communicating using the Bluetooth core type, the unique name information of the device for setting the service area is used. The unique name information of the device for setting the service_ is set in the device for setting the service area (4) and at the time of manufacture. /invalid name value in the class of device/service,c〇D area, and from the device used to set the service area Obtained. The intrinsic name of the device for the slave service area 15 200803443if is to filter the signal from the other-peripheral Bluetooth device when the mobile communication unit sets the inquiry key. When the mobile communication unit 21 has the maximum number (two In the case of ZSDID), the space in which two names are stored is assigned to the memory 37. For example, the initial value δ of the memory 37 is again LGT_DMID1" and "LGT_DMID2".

鍵路密鑰資訊為在行動通信單元中使用用於設定 區域的裝置來交換並隨ZSDID與區域設絲置個人^ 別碼（pin code ) PINCODE 的資訊。 區域汉定裝置狀態貢訊為最近自用於設定服務區域的 裝置傳送的“區域設定裝置狀態回應訊息,，之狀態碼資 訊。可將、區域設定裝置狀態回應訊息，，之狀態碼資訊的 類型分類為：指示區域性服務可用之“正常狀態”、指示 用於奴服務區域的裝置之移動距離超過設定值之“超過 设疋值移動狀態”、指示用於設定服務區域的裝置之硬體 異常^態的“硬體異常狀態”、指示電源停止之“電源缺 陷，，，以及指示發生連續重設嘗試之“連續重設嘗試 狀悲。可將正常狀態設定為“0x00000000” ，且可將區 域性服務不可用之狀態設定為其他值。 RF資料鏈路識別資訊尺1?一1)1^1為當行動通信單元使 用無線傳送與接收單元33連接與帛於設定服務區域的裝 置19之RF通信時所使用之資料鏈路識別資訊。若無論何 時連接RF通信日夺皆使用服務探索協定（service discovery protocol，SDP)時，則RF資料鏈路識別資訊rf_dlci為 不必要的。 16 200803443 _控制為31控制行動通信單元21之行動通信傳送與接 收單兀35、顯示單元34、鍵輸入單元32、無線通信傳送 與接收單元33以及記憶醴37等。詳言之，當用戶使用鍵 輸入單元32來選擇區域服務註冊時，控制器31對區域性 服務認證伺㈣27中之服務註冊執行控制且對用於設定 服務區域的裝置19中之服務註冊執行控制。 此外，右感應到用戶之離璋呼_叫（發端呼叫）之堂★式， 則控制，31向用於設定服務區域的裝置19請求區域設定 裝置狀態貢訊且回應於請求而接收區域設定裝置狀，能資 訊。若檢查龍域設定裝置狀態魏處於區域性服務^ 之正常狀態中，則控制器31會執行基於區域服務（例如， 費用折扣服務以及免費服務）之離埠呼叫處理，且 到區域設絲置狀態資訊未處於正錄態（其中區域^服 矛力不可用）I、彳控制⑦31會對執行—般啤叫處理執行控 制。此處’料呼^嘗試是#崎賴輸人單元％ 叫鍵以及傳賴來騎的紐應於輯縱且可為預定的。 離埠呼叫之嘗試包括：諸如鍵輸人單元32之預定鍵（例 如’數字鍵）之輸入的鍵創造（keyinvent)、顯示單元％ 之背光·、在折疊型行動通信單元情況下的展開，以及 在滑動型行動通信單元情況下之滑開。 藉由與用於設定服務區域的裝置Γ 服務區域的裝置19之狀態資^時， 有區域性服務可用之形狀（例如，1 “此外’ ^在嘗試離琿呼叫且檢查到區域性服務可用時 19通來接收用於設定 …則控制^§ 31會控制呈 ，圖示形狀）的區域性服 17 20080344否 務顯示以顯示於顯示單元34之顯示幕之預定區域中 圖7中所說明之隨機數表格（例如）包括;:根據本發 明之例示性實施例之行動通信單元21之記情體37中， 相同隨機數表格亦包括於用於設定服務區域的裝置19且 記憶體45中。隨機數表格用以對行動通信單元Μ與用於 設定服務區域的裝置19之間的請求訊息。與回兀應訊息= 加密。The keying key information is information for exchanging and setting a pin code PINCODE with the ZSDID and the area using the means for setting the area in the mobile communication unit. The regional Hanting device status tribute is the "area setting device status response message, the status code information, the status setting information, the status setting device status response message transmitted by the device for setting the service area. It is: a "normal state" indicating that the regional service is available, a "over-set value moving state" indicating that the moving distance of the device for the slave service area exceeds the set value, and a hardware abnormality indicating the device for setting the service area ^ The "hardware abnormal state" of the state, the "power supply defect indicating the power supply stop," and the "continuous reset attempt indicating the occurrence of continuous reset attempt. The normal state can be set to "0x00000000", and the regionality can be The state in which the service is unavailable is set to other values. The RF data link identification information scale 1 -1) 1^1 is the RF communication when the mobile communication unit is connected to the device 19 in the set service area using the wireless transmission and reception unit 33. The information link identification information used at the time. If any time the RF communication is connected, the service discovery protocol is used. In the case of tocol, SDP), the RF data link identification information rf_dlci is unnecessary. 16 200803443 _ Control 31 The mobile communication transmission and reception unit 35 of the mobile communication unit 21, the display unit 34, the key input unit 32, and the wireless The communication transmitting and receiving unit 33 and the memory cassette 37, etc. In detail, when the user selects the area service registration using the key input unit 32, the controller 31 performs control registration on the service registration in the regional service authentication server (27) 27 and is used for The service registration execution control in the device 19 of the service area is set. Further, the right senses that the user is away from the caller (original call), and the control 31 requests the area setting for the device 19 for setting the service area. The device status tribute and receives the area setting device in response to the request, and can information. If the check of the dragon field setting device status is in the normal state of the regional service, the controller 31 performs the area based service (for example, the fee discount) Service and free service), the call processing, and the status information to the area is not in the normal recording state (where the area does not serve the spear force) I), 彳 control 731 will perform the control of the execution of the general beer call. Here, the 'received call ^ is the #崎赖 input unit %, the key and the pass to ride the ride should be scheduled and can be scheduled The attempt to make a call includes: a keyinvent such as a predetermined key of the key input unit 32 (for example, a 'numeric key'), a backlight of the display unit %, and an expansion in the case of a folding mobile communication unit. And sliding in the case of the sliding type mobile communication unit. By the state of the device 19 for setting the service area, the service area, the shape of the regional service is available (for example, 1 "further" ^ When attempting to leave the call and checking that the regional service is available, 19 is used to receive the regional service 17 for controlling the control 31, and the control is displayed on the display unit 34. The random number table (for example) illustrated in FIG. 7 in the predetermined area of the display screen includes: in the case 37 of the mobile communication unit 21 according to the exemplary embodiment of the present invention, the same random number table is also included in Means for setting a service area 19 and the memory 45. The random number table is used to request a message between the mobile communication unit and the device 19 for setting the service area. And reply to the message = encryption.

隨機數表格包括(N+1)x(M+1)個碼，且可藉由使用行 動通信單元21以及設定服務區域之裝置19已二為相同: 之參數（其為固定值或可變值）來獲得緯度索引值（χ = 〇，···，Ν)以及經度索引值（γ=0, · · ·，％)。 換言之，作為參數之固定值可為行動通信單元21之無 線傳送與接收單元之固有位址（例如，藍芽模組之位址)二 用於設定服務區域的裝置19之無線傳送與接收單元之固 有位址（例如，藍芽模組之位址）及/或用於設定服務區域 的裝置19之固有識別資訊（ZSDID)。此外，舉例而言， 作為參數之可變值可為時間資訊。 此處，當使用行動通信單元21之無線傳送與接收單元 之固有位址（例如，藍芽模組之位址）、用於設定服務區域 的裝置19之無線傳送與接收單元之固有位址（例如，藍芽 模組之位址）及/或用於設定服務區域的裝置19之固有識 別資(ZSDH))時’可藉由僅使用每一特定值元組以及 特定常數之特定算術運算來獲得 0〜N或0〜Μ。此外，當 使用時間資訊時，可藉由使用選自日期、小時以及分鐘之 18 200803443, 至少一時間資訊與特定常數之特定算術運算來獲得〇〜N 或0〜Μ 〇 隨機數表格之緯度索引值以及經度索引值中之至少一 者藉由特定運算來轉換，且包括於將在用於設定服務區域 之裝置19與行動通信單元21之間傳輸之傳輸訊息中。亦 即，用於傳輸此傳輸訊息之一方（亦即，行動通信單元21 之控制器31或用於設定服務區域的裝置19之控制器39) 使用儲存於記憶體（37或45)中之隨機數表袼:預^隨機 數來對待傳輸的说息之内谷進行加密，藉由特定運算來轉 換隨機數之緯度索引值及/或經度索引值，並將經轉=之值 包括於傳輸訊息中以傳輸此訊息。用於接收傳 方（亦即，用於設定服務區域的裝置19之控制哭°=行 =言單元21之控制器31)反轉包括於傳輸訊息中^ =之值（諸如，緯度索引值及/或經度索引值），獲得緯 f索引值及/或經度索引值，自已儲存於記憶體（45或37) 2 格搜尋對應隨機數以使用該隨機數來解碼傳 圖:之隨機數表格中，經度索引值固定至= _:=:時存=當可能僅使用經度索 顺表格日守例如’在圖7之隨機數表格中， 19 200803443f 緯度索引㈣定至“〇，’且大於“r之緯度索引值並不存 在。 圖3說明根據本發明之實施例的圖i中所說明之用於 &定服務區域的裝置。參考圖3，用於設定服務區域的裝 置19包括控制器、39、無線傳送與接收單元41、移動感應 器43、記憶體45以及電源構件。 移動感應器43防止用戶在完成用於設定服務區域的 裝置19之服務註冊之後改變所註冊之服務區域。若用於設 _ 鎌務區域的裝置19移動至在完成服務註㈣形成之位 =時，則移動感應器43會或應移動度㈤^岭㈤且 藉由移動距離來計算移動度。若所計算之移動距離之累加 超過預定門檻值，則移動感應器43會通知控制器39移動 距離，過預定門檀值。舉例而言，移動感應器43可為加速 感應态或全球定位系統（globalp〇siti〇ningsystem 接收器。 5 無線傳送與接收單元41用以執行與行動通信單元21 φ 之區域無線通信。無線傳送與接收單元41可使用多個通信 模式，諸如藍芽、無線區域網路、射頻識別、紅外線、紫 蜂、無線個人區域網路以及二進位CDMA等。此外，當功 率類別（power dass)1用作藍芽（其為一種通信模式^夺， 無線傳送與接收單元41使用功率類別丨以100 m之最大 距離與行動通倍單元通信，服務區域之半徑可為約1〇〇 m。當使用藍芽時，7個行動通信單元可註冊於一個用於設 定服務區域的裝置19中。 20 200803443 電源構件可包括主電源單元46與辅電源單元42。舉 例而言，主電源單元46具有用於藉由將外部交流 (alternating current，AC)電源轉換為直流（此⑽咖代賊 DC)電源而將DC電源供應至每一組件的結構。辅電源單 元42可能具有包括充電電池組與用於將AC電源轉換為 DC電源並對充電電池組充電之充電裝置的結構。The random number table includes (N+1)x(M+1) codes, and can be identical by using the mobile communication unit 21 and the device 19 for setting the service area: the parameter (which is a fixed value or a variable value) ) to obtain the latitude index values (χ = 〇,···,Ν) and the longitude index values (γ=0, · · ·, %). In other words, the fixed value as a parameter may be the inherent address of the wireless transmitting and receiving unit of the mobile communication unit 21 (for example, the address of the Bluetooth module), and the wireless transmitting and receiving unit of the device 19 for setting the service area. The inherent address (e.g., the address of the Bluetooth module) and/or the unique identification information (ZSDID) of the device 19 for setting the service area. Further, for example, the variable value as a parameter may be time information. Here, when the inherent address of the wireless transmitting and receiving unit of the mobile communication unit 21 (for example, the address of the Bluetooth module), the inherent address of the wireless transmitting and receiving unit of the device 19 for setting the service area is used ( For example, the address of the Bluetooth module and/or the intrinsic identification (ZSDH) of the device 19 used to set the service area can be used by using only certain specific value tuples and specific arithmetic operations of specific constants. Get 0~N or 0~Μ. In addition, when time information is used, the latitude index of the 〇~N or 0~Μ 〇 random number table can be obtained by using a specific arithmetic operation selected from the date, hour, and minute 18 200803443, at least one time information and a specific constant. At least one of the value and the longitude index value is converted by a specific operation and included in the transmission message to be transmitted between the device 19 for setting the service area and the mobile communication unit 21. That is, one of the means for transmitting the transmission message (i.e., the controller 31 of the mobile communication unit 21 or the controller 39 of the device 19 for setting the service area) uses the random number stored in the memory (37 or 45). The number table is: pre-random number to encrypt the inner valley of the transmission, and the specific operation is used to convert the latitude index value and/or the longitude index value of the random number, and the value of the converted value is included in the transmission message. In the middle to transmit this message. The value of the value of ^ = (such as the latitude index value and the value of ^ = included in the transmitted message is reversed for receiving the transmitting party (i.e., the controller 31 for setting the service area) / or longitude index value), obtain the latitude f index value and / or the longitude index value, and store it in the memory (45 or 37) 2 grid to search for the corresponding random number to use the random number to decode the map: the random number table The longitude index value is fixed to = _:=: time storage = when it is possible to use only the longitude order table, for example, in the random number table in Figure 7, 19 200803443f latitude index (four) is set to "〇, ' and greater than "r The latitude index value does not exist. Figure 3 illustrates the apparatus for & service area illustrated in Figure i, in accordance with an embodiment of the present invention. Referring to Fig. 3, a device 19 for setting a service area includes a controller, 39, a wireless transmitting and receiving unit 41, a motion sensor 43, a memory 45, and a power supply unit. The motion sensor 43 prevents the user from changing the registered service area after completing the service registration of the device 19 for setting the service area. If the device 19 for setting the service area moves to the position where the completion of the service note (4) is formed, then the motion sensor 43 will or should move the degree (5) ^ ridge (f) and calculate the degree of mobility by moving the distance. If the calculated cumulative distance is greater than the predetermined threshold, the motion sensor 43 notifies the controller 39 to move the distance past the predetermined threshold. For example, the motion sensor 43 can be an accelerated sensing state or a global positioning system (global paging system). The wireless transmitting and receiving unit 41 is configured to perform wireless communication with the area of the mobile communication unit 21 φ. The receiving unit 41 can use multiple communication modes, such as Bluetooth, wireless local area network, radio frequency identification, infrared, ZigBee, wireless personal area network, and binary CDMA, etc. In addition, when power class 1 is used as Bluetooth (which is a communication mode), the wireless transmitting and receiving unit 41 communicates with the mobile multiplier unit using a power class 最大 at a maximum distance of 100 m, and the radius of the service area can be about 1 〇〇 m. When using Bluetooth The seven mobile communication units can be registered in a device 19 for setting the service area. 20 200803443 The power supply unit can include a main power unit 46 and an auxiliary power unit 42. For example, the main power unit 46 has A structure that converts an external alternating current (AC) power supply into a direct current (this (10) thief DC) power supply to supply DC power to each component. Source unit 42 includes a rechargeable battery pack may have used to convert AC power to DC power and charges the charging device of the battery pack structure.

即使當外部AC電源未施加至每一組件時，辅電源單 元42之充電電池組亦可將電源供應至每一組件持續預定 時間（例如，48小時）。此外，主電源單元46偵測到外部 AC電源未施加至每一組件的狀態（例如，由於停電或用 戶蓄意移動用於設定服務區域的裝置19而造成的外部AC 電源切斷）且將偵測結果傳輸至控制器39。此外，輔電源 單元42在外部AC電源未施加至每—組件的狀態下將電源 僅供應至移動感應器43 ,使得即使當用戶切斷用於設定服 矛力區域的裝置19之電源且移動用於設定服務區域的裝置 19時，亦可準確地計算移動距離。 電源可能（例如）經由通用串列匯流排㈤彻 =na us，USB )電纜而自個人電腦（柯蠢^⑺寧如, 供應至主電源單元46，式ΐ雪、店- 電池來裝配。 Μ麵早元46可能使用小型乾 以及铜於<定服務區域的裝置19之操作的程3 Μ將設料於記賴45巾。靡 %巾。&4 /或所茜之貢訊儲存於非揮發性記憶體肩 +例而言’圖7中所說明之隨機數表格包本 21 200803443 於根據本發明之例示性實施例之用於設定服務區域的裝置 19的記憶體45中。然而，已參考圖7來描述隨機數表袼 且因此將省略其描述。 此處，資訊可包括ZSDID、用於設定服務區域的裝置 的固有名稱資訊、鏈路密鑰資訊、區域設定裝置狀態資訊， 以及RF資料鏈路識別資訊rF_dlcI。Even when an external AC power source is not applied to each component, the rechargeable battery pack of the auxiliary power source unit 42 can supply power to each component for a predetermined time (e.g., 48 hours). In addition, the main power unit 46 detects a state in which the external AC power is not applied to each component (for example, an external AC power cut due to a power outage or a user intentionally moving the device 19 for setting the service area) and will detect The result is transmitted to the controller 39. Further, the auxiliary power source unit 42 supplies the power source only to the motion sensor 43 in a state where the external AC power source is not applied to each of the components, so that even when the user turns off the power of the device 19 for setting the mascot force region and moves When the device 19 of the service area is set, the moving distance can also be accurately calculated. The power supply may be assembled, for example, from a personal computer via a universal serial bus (5), a USB cable, and supplied to the main power unit 46, ΐ snow, shop-battery. Faces 46 may use small dry and copper in the operation of the device 19 of the service area. The equipment will be placed on the record 45. 靡% towel. & 4 / or the tribute stored in Non-volatile memory shoulder + for example 'The random number table package 21 200803443 illustrated in FIG. 7 is in the memory 45 of the device 19 for setting the service area according to an exemplary embodiment of the present invention. The random number table has been described with reference to FIG. 7. Therefore, the description thereof will be omitted. Here, the information may include a ZSDID, unique name information of a device for setting a service area, link key information, area setting device status information, and The RF data link identification information rF_dlcI.

ZSDID為（例如）48位元之固有識別資訊。當已參與 服務區域策略之行動通信單元21辨別在預訂時由用戶安 裝之用於δ又疋服務區域的裝置19時，會使用zsdid。當 用於設定服務輯的裝置與機通信單元使職賴式^ 通信時，則會使㈣於蚊服務區域的裝置的固有名稱資 訊。用於設定歸區域的裝置的固有名歸料在製造時 設定於裝置/服務類別區域中之固有名稱值。鍵路密鑰資訊 為在行動通信單元t使㈣於設定服務區域的裝置來交換 並匹配ZSDID與區域設定裝置個人識別碼打此舰的資 訊0 、 區域設定農置狀態資訊為最新狀態碼資訊 設定裝置狀態碼資訊的類型分類為·^ F ^ “正堂壯能” 貝1刀頦為.才日不區域性服務可用 離超、“日示用綠定服務區域喊置之移動距 硪起又疋值之超過設定值移動狀態”、# 服務區域的裝置之硬體显當&能& “ 曰 千雷評a 體異常狀態，，、指 曰a之運績重设嘗試狀熊”。可將不义 “0x00_GGG”，且可將£域 7吊狀態設定為 將£域f生服矛力不可用之狀態設定為 22 200803443 -資料鏈路識別資訊好-而為當行動通信單 RF通域狀奴服務區朗裝置19建立 :使之資料鏈路識別資訊。 43、雷_39控制無線傳运與接收單元41、移動感應器 ^ ίί與42、記龍45，以及行動通信傳送與 一早兀47。詳言之，控制器％對根據註冊行動通信單 =21之服務之程序將ZSDID傳輸至行動通信單元21 ^執The ZSDID is, for example, a unique identification information of 48 bits. The zsdid is used when the mobile communication unit 21 that has participated in the service area policy discriminates the device 19 for the δ 疋 service area installed by the user at the time of reservation. When the device-to-machine communication unit for setting the service set communicates with the device, the (4) unique name information of the device in the mosquito service area is made. The unique name of the device for setting the home area is the value of the unique name set in the device/service category area at the time of manufacture. The keyway key information is that the mobile communication unit t enables (4) the device in the set service area to exchange and match the ZSDID and the area setting device personal identification code to play the information of the ship. 0, the regional setting farm state information is the latest status code information setting. The type of device status code information is classified as ·^ F ^ "Zhengtang Zhuangneng" is a 1 knife knives. Only the regional service can be used away from the super, "the daily use of the green service area is called the moving distance and the 硪The value exceeds the set value movement state", the hardware of the device in the service area is && &"&; 雷 雷 雷 雷 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 The undefined "0x00_GGG" can be set, and the state of the £7 suspension can be set to set the state in which the domain is not available. 22 200803443 - The data link identification information is good - and the mobile communication single RF pass The domain-like slave service area device 19 is established: the data link identification information is made. 43. Thunder _39 controls the wireless transport and receiving unit 41, the mobile sensor ^ ίί and 42, the record dragon 45, and the mobile communication transmission with the early 兀47. In detail, the controller % transmits the ZSDID to the mobile communication unit 21 according to the procedure of the service of the registered mobile communication list = 21.

订&制’且對賴於行動通信單元21之 求 服務註冊執行控制。 貫炙明求的 外，控制器39即時監視區域性服務是否可用、或用 於:二服務區域的装置之移触料否超過職值、或用 於f定服務11域的裝置之補是否異常、或電源是否停止 j否產生連續重設嘗試。控_ 39將監視結果作為區域 口又疋衣置狀悲資訊儲存於記憶體45中且進行管理。 此外，在嘗試行動通信單元21之離埠呼叫時，控制器 39會執行將儲存於記憶體45中之區域設定裝置狀‘資ς 傳送至對應行動通信單元21的控制以回應於來自行動通 信單元21之區域設定裝置狀態資訊請求。 此外，控制器39控制無線傳送與接收單元41以使用 儲存於記憶體45中之隨機數表格之預定隨機數來對待傳 輸至行動通仏單元21的訊息之内容進行加密，將隨機數之 緯度索引值及/或經度索引值包括於傳輸訊息中，並經由無 線傳送與接收單元41將訊息傳送至行動通信單元21。已 接收到傳輸訊息之控制器39會使用包括於傳輸訊息中之 23 200803443 緯度索引值f或f度索引值而自已儲存於記憶體45中之 ^數表格來搜㈣觸機數，並使 解碼傳輸 訊息之内容。 同=H4A之'刀解透視圖以及圖4B之橫截面圖中 t之例祕實施例㈣於設㈣務區域的 3具有形成於其外侧的就電源插座的下部外殼 9C、谷納於AC電源插座中的印刷電路板（P— =PCB) 19B以及用於密封下部外殼Μ之上部的上 .外设服。卿應其中安震了圖3之 、"Μ、 43、45 以及 46。 庫Λ圖所’無線傳送與接收單元41以及移動感 二Γ 氧樹脂之絕緣密封材料來模製以使 不會暴露，或可制諸如環氧樹脂之絕緣密封材 使得與至少PCB 19δ之接觸部分不會暴 以下行為··為了在未授權的情況下使用用於設 im的裝置19’使用者拆卸用於設魏務區域的裝 置9，且接者在使用行動通信單元21之區域性 測r與信號產生器而讀取產生於包括無‘ ，峨號以在使用行動通信單元心以 使用已儲存之信號來使縣域性服務。 使 = ，料來密封用於設定服務區域的裝置心== 本上棟取自内部電路結構之信縣使 24 200803443 現將參考圖5來描述在根據本發明之例示性實 =設定服務區域的裝置與行動通信單元之間傳輪訊息的 務:J :::動T早:2:接收使用者之註冊區域性 服矛力之4:¾使用者之使用區域性服務之請求 信單元21之控制器31會控制無線傳送與接收 於設定服務區域㈣置19請求使職芽之串 2 (serialpGrtprGfile，spp)的 SPP連接（步驟 S1)。此^義 行動通信單元21之控㈣31會自儲存於記隨37中 機數表格ϋ取預定隨機數以及隨機數之索引值（例如 度索引值及/或經度索引值），使用隨機數對待 於 設定服祕域的裝置19之訊息_容進行加密，將訊2 已力:密内容插人於圖6中所示之加密酬载欄位中（例；：， 將隨機數之索引值插人於鍵索引攔位中），將對應封包之 型碼插入於封包類型攔位中，產生已加密之請求訊息封 包，並控制無線傳送與接收單元33以將對應已加密之靖求 訊息封包傳送至用於設定服務區域的裝置19 (步驟幻）。 此處’訊息類型包括：待自行動通信單元21傳送至用 於設定服務區域的裝置19之服務註冊請求訊息；待自用於 設定服務區域的裝置19傳送至行動通信單元21的服務註 冊回應訊息’其為對服務註冊請求訊息之回應；待自行動 通信單元21傳送至縣設定贿_钱置19之區域設 定裝置識別（ZSDID)請求訊息；待自用於狀服務區域 的裝置19傳送至行動通信單元21的ZSDid回應訊息，其 25 200803443 為對ZSDID請求訊息之回應；待自行動通信單元21傳送 至用於設定服務區域的裝置19之區域設定裝置狀態請求 訊息；以及待自用於設定服務區域的裝置19傳送至行動通 信單元21的區域設定裝置狀態回應訊息，其為對區域設定 裝置狀態請求訊息之回應 .已經由無線傳送與接收單元41接收到經加密之請求 訊息封包的用於設定服務區域的裝置19之控制器39會解 封包化經加密之請求訊息封包以自封包類型攔位之封包類 型碼中檢查請求訊息，使用鍵索引攔位之索引值而自儲存 於圯1思體45中之隨機數表格讀取最初用於加密之隨機 數，並接著使用隨機數來解碼加密酬載欄位之訊息之内容。 心後’用於設定服務區域的裝置19之控制器39會產 生對應於行動通信單元21之請求訊息之回應訊息，自儲存 於《•己k、體45中之隨機數表格讀取預定隨機數以及隨機數 之索引值（例如，緯度索引值及/或經度索引值），使 機數對待傳送至行動通信單元21之回應訊息的内容進行 1密i將訊息之已加密内容插人於圖6中所示的加密酬载 = (例如’將隨機數之索引值插入於鍵索引攔位中）， 將對應封包之類型碼插人於封包類型攔位中，產生已加密 訊息封包，並控制無線傳送與接收單元41以將“ 已加蚊回應訊息封包傳送至行動通信單元21(步驟s3): 制二Ϊ ’用於設定服務區域的裝置19之控制器39會控 收Λ元41以向行動通信單元21請求使用 風牙之SPP的SPP連接（步驟S4)。 26 200803443fThe order &system' is executed and the service registration control is performed on the request of the mobile communication unit 21. In addition to the request, the controller 39 immediately monitors whether the regional service is available, or whether the device of the second service area has exceeded the job value, or whether the device for the service field 11 is abnormal. Whether or whether the power supply is stopped or not generates a continuous reset attempt. The control _ 39 stores the monitoring result as a regional port and stores the information in the memory 45 and manages it. Further, upon attempting the outgoing call of the mobile communication unit 21, the controller 39 performs control of transmitting the area setting device stored in the memory 45 to the corresponding mobile communication unit 21 in response to the incoming mobile communication unit. The area of 21 sets the device status information request. Further, the controller 39 controls the wireless transmitting and receiving unit 41 to encrypt the content of the message to be transmitted to the mobile communication unit 21 using the predetermined random number of the random number table stored in the memory 45, and to index the latitude of the random number. The value and/or longitude index value is included in the transmission message and transmitted to the mobile communication unit 21 via the wireless transmission and reception unit 41. The controller 39 that has received the transmission message searches for (4) the number of the touches from the number table stored in the memory 45 using the 23 200803443 latitude index value f or the f-index value included in the transmission message, and causes the decoding Transfer the content of the message. The same as in the 'K4A''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''' A printed circuit board (P-=PCB) 19B in the socket and an upper peripheral device for sealing the upper portion of the lower casing. Qing should have shaken Figure 3, "Μ, 43, 45 and 46. The wireless transmission and receiving unit 41 of the library and the insulating sealing material of the mobile sensing epoxy resin are molded so as not to be exposed, or an insulating sealing material such as epoxy resin can be made to make contact with at least the PCB 19δ. The following behaviors are not violent. · In order to use the device 19 for the im to be used without authorization, the user disassembles the device 9 for setting up the Wei service area, and the receiver uses the regional communication r of the mobile communication unit 21 Reading with the signal generator is generated by including no ', apostrophe to use the mobile communication unit to use the stored signal to enable county-level services. Let =, the material to seal the device for setting the service area == The upper building is taken from the internal circuit structure of the Xinxian 24 200803443 A device according to the exemplary real setting service area according to the present invention will now be described with reference to FIG. The task of transmitting a message with the mobile communication unit: J :::T:1:2: Receiving the user's registered regional service, the 4:3⁄4 user's use of the regional service request letter unit 21 The device 31 controls the SPP connection between the wireless transmission and the reception of the set service area (4) 19 (serialpGrtprGfile, spp) (step S1). The control (4) 31 of the mobile communication unit 21 retrieves the predetermined random number and the index value of the random number (for example, the degree index value and/or the longitude index value) from the number of machines stored in the record 37, and treats the random number with the random number. Set the message of the device 19 of the service domain_Encryption, the message 2 has been forced: the secret content is inserted into the encrypted payload field shown in Figure 6 (example;:, the index value of the random number is inserted In the key index block, the corresponding packet type code is inserted into the packet type block, the encrypted request message packet is generated, and the wireless transmitting and receiving unit 33 is controlled to transmit the corresponding encrypted request message packet to Device 19 for setting the service area (step magic). Here, the 'message type includes: a service registration request message to be transmitted from the mobile communication unit 21 to the device 19 for setting the service area; a service registration response message to be transmitted from the device 19 for setting the service area to the mobile communication unit 21' It is a response to the service registration request message; the area setting device identification (ZSDID) request message to be transmitted from the mobile communication unit 21 to the county setting bribe_19; the device 19 to be sent from the service area to the mobile communication unit 21 ZSDid response message, 25 200803443 is a response to the ZSDID request message; a zone setting device status request message to be transmitted from the mobile communication unit 21 to the device 19 for setting the service area; and a device to be used for setting the service area 19 is set to the area setting device status response message of the mobile communication unit 21, which is a response to the area setting device status request message. The encrypted service request packet has been received by the wireless transmitting and receiving unit 41 for setting the service area. The controller 39 of the device 19 will decapsulate the encrypted request message packet to Checking the request message in the packet type code of the packet type block, using the index value of the key index block and reading the random number originally used for encryption from the random number table stored in the body 45, and then using the random number To decode the contents of the message in the encrypted payload field. The controller 39 of the device 19 for setting the service area generates a response message corresponding to the request message of the mobile communication unit 21, and reads the predetermined random number from the random number table stored in the file. And the index value of the random number (for example, the latitude index value and/or the longitude index value), so that the content of the response message to be transmitted to the mobile communication unit 21 is 1 mil, and the encrypted content of the message is inserted into FIG. 6 The cryptographic payload shown in the figure = (for example, 'insert the index value of the random number into the key index block), insert the type code of the corresponding packet into the packet type block, generate the encrypted message packet, and control the wireless The transmitting and receiving unit 41 transmits the "added mosquito response message packet to the mobile communication unit 21 (step s3): the controller 39 of the device 19 for setting the service area controls the receiving unit 41 to act The communication unit 21 requests the SPP connection using the SPP of the wind tooth (step S4). 26 200803443f

X 已經由無線傳送與接收單元33接收到經加密之回應 ，息封包的行動通信單元21之控制器31會解封包化經加 密之回應訊息封包以自封包類型欄位之封包類型碼中檢查 請求訊息，使用鍵索引欄位之索引值而自儲存於記憶體37 . 中之隨機數表格讀取最初用於加密之隨機數，並接著使用 隨機數來解碼加密酬載攔位之訊息之内容。因而，行動通 信單元21之控制器31可檢查自用於設定服務區域的裝置 19中傳送的訊息之内容。 # 此外’行動通信單元21之控制器Μ會控制無線傳送 與接收單元33以在自無線傳送與接收單元％中接收到 SPP連接釋放請求時釋放SPP連接。 現將參考圖8A以及8B來較詳細地描述註冊區域性服 務以提供根據本發明之例示性實施例的行動通信單元之區 域性服務的程序。 首先，參考圖8A，當用戶使用行動通信單元21之鍵 輪入單元32來選擇使用者選單、查看藉由控制控制器31 • 而顯示於顯示單元34上之選單螢幕且使用鍵輸入單& 32 來選擇區域性服務時，則顯示藉由控制器31的控制而顯示 於顯示單元34上之區域性服務選單螢幕。此時，使用 用鍵輪入單元32來選擇服務註冊（步驟S11)。 - 因而，行動通信單元21之控制器31檢驗儲存於記憶 ， 體37中之服務註冊狀態資訊，且檢查是否已針對用於設^ 服務區域的裝置19中之服務而註冊行動通信單元21 (步 驟 S13)。 ^ 27 200803443, 若在y驟S13中判疋尚未進行服務註冊時，則控制器 31會控制顯示單it 34、指弓|行動通信單元21 6註冊於區 域性服務中以及終止服務註冊程序。 若在步驟S13中判定已進行服務註冊時，則控制器31 會控制無線傳送與接收單元33以便搜尋用於設定服務區 域的裝置19且設定周邊藍芽裝置與藍芽詢問（inqu办)鏈 路（步驟S15)。 結果，當行動通信單元21之無線傳送與接收單元33 ，用於設定服務區域的裝置19設定詢問線路且自用於設 定服$區域的裝置19中接收烈〇11)時，控制器31會控制 ，示單元34峡得ZSDID可無域設定裝別資訊搜 号螢幕一^起顯示。 * =後，當用戶使用鍵輸入單元32選擇冗8]〇1]〇時，則 才Γ制态31會控制顯示單元34以使得可顯示用於設定服務 區域，裝置19之個人識別碼輸入螢幕。隨後，用戶使用鍵 輪^單元32來輸入標記於用於設定服務區域的裝置19之 外觀上的個人識別碼（步驟S17與S19)。 隨後，行動通信單元21之控制器31藉由輸入個人識 =馬來控制無線傳送與接收單元以與用於設定服務區 或的衣置19之無線傳送與接收單元41設定Spp連接（步 驟S21—A) ’且經由無線傳送與接收單元33而請求zSDn) (v驟S23)。在步驟§23中，行動通信單元之控制器 1 i控制無線傳送與接收單元以藉由與參考圖5之步 驟S2所述之方法相同的方法來產生經加密之zSDID訊息 28 200803443 ;以：包，輸訊息。此時，控制器对控制 頌不早兀34以使得區域服務註冊裎序在進行之中。X has received the encrypted response by the wireless transmitting and receiving unit 33, and the controller 31 of the mobile communication unit 21 of the packet will unpack the encrypted response message packet to check the request in the packet type code of the self-packet type field. The message, using the index value of the key index field, reads the random number originally used for encryption from the random number table stored in the memory 37. Then, the random number is used to decode the content of the message of the encrypted payload block. Thus, the controller 31 of the action communication unit 21 can check the contents of the message transmitted from the device 19 for setting the service area. The controller of the #'’ mobile communication unit 21 controls the wireless transmitting and receiving unit 33 to release the SPP connection upon receiving the SPP connection release request from the wireless transmitting and receiving unit %. A procedure for registering a regional service to provide a regional service of a mobile communication unit according to an exemplary embodiment of the present invention will now be described in more detail with reference to Figs. 8A and 8B. First, referring to FIG. 8A, when the user uses the key wheeling unit 32 of the mobile communication unit 21 to select a user menu, view a menu screen displayed on the display unit 34 by the control controller 31, and use the key input list & When the regional service is selected 32, the regional service menu screen displayed on the display unit 34 by the control of the controller 31 is displayed. At this time, the service registration is selected using the key rounding unit 32 (step S11). - Thus, the controller 31 of the mobile communication unit 21 checks the service registration status information stored in the memory, and checks whether the mobile communication unit 21 has been registered for the service in the device 19 for setting the service area (steps) S13). ^ 27 200803443, if it is determined in step S13 that the service registration has not been performed, the controller 31 controls the display list unit 34, the finger bow|action communication unit 216 to register in the regional service and terminate the service registration procedure. If it is determined in step S13 that service registration has been performed, the controller 31 controls the wireless transmission and reception unit 33 to search for the device 19 for setting the service area and set the peripheral Bluetooth device and the Bluetooth interrogation link. (Step S15). As a result, when the wireless transmitting and receiving unit 33 of the mobile communication unit 21, the means 19 for setting the service area set the inquiry line and receives the power 11 from the means 19 for setting the service area, the controller 31 controls, The display unit 34 Gorge ZSDID can be displayed without a domain setting device information search screen. * =, when the user selects the redundancy 8] 〇 1] 使用 using the key input unit 32, then the 31 state 31 controls the display unit 34 so that the PIN input screen for the device 19 can be displayed for setting the service area. . Subsequently, the user uses the key wheel unit 32 to input the personal identification code marked on the appearance of the device 19 for setting the service area (steps S17 and S19). Subsequently, the controller 31 of the mobile communication unit 21 controls the wireless transmitting and receiving unit by inputting the personal identification = Malay to set the Spp connection with the wireless transmitting and receiving unit 41 for setting the service area or the clothing unit 19 (step S21 - A) 'and request zSDn via the wireless transmission and reception unit 33) (v step S23). In step §23, the controller 1 i of the mobile communication unit controls the wireless transmitting and receiving unit to generate the encrypted zSDID message 28 200803443 by the same method as that described with reference to step S2 of FIG. 5; , lose the message. At this point, the controller does not control the control 34 so that the regional service registration sequence is in progress.

，後’已經由無線傳送與接收單元41接收到zs腦 ^ ^的用於設定服務區域的裝置19之控制器39會藉由 ==圖5之步驟S3所述之方法相同的方法來解封包化 ”訊息封包，且接著解碼經加密之zsDm訊息以檢 :之内容。此後，用於設定服務區域的裝置^9之控制 =9會讀取儲存於記憶體45中之自身識別碼zsdid，藉 由=參考圖5之步驟S3所述之方法相同的方法來產生經 口在之ZSDID回應訊息，且控制無線傳送與接收單元“ 以回應於ZSDID而將ZSDID傳送至行動通信單元21 (步 驟 S25 ) 〇 此後，用於設定服務區域的裝置19之控制哭39合栌 制無線傳送與·單元41且請求釋放與行動通信單元曰^ 之無線傳送與接收單元33之spp連接，如目5之步驟料 中所述（步驟S21_B)。 隨後，已經由無線傳送與接收單元33接收到zsdid 之回應的行動通信單元21之控制H 31藉由與參考圖5所 ，之方法相同的方法來解封包化經接收之訊息封包，且接 著解碼經加密之ZSDID訊息以檢查ZSD][D (其為訊息之 内容）。此後，行動通信單元21之控制器31控制無線傳送 與接收單元33以釋放SPP連接，如參考圖5所述'。' 此後，行動通信單元21之控制器31檢驗儲存於記憶 體37中之認證伺服器註冊狀態資訊以及任意註冊狀態資 29 20080344占 訊TMP 一 FLAG，且檢查是否已在區域性服務認證伺服器 27中進行服務註冊（步驟S27)。此處，若已在區域性服 務認證舰II 27巾完成服務註冊，會將認證値器註冊 ，狀㈣訊設文為（例如）“GxGl”且將暫時註冊狀態資訊 設定為（例如）“Γ 。 若在步驟S27中檢查到尚未在區域性服務認證伺服器 27中進行服務注冊時，則行動通信單元21之控制器會 控制行動通信無線傳送與接收單元35且經由訊務通道& 具有用於通知服務註冊請求之電信服務識別符(tdeservice identifier，TID)之簡訊傳輸至區域性服務認證伺服器27(在 步驟S29中）。此處，用於設定區域服務之裝置19之識別 貢訊ZSDID以及行動通信單元21之資訊包括於服務註冊 請求簡訊中。 此後’區域性服務認證伺服器27會詢問自行動通信單 元21傳輸之用於設定服務區域的裝置19的zsmD以及行 動通彳§早元資訊是否由區域服務用戶資料庫祠服器26管 _ 理。若ZSDH)以及行動通信單元資訊是由區域服務用戶資 料庫伺服ϋ 26來管理時，則區域性服務認證伺服器27會 發送具有指示已成功地進行對應行動通信單元21中之區 域服務註冊的TID之簡訊，以回應於服務註冊請求。若 - ZSDID以及行動通信單元資訊不是由區域服務用戶資料 庫伺服器26來管理時，則區域性服務認證伺服器27會發 送具有指示對應行動通信單元21中之區域服務註冊已失 敗的TID之簡訊，以回應於服務註冊請求（步驟S31)。 30 200803443if ηη 之服務簡請^；==^信傳送與触單幻5接收 制哭31 失料，贿動通信單元21之控 行動通信服務註冊已失敗。此後’ 以L 會終止服務註冊程序。The controller 39 of the device 19 for setting the service area, which has received the zs brain by the wireless transmitting and receiving unit 41, will decapsulate the same method by the method described in step S3 of FIG. The message packet is encoded, and then the encrypted zsDm message is decoded to check the content. Thereafter, the control of the device for setting the service area = 9 reads the self-identification code zsdid stored in the memory 45, borrowing The ZSDID response message is generated by the same method as that described in step S3 of FIG. 5, and the wireless transmitting and receiving unit is controlled to transmit the ZSDID to the mobile communication unit 21 in response to the ZSDID (step S25). Thereafter, the device 19 for setting the service area controls the wireless transmission and the unit 41 and requests to release the spp connection with the wireless transmission and reception unit 33 of the mobile communication unit, as shown in FIG. Said (step S21_B). Subsequently, the control H 31 of the mobile communication unit 21 that has received the response of the zsdid by the wireless transmitting and receiving unit 33 decapsulates the received message packet by the same method as that described with reference to FIG. 5, and then decodes The encrypted ZSDID message is checked for ZSD][D (which is the content of the message). Thereafter, the controller 31 of the mobile communication unit 21 controls the wireless transmitting and receiving unit 33 to release the SPP connection as described with reference to FIG. Thereafter, the controller 31 of the mobile communication unit 21 checks the authentication server registration status information stored in the memory 37 and any registration status 29 20080344, the TMP-FLAG, and checks whether the regional service authentication server 27 is present. The service registration is performed (step S27). Here, if the service registration has been completed in the regional service certification ship, the authentication device will be registered, and the (4) message will be set to (for example) "GxGl" and the temporary registration status information will be set to (for example) "Γ If it is checked in step S27 that the service registration has not been performed in the regional service authentication server 27, the controller of the mobile communication unit 21 controls the mobile communication wireless transmitting and receiving unit 35 and is enabled via the traffic channel & The short message of the telecommunication service identifier (TID) of the notification service registration request is transmitted to the regional service authentication server 27 (in step S29). Here, the identification ZSONID of the device 19 for setting the regional service is set. And the information of the mobile communication unit 21 is included in the service registration request message. Thereafter, the regional service authentication server 27 will inquire about the zsmD of the device 19 for setting the service area transmitted from the mobile communication unit 21, and the action communication 早 early element Whether the information is managed by the regional service user database, if the ZSDH and the mobile communication unit information are from the regional service user information When the library servo 26 manages, the regional service authentication server 27 transmits a short message indicating that the TID of the regional service registration in the corresponding mobile communication unit 21 has been successfully performed in response to the service registration request. If - ZSDID and When the mobile communication unit information is not managed by the regional service user database server 26, the regional service authentication server 27 transmits a short message having a TID indicating that the regional service registration in the corresponding mobile communication unit 21 has failed, in response to Service registration request (step S31). 30 200803443if ηη service brief ^; ==^ letter transmission and touch single illusion 5 receiving system crying 31 lost, bribe communication unit 21 controlled mobile communication service registration has failed. L will terminate the service registration process.

冊二:=!，註冊請求已成功進 37才中、二^單70 21之控制1131會將儲存於記憶體 中^心伺服器註冊狀態資訊更新且儲存為（例如） 〇X〇1，且將暫時註冊狀gf訊TMp—FLAG 存為（例如）“Γ 。 Α此後，行動通信單元21之控制器31會設定與用於設 疋服務區域的裝置19之無線傳送與接收單元41的spp連 接，如參考圖5之S1所述（步驟S35_A)，且經由無線傳 送與接收單元33來請求服務註冊（步驟S37)。在步驟幻7 中，行動通信單元21之控制器31會控制無線傳送與接收 單元33以藉由與參考圖5之步驟S2所述之相同方法來產 生經加岔之服務s主冊睛求訊息，且以封包格式傳送服務註 冊請求訊息。 因而，已經由無線傳送與接收單元41接收到服務註冊 凊求的用於設定服務區域的裝置19之控制器39會藉由與 參考圖5之步驟S3所述之相同方法來解封包化經接收之 訊息封包，且解碼經加密之服務註冊請求訊息以檢查訊息 之内容。此後，用於設定服務區域的裝置19之控制器39 會控制無線傳送與接收單元41以初始化移動感應器43並 儲存鏈路密錄（步驟S39)。此處，僅當對應之用於設定服 31 200803443f 務區域的裝置19初始自行動通信單元21接收服冊往 求時，執行移動感應器43之初始化，且當對摩之; 服務區域的裝置19自另-行動通信單元幺 收服務註冊請求時，不執行移動感應器43之初始化。 隨後，用於設定服務區域的裝置19之控制器％會產 生藉由與參相5之步驟S3所述之相同方法而加密二服 務註冊請求回應訊息，並控制無線傳送與接收單元Μ以將 服務註冊請求回應傳送至行動通信單元21 (步驟s4i)。 匕後用於ϋ又疋服務區域的裝置19之控制器39控制 ，線傳送與接收單元41以請求釋放與行動通信單元Μ之 無線傳送與接收單元33之SPP連接，如參考圖5之S4所 述（步驟S35_B)。 已、、、二由無線傳送與接收單元33接收到服務註冊請求 的行動通仏單元21之控制器31會藉由與參考圖$所 u之，同方法來解封包化經接收之訊息封包，域著解碼 、工加服務注冊回應訊息以檢查訊息之内容。此後，行 動通仏單元21之控制器31會控制無線傳送與接收單元33 以釋放SPP連接，如參考圖5所述。 &同日守’已經由無線傳送與接收單元％接收到服務註冊 行動通信單元21之控制器31會控制無線傳送 ^收，元41以將用於設定服務區域的裝置19之ZSDID 〔,、鏈路赠儲存於記憶體45巾，將服務註冊狀態 資訊更新 =存為（例如）“GxG1，，，収秘傾域設絲置狀 〜、貝汛ZSD—STATUS (步驟S43)。同時，行動通信單元 32 200803443 21之控制器3 4會如一的 註冊。 工’、、、'不早兀34以指不已成功進行服務 中、隹1^S27中檢查到已在區域性服務認證伺服哭27 中進仃服務註冊時，則 _ 告I丨鉦錄值、关伽k w 動通仏早兀21之控制器31會控 u^、、、 接收單70 41以判定服務註冊程序在已於切Book 2: =!, the registration request has been successfully entered into 37, and the control of the server 1113 will update and store the information stored in the memory as (for example) 〇X〇1, and The temporary registration form gp_TM_FLAG is stored as, for example, "Γ." Thereafter, the controller 31 of the mobile communication unit 21 sets the spp connection with the wireless transmission and reception unit 41 of the device 19 for setting the service area. As described with reference to S1 of FIG. 5 (step S35_A), and requesting service registration via the wireless transmission and reception unit 33 (step S37). In step S7, the controller 31 of the mobile communication unit 21 controls the wireless transmission and The receiving unit 33 generates a message of the service s main book by the same method as described with reference to step S2 of FIG. 5, and transmits the service registration request message in a packet format. Thus, it has been transmitted and received by the wireless. The controller 39 of the means 19 for setting the service area, which the unit 41 receives the service registration request, decapsulates the received message packet by the same method as that described with reference to step S3 of FIG. 5, and the decoding is encrypted. Service The request message is registered to check the contents of the message. Thereafter, the controller 39 of the device 19 for setting the service area controls the wireless transmitting and receiving unit 41 to initialize the motion sensor 43 and store the link secret (step S39). The initialization of the motion sensor 43 is performed only when the corresponding device 19 for setting the service area 31 200803443 is initially received from the mobile communication unit 21, and when the device is 19; - When the mobile communication unit receives the service registration request, the initialization of the motion sensor 43 is not performed. Subsequently, the controller % of the means 19 for setting the service area generates the same method as described in step S3 of the reference phase 5. And encrypting the second service registration request response message, and controlling the wireless transmitting and receiving unit to transmit the service registration request response to the mobile communication unit 21 (step s4i). The controller 39 of the device 19 for the service area is then used. The control, line transmitting and receiving unit 41 requests to release the SPP connection with the wireless transmitting and receiving unit 33 of the mobile communication unit, as described with reference to S4 of FIG. 5 ( Step S35_B) The controller 31 of the action communication unit 21 that has received the service registration request by the wireless transmission and reception unit 33 will decapsulate the received by the same method as the reference figure. The message packet, the decoding, and the service registration response message are used to check the content of the message. Thereafter, the controller 31 of the mobile communication unit 21 controls the wireless transmitting and receiving unit 33 to release the SPP connection, as described with reference to FIG. The controller 31 that has received the service registration mobile communication unit 21 by the wireless transmission and reception unit % controls the wireless transmission, and the element 41 sets the ZSDID of the device 19 for setting the service area [,, The link gift is stored in the memory 45, and the service registration status information is updated and stored as (for example, "GxG1,", "Secret", and "ZSD" (step S43). At the same time, the controller 3 4 of the mobile communication unit 32 200803443 21 registers as one. Workers ',,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, The controller of Guanga kw 仏 仏 兀 21 will control u^, ,, and receive the order 70 41 to determine that the service registration procedure is already in the cut.

:…完成服務註冊之狀態下因異常原因二 略步驟f9至如並在步驟S35_A後執行程序。止W 接著’現將參考圖9來較詳細地描述根據本發明之實 :::=:中嘗試-呼叫時處理二: “用戶使用行動通信單元21之鍵輸人單元32 (例如） 藉由才木縱彳叫鍵來選擇諸如語音呼叫與資料呼之 呼叫的連接（步驟S51)。 、 、 因而，行動通信單元21之控制器31會控制無線傳送 與接收單元33以與用於設定服務區域的裝置19之無線傳 达與接收單元41設定SPP，如圖5之S1中所示（步驟 S53-A) ’且經由無線傳送與接收單元33來請求區域設定 裝置狀態資訊（步驟S55)。在步驟S55中，行動通信單元 21之控制器31會控制無線傳送與接收單元33以藉由與參 考圖5之步驟S2所述之相同方法來產生加密之zsd狀態 資訊請求訊息並以封包格式傳輸訊息。 因而’已經由無線傳送與接收單元41接收到ZSD狀 態資訊之請求的用於設定服務區域的裝置19之控制器39 會藉由與參考圖5之步驟S3所述之相同方法來解封包化 33 200803443if 求ίΐί:::丄且上著解碼經加密之ZSD狀態資訊請 置I9之控奉「哭:谷。此後，用於設定服務區域的裝 產生㈣取儲存於記憶體45 +之狀態資訊， ZSD ^ 考圖5之步驟幻所述之相同方法而加密之 以熱^^㈣應訊A，且控制鱗傳送與魏單元41 一，恶貪訊作為ZSD狀態資訊回應傳送至行動通信 兀21 (步驟S57)。:... In the state where the service registration is completed, the procedure is executed as a result of the abnormality, and the program is executed after step S35_A. Next, 'the present invention will be described in more detail with reference to FIG. 9:::=: medium trial-call processing 2: "user uses the key input unit 32 of the mobile communication unit 21 (for example) by The key is used to select a connection such as a voice call and a data call (step S51). Thus, the controller 31 of the mobile communication unit 21 controls the wireless transmission and reception unit 33 to set the service area. The wireless communication and receiving unit 41 of the device 19 sets the SPP, as shown in S1 of FIG. 5 (step S53-A)' and requests the area setting device status information via the wireless transmission and reception unit 33 (step S55). In step S55, the controller 31 of the mobile communication unit 21 controls the wireless transmitting and receiving unit 33 to generate an encrypted zsd status information request message and transmit the message in a packet format by the same method as described with reference to step S2 of FIG. Thus, the controller 39 of the means 19 for setting the service area, which has received the request for the ZSD status information by the WTRU 41, will be in the same manner as described with reference to step S3 of FIG. Unpacking 33 200803443if seeking ίΐί::: and decoding the encrypted ZSD status information, please set the control of I9 "Cry: Valley. After that, the device used to set the service area (4) is stored in memory 45 + Status information, ZSD ^ The steps of the method shown in Figure 5 are encrypted by the same method as the hot ^^ (4) response A, and the control scale transmission and Wei unit 41, the evil greed as a ZSD status information response to the action Communication port 21 (step S57).

此處t，ZSD狀態資訊是包括於ZSD狀態資訊回應中。 fD狀怨資讯之類型可分類為：指示區域性服務可用之 刀正常狀態”、指示用於設定服務區域的裝置之移動距離 超過設定值之“超過設定值移動狀態，，、指示用於設定服 務區域的裝置之硬體異常狀態的“硬體異常狀態”、指示 電源停止之電源缺陷狀態”，以及指示發生連續重設嘗 試之“連續重設嘗試狀態”。 若用於設定服務區域的裝置19處於“正常狀態，，，則 ZSD狀態資訊為（例如）“οχοοοοοοοο” 。若用於設定服 務區域的裝置19處於“超過設定值移動狀態”，則ZSD 狀態資訊為（例如）“0x00000001” 。若用於設定服務區 域的裝置19處於“硬體異常狀態”，則ZSD狀態資訊為 (例如）“0x00000008”。若用於設定服務區域的裝置19 處於“電源缺陷狀態”，則ZSD狀態資訊為（例如） “0x00000010”。若用於設定服務區域的裝置19處於“連 續重設嘗試狀態”，則ZSD狀態資訊為（例如） “0x00000040” 〇 34 20080344¾ 此後，用於設定服務區域的裝置19之控制器39會控 制播線傳达與接收單元41以請求釋放與行動通信單元21 之幾線傳送與接收單元33之spp連接，如參考圖5之S4 . 所述（步驟S53_B)。 & 〃同牯’已經由無線傳送與接收單元33接收到ZSD狀 恶貝讯回應之行動通信單元21之控制器31會藉由與參考 ，t所述之相同方法來解封包化經接收之訊息封包，且接 φ 著解，經加密之ZSD狀態資訊回應訊息以檢查ZSD狀態。 右檢查到ZSD狀態資訊是處於正常狀態時，則已接收 到^^狀態資訊回應（其中包括ZSD狀態資訊）的行動 單元21之控制器31會控制記憶體37以將ZSD狀態 ΐ訊!!存於記憶體37中（步驟s59)。行動通信單元21之 一制二31會控制顯示單元料以顯示將區域性服務區域顯 一、為子元及/或區域服務識別符（况狀％rvice identifier， ZSI)(步驟S61)。此處，ZSI可為選自字元、圖形以及圖 示之至少一個或多個ZSI。 鲁 目日守’行動通#單元21之控制器31會控制無線傳送 與接收單元33以釋放SSP連接，如參考圖5所示。 〜此後，行動通信單元21之控制器31會控制行動通信 傳送與接收單元35以執行經由基地台22至行動交換中心 叫連接嘗試。此外，行動通信單元21之控制器31 • 會，=使用1位元離埠呼叫訊息（發端訊息）來指示行動 通乜單元21位於服務區域中且使用於設定服務區域的裝 置19‘不正常操作狀態（例如“1”）的服務區域設定資 35 200803443 訊’並將服務區域設定資訊傳輸至行動交換中心24 (步驟 S63)。亦即，行動通信單元21之控制器31會執行基於區 域服務之呼叫連接。 因此’行動通#單元21會執行至行動通信網路之基地 σ 22之呼叫連接且接收所要的服務（語音呼叫服務或資料 呼叫服務）。 ^ 同時，服務區域設定資訊會使用行動交換中心24而傳 送至區域服務用戶資料庫伺服器26,且被建立為資料庫並 儲存。舉例而言，若區域服務為關於計費帳戶之服務，例 如費用折扣服務或免費服務等，則當由計費伺服器29處理 計費帳戶時，則參考並反映由區域服務用戶資料庫伺服哭 26管理之服務區域設定資訊。 、 〜若在步驟S57中檢查到ZSD狀態資訊並未處於正常狀 態時，則已接收到ZSD狀態資訊回應的行動通信單元21 之控制器31會控制行動通信傳送與接收單元35以將ZSD 狀悲資訊儲存於記憶體37中（步驟S59)，並控制顯示單 元34不顯示區域性服務不可用（步驟S61)。 此後，行動通信單元21之控制器31會控制行動通信 傳送與接收單元35以執行經由基地台22至行動交換中心 24之呼叫連接言試。此外，行動通信單元之控制器η 會設定使用1位元離埠呼叫訊息來指示行動通信單元21 位於服務區域中且使用於設定服務區域的裝置19指示異 常操作狀態（例如“〇，，）的服務區域設定資訊，並將服務 區域設定資訊傳送至行動交換中心24 (步驟S63)。亦即， 36 200803443f 仃動通信單元21之控制器3i會執行一般呼叫連接。 在未接收到步驟S57之ZSD狀態資訊回應時，行動通 信單元21之控制器31會重複執行上述步驟s55。即使在 • ^情況下’若未接收到ZSD狀態資訊回應時，則行動通信 f το 21、之控制器31會判定當前區域並非基於區域服務之 區域’並（例如）顯示當前區域為不可能進行區域性服務 之區域。 、、，此後行動通信單元21之控制器31會控制行動通信 傳达與接收單元35以執行經由基地台22至行動交換中心 24之呼叫連接嘗試。此外，行動通信單元21之控制器31 會設定使用1位元離珲呼叫訊息來指示行動通信單元21 =於服務區域中且使用於設定服務區域的裝置19指示異 常操作，，（例如“〇，，）的服務區域設定資訊，並將服務 區域设定貧訊傳送至行動交換中心24 (步驟S63)。亦即， 行動通信單元21之控制器31會執行一般呼叫連接。 當將所述實施例應用於作為區域性服務之諸如費用折 • 扣服務或免費服務等之服務時，其效應是優異的。本發明Here, the z, ZSD status information is included in the ZSD status information response. The type of the fD grievance information may be classified into: a normal state of the knife indicating that the regional service is available, and an indication that the movement distance of the device for setting the service area exceeds the set value "exceeds the set value movement state, and the indication is used for setting The "hardware abnormal state" of the hardware abnormal state of the device in the service area, the power failure state indicating the power supply stop, and the "continuous reset attempt state" indicating that the continuous reset attempt occurs. If the device is used to set the service area 19 is in the "normal state," and the ZSD status information is (for example) "οχοοοοοοοοο". If the device 19 for setting the service area is "over set value moving state", the ZSD status information is (for example) "0x00000001". If the device 19 for setting the service area is in the "hardware abnormal state", the ZSD status information is, for example, "0x00000008". If the device 19 for setting the service area is in the "power defect state", the ZSD status information is (for example) "0x00000010". If the device 19 for setting the service area is in the "continuous reset attempt state", the ZSD status information is (for example) "0x00000040" 〇34 200803443⁄4 Thereafter, the controller 39 of the device 19 for setting the service area controls the broadcast line. The communication and reception unit 41 requests to release the spp connection with the line transmitting and receiving unit 33 of the mobile communication unit 21 as described with reference to S4 of Fig. 5 (step S53_B). & 〃 ''The controller 31 of the mobile communication unit 21 that has received the ZSD-like response from the WTRU 33 will decapsulate the received packet by the same method as described in reference, t. The message packet, and then φ, the encrypted ZSD status information response message to check the ZSD status. When the right check to the ZSD status information is in a normal state, the controller 31 of the action unit 21 that has received the ^^ status information response (including the ZSD status information) controls the memory 37 to save the ZSD status! In the memory 37 (step s59). The one of the mobile communication units 21 controls the display unit to display the regional service area as a sub-element and/or a regional service identifier (ZSI) (step S61). Here, the ZSI may be at least one or more ZSIs selected from the group consisting of characters, graphics, and graphics. The controller 31 of the Guardian's Action # unit 21 controls the wireless transmitting and receiving unit 33 to release the SSP connection as shown in FIG. Thereafter, the controller 31 of the mobile communication unit 21 controls the mobile communication transmitting and receiving unit 35 to perform a connection attempt via the base station 22 to the mobile switching center. Further, the controller 31 of the mobile communication unit 21 will, = use the 1-bit away call message (originating message) to indicate that the mobile communication unit 21 is located in the service area and the device 19' used to set the service area does not operate normally. The service area setting of the status (for example, "1") is transmitted to the mobile switching center 24 (step S63). That is, the controller 31 of the mobile communication unit 21 performs a call connection based on the area service. Therefore, the "action" unit 21 performs a call connection to the base σ 22 of the mobile communication network and receives the desired service (voice call service or material call service). ^ At the same time, the service area setting information is transmitted to the regional service user database server 26 using the mobile switching center 24, and is established as a database and stored. For example, if the regional service is a service related to a billing account, such as a fee discount service or a free service, etc., when the billing server 29 processes the billing account, it refers to and reflects the crying of the server by the regional service user database. 26 management service area setting information. If the ZSD status information is not in the normal state in step S57, the controller 31 of the mobile communication unit 21 that has received the ZSD status information response controls the mobile communication transmitting and receiving unit 35 to be ZSD-like. The information is stored in the memory 37 (step S59), and the display unit 34 is controlled not to display that the regional service is not available (step S61). Thereafter, the controller 31 of the mobile communication unit 21 controls the mobile communication transmitting and receiving unit 35 to perform a call connection test via the base station 22 to the mobile switching center 24. In addition, the controller n of the mobile communication unit sets a device 19 that uses the 1-bit away call message to indicate that the mobile communication unit 21 is located in the service area and that is used to set the service area to indicate an abnormal operational state (eg, "〇,,") The service area setting information transmits the service area setting information to the mobile switching center 24 (step S63). That is, 36 200803443f The controller 3i of the communication unit 21 performs a general call connection. The ZSD of step S57 is not received. When the status information is responded, the controller 31 of the mobile communication unit 21 repeatedly performs the above-described step s55. Even if in the case of ^^, if the ZSD status information response is not received, the controller 31 of the mobile communication f το 21 determines The current area is not based on the area of the area service' and, for example, displays the current area as an area where regional service is not possible. Then, the controller 31 of the mobile communication unit 21 controls the mobile communication communication and reception unit 35 to perform The call connection attempt is made via the base station 22 to the mobile switching center 24. In addition, the controller 31 of the mobile communication unit 21 Setting a 1-bit away call message to indicate that the mobile communication unit 21 = in the service area and the device 19 used to set the service area indicates an abnormal operation, (for example, "〇,,") service area setting information, and The service area setting is transmitted to the mobile switching center 24 (step S63). That is, the controller 31 of the mobile communication unit 21 performs a general call connection. When the embodiment is applied to a service such as a fee discount service or a free service as a regional service, the effect is excellent. this invention

亦可應用於其他服務。 X 此外，上述特定實施例經描述以定義在行動通信單元 之顯不單70之螢幕上向用戶通知區域性服務可用狀態。然 而，亦可經由語音向用戶通知區域性服務可用狀態。 如上所述，根據本發明，基本上可防止以下二試：例 如行動電話之行動通信單元之使用者任意在由用^設定服 務區域的裝置設定之服龍域狀輯巾使賴域性服 37 200803443Can also be applied to other services. In addition, the particular embodiment described above is described to define a notification to the user of the regional service availability status on the screen of the mobile communication unit. However, the user can also be notified of the availability status of the regional service via voice. As described above, according to the present invention, basically, the following two tests can be prevented: for example, the user of the mobile communication unit of the mobile phone arbitrarily sets the service in the service area set by the device set by the service area. 200803443

雖然本發明已以較佳實施例揭露如上，然其 以 限Ϊ本發明，任何熟習此技藝者，衫脫離本發明之於神 和範圍内，當可作些許之更動與潤飾，因袼=申 範圍當視後附之申請專利範圍所界定者為。X之呆護 【圖式簡單說明】 ^Although the present invention has been disclosed in the above preferred embodiments, the present invention is limited to the present invention, and anyone skilled in the art can deviate from the scope of the present invention, and can make some changes and refinements, because 袼=申The scope is defined by the scope of the patent application attached. X's Guardian [Simple diagram] ^

為讓本發明之上述和其他特徵和優點能更鶴易懂， 特舉較佳實施例並配合所附圖式作詳細說明。 圖1為說明在使用根據本發明之實施例的具有防 授權盜用功能之服務區域設定裝置的彳讀通信網路 區域性服務之系統之實例的示意圖。 ^ 圖2為說明根據本發明之實施例的圖〗中所說明之 動通信單元的示意性方塊圖。 丁 圖3為說明根據本發明之實施例的圖丨中所說明之用 於设定服務區域的裝置的示意性方塊圖。 圖4A為說明圖3中所說明之用於設定服務區域的裝 置的分解透視圖。 ' 圖4B為說明沿圖4A之狀態（其中用於設定服務區域 的裝置經組裝）中的線A-A截取的用於設定服務區域的裝 置之重要部件的橫截面圖。 圖5為說明在根據本發明之用於設定服務區域的裝置 與行動通信單元之間傳輸訊息之程序的示意圖。 圖6說明圖5之在用於設定服務區域的裝置與行動通 k單元之間傳輸之訊息的格式實例以及包括訊息之封包的 38 200803443if 格式實例。 圖7 5兒明可用於本發明中之隨機數的表格。 、曰圖8A以及圖8B說明在圖〗之系統中註冊區域性服務 以提ί、行動通彳§單元之區域性服務的程序，該行動通信單 兀應用根據本發明之實施例的防止區域性服務之非授^盜 用之方法。 叫遠明在圖1之系統巾#在行動通信單元中嘗試呼 元應用根據本發明之實施例的防止區域性 用之方法。 【主要元件符號說明】 19 :用於設定服務區域的裝置 19Α :上部外殼 19Β :印刷電路板 19C :下部外殼 20 :服務區域 21:行動通信單元 22 :基地台 23 :應用伺服器 24 :行動交換中心 25 :信號網路 26 :區域性服務用戶資料庫伺服器 27 :區域性服務認證伺服器 28 :訊息服務中心 39 200803443 29 :計費伺服器 31 :控制器 32:鍵輸入單元 33 :無線傳送與接收單元 34 :顯示單元 • 35 :行動通信傳送與接收單元 37 :記憶體 39 :控制器 • 41 :無線傳送與接收單元 42 :輔電源單元 43 :移動感應器 45 :記憶體 46 :主電源單元 40The above and other features and advantages of the invention will be apparent from the description and appended claims BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a diagram showing an example of a system for reading a communication network regional service using a service area setting device having an unauthorized fraud function according to an embodiment of the present invention. Figure 2 is a schematic block diagram illustrating a mobile communication unit illustrated in the drawings in accordance with an embodiment of the present invention. Figure 3 is a schematic block diagram illustrating an apparatus for setting a service area illustrated in the drawings in accordance with an embodiment of the present invention. Fig. 4A is an exploded perspective view showing the apparatus for setting a service area illustrated in Fig. 3. Fig. 4B is a cross-sectional view showing important parts of the apparatus for setting the service area, taken along line A-A in the state of Fig. 4A in which the apparatus for setting the service area is assembled. Figure 5 is a diagram for explaining a procedure for transmitting a message between a device for setting a service area and a mobile communication unit according to the present invention. 6 illustrates an example of a format of a message transmitted between a device for setting a service area and a mobile k unit of FIG. 5 and an example of a 2008 200843 43if format including a packet of a message. Figure 7 shows a table of random numbers that can be used in the present invention. FIG. 8A and FIG. 8B illustrate a procedure for registering a regional service to improve the regional service of the unit in the system of the figure, the mobile communication unit applying the anti-regionality according to an embodiment of the present invention. The method of non-authorization of services. The system in the mobile communication unit of FIG. 1 is attempted to apply the method to prevent regional use according to an embodiment of the present invention. [Description of main component symbols] 19: Device for setting the service area 19Α: Upper casing 19Β: Printed circuit board 19C: Lower casing 20: Service area 21: Mobile communication unit 22: Base station 23: Application server 24: Action exchange Center 25: Signal Network 26: Regional Service User Database Server 27: Regional Service Authentication Server 28: Message Service Center 39 200803443 29: Accounting Server 31: Controller 32: Key Input Unit 33: Wireless Transmission And receiving unit 34: display unit • 35: mobile communication transmitting and receiving unit 37: memory 39: controller • 41: wireless transmitting and receiving unit 42: auxiliary power unit 43: moving sensor 45: memory 46: main power Unit 40

Claims (1)

200803443 十、申請專利範圍： 1·種用於没定服務區域的裝置，所述服務區域是用 =行動通信網㈣統提供的預定輯性服務，所述預定 至少一攜帶型單元由所述行動通信網路系 統美供仃動通信服務，所述用於設定 區域無線通信構件， 7衣1匕祜 =所述區域無線通信構件執行與所述攜帶型罩元之 =域無線通信，且職裝㈣所舰域 圍設定為所述攜帶型單元之所述服務區域；以及耗 、㈣i執行與所述携帶型單元之資料通信時，加密資料會 被傳輸且在接收所述加密資料中會被解碼。 、曰 專利範圍第！項所述之用於設定服務區域的 ^ 更L括儲存構件，其巾與儲存於所述攜帶型單元 :之隨機數相同的多個隨機數與所述隨機數的索引值 存於所述儲存構件中，以及 "、 在所述加密中，資料是使用預定隨機數來加密雇 所述預定隨機數之索引值是使料所述攜帶型單元盘所^ 服務區域的裝置所知相同值之固定值或可變值的 乡數猎由特定運算來轉換，且所述經轉換之索引值 經加密之資料一起傳送，以及 /、 ^在解碼所述經接收及經加密之資料中，與所述經力⑽ 之貧料-起接㈣之所述索引轉換歧使用用二 定服務區域喊置所知舰_值之岐錢可變:^ 數猎由特定運算來反轉以獲得原始索引值，且所述經接收 41 200803443 之資料是使用儲存於所述儲存構件中的對應於所 述索引值之所述隨機數來解碼。 ㈣it/月專利圍第2項所述之用於設定服務區域的 衣，八中作為參數之所述固定值為擷取自以下各項中之 2少=的資訊··所述攜帶型單元之所述區域無線通信構 2固有位址、所勒於設定服務輯的裝置之所述區域 ==構件的固有位址，以及所述用於設定服務區域的 I置的識別資訊。 狀罢4.=請專利範圍第2項所述之用於設定服務區域的 衣置’八中作為參數之所述可變值為擷取自包括日期、小 時以及分鐘之時間的時間資訊。 5.如申請專機圍第〗項至第4項的其中之一所述之 用於設定服務區域的裝置，其更包括防止移動裝置，所述 防止移動裝置防止在初始註冊區域性服務之後任意改 設定註冊之服務區域。 奸番It請專利範圍第5項所述之用於設定服務區域的 衣置，其中所述防止移動裝置包括： 移動感應器，其用於藉由將在初始註冊所述區域 7進仃安裝的位置之狀態設定為初始狀態而感應移動 又，以及用於將所述移動度轉換為移動距離並且 所述經轉換之移動距離；以及 、’、口 控制器，其用於在所述移動感應器之所述累加得 動距離超牺定門錄時設定區域設定裝置狀態資訊，: 區域性服務f試連接所述行動通信鹏系統時將參考所& 42 200803443； 置/i態資訊’且其中所述區域性服務連接是否 態。、〔°過之移動距離而被判定為連接不可用狀 裝置7: t申中;，之_ 用絕緣密騎料^彳 ==龍域麟聽構件使 之接觸部分可不暴•所tf、。—印刷電路板⑽） 裝置，7項所述之料奴服務區域的 9 m軸封㈣騎氧樹脂。 裝置其ί項所述之用於蚊服務區域的 通信的行動通信早70為可與所述行動通信網路直接 的裝置81 f ^ 勵道務區域 網路直接通信的另：：j早兀為可經由可與所述行動通信 元， 、而連接至所述行動通信網路的單 助理下各項之至少—者：個人數位 器、攜帶型視气播#:恥、電子仃事曆、攜帶型音樂播放 裝置以及攜帶:::二攜帶型廣播接收器、攜帶型職 授權盜用的方網路系統巾防止區域性服務之非 區域性服務之行氣行動通仏網路系統用於將包括特定 其中執行與所述攜單元提供給用戶， 早兀之£域無線通信且用於設定服 43 200803443f =區域的裝置的區域無線通信可用的範圍被設定為所述攜 f型單元之所述服務區域，且當執行與位於所述服務區域 ^之所述攜帶型單元以及所述用於設定服務區域的裝置的 資料通k時，傳輸資料被加密且接收資料被解碼。 、 I2·如申請專利範圍第11項所述之在行動通信網路系 統t防止區域性服務之非授權盜用的方法，其中所述攜帶 ，單元與所述用於設定服務區域的裝置儲存具有相同G 夕個隨機數以及所述隨機數之索引值，以及 在所述傳輸資料的加密中，資料紐用預定隨機 單：盥=所述預定隨機數之索引值是使用為所述攜帶型 之固定值 引值與所述經加密之資料一起傳送，以及 、索 純=====經加㈣料-起 所述相同值: 所述隨機數來解碼。構件巾的對應於所述索引值之 13·如申請專利範圍第 -統中防止區域性服務之在行動通信網路系 之所述固定值為擷取自以的方法，其中作為參數 述攜帶型單元之區域 =之至少-者的資訊：所 設定服務區域的裝詈夕^ ^構件之固有位址、所述用於 品域無線通信構件的固有位址，以 44 200803443 及所述用於設定服務區域的裝置的識別資訊。 14.如申請專利範圍第12項所述之在行動通信網路系 統中防止區域性服務之非授權盜用的方法，其中作為參數 之所述可變值為擷取自包括日期、小時以及分鐘之時間的 時間資訊。200803443 X. Patent application scope: 1. A device for an undefined service area, the service area is a predetermined service provided by a mobile communication network (4), and the predetermined at least one portable unit is operated by the action a communication network system for providing a communication service for the area, the setting for the area wireless communication component, the area wireless communication component performing the domain wireless communication with the portable cover element, and the service (4) the ship domain is set as the service area of the portable unit; and the (4) i performs data communication with the portable unit, the encrypted data is transmitted and decoded in receiving the encrypted data .曰 Patent scope! The storage unit is configured to store a plurality of random numbers and the index value of the random number stored in the portable unit in the storage unit. In the component, and ", in the encryption, the data is obtained by using a predetermined random number to encrypt the index value of the predetermined random number to be the same value as the device of the service area of the portable unit disk The fixed or variable value of the township number is converted by a specific operation, and the converted index value is transmitted together with the encrypted data, and /, ^ in decoding the received and encrypted data, The index conversion of the poor material-starting (4) of the force (10) is used to use the two fixed service areas to call the known ship _ value of the money variable: ^ number hunting is reversed by a specific operation to obtain the original index value And the received data of the reference 41 200803443 is decoded using the random number corresponding to the index value stored in the storage component. (4) The clothing used to set the service area as described in item 2 of the it/month patent, and the fixed value of the eight parameters as parameters is taken from the following two items = the information of the portable unit The local area wireless communication 2 inherent address, the area of the device that is set to set the service set = the unique address of the component, and the identification information for setting the I of the service area. 4. The variable value as a parameter for setting the service area as described in item 2 of the patent scope is the time information taken from the time including the date, hour and minute. 5. The apparatus for setting a service area according to any one of the items of the invention, which further comprises a mobile device preventing the mobile device from being arbitrarily changed after initial registration of the regional service. Set the registered service area. The invention relates to a clothing for setting a service area according to item 5 of the patent scope, wherein the movement prevention device comprises: a movement sensor for being installed by being initially registered in the area 7 a state of the position is set to an initial state and an inductive movement is again, and a distance for converting the degree of movement into a moving distance and the converted moving distance; and a port controller for the moving sensor The accumulative distance is set to the area setting device status information when the surviving gate is recorded, and the regional service f is connected to the mobile communication system to refer to the & 42 200803443; Whether the regional service connection is a state. [°°The moving distance is judged as the connection is not available. Device 7: t Shenzhong;, _ With insulated dense riding material ^彳 == Long domain lining member so that the contact part can not be violent. - Printed circuit board (10)), 9 m shaft seal (4) riding oxygen resin in the material service area mentioned in item 7. The mobile communication for the communication of the mosquito service area described in the item is 70, which is directly connectable to the direct communication device network of the mobile communication network. At least one of the following items can be connected to the mobile communication network via the mobile communication unit: personal digital device, portable video broadcast #: shame, electronic calendar, carrying Type music player and carrying:::2 portable broadcast receiver, portable network system towel carrying type authorization, and non-regional service for preventing regional service. a range in which regional wireless communication available to the user of the portable device is provided to the user, and the area wireless communication for setting the device 43 200803443f = area is set as the service area of the portable f-type unit And when the data communication with the portable unit located in the service area and the device for setting the service area is performed, the transmission data is encrypted and the received data is decoded. I2. The method for preventing unauthorized piracy of a regional service in a mobile communication network system as recited in claim 11, wherein said carrying unit has the same device storage as said setting service area a random number of G and an index value of the random number, and in the encryption of the transmission data, the data is used to reserve a random list: 盥 = the index value of the predetermined random number is used as the fixed type of the portable type The value index is transmitted with the encrypted data, and the same value is obtained by adding (4) to: the random number is decoded. 13 of the component towel corresponding to the index value. The fixed value in the mobile communication network system for preventing regional service in the patent application scope is a self-contained method, wherein the portable type is used as a parameter. Information of at least one of the areas of the unit: the location of the set service area, the inherent address of the component, and the inherent address of the wireless communication component of the category, used to set 44 200803443 Identification information of the device in the service area. 14. A method of preventing unauthorized piracy of a regional service in a mobile communication network system as described in claim 12, wherein said variable value as a parameter is taken from an included date, hour, and minute Time information of time. 15· —種用於設定服務區域的裝置，所述服務區域是用 於由行動通k網路系統提供的預定區域性服務，所述預定 區域性服務是為至少一攜帶型單元由所述行動通信網路系 統提供行動通信服務，所述裝置包括區域無線通信構件， 其中所述區域無線通信構件執行與所述攜帶型單元之區域 =線通彳5 ’且所述裝置將所述區域無線通信可用之範圍設 疋為所述攜帶型單元之所述服務區域， 上其中所述裝置更包括防止移動裝置，其用於防止在初 始註冊區域性服務之後任意改變已設定註冊之服務區域， ，述防止移練置與所述區域無線通信齡使用絕緣 =材料而模製，使得與至少—印刷電路板（pcB)之接 觸#分可不暴露於所述PCB上。 的梦如申料利範圍第15項所述之用於設定服務區域 攻置，其中所述防止移動裝置包括： 於^動感應為，其用於藉由將在初始註冊所述區域性服 二 1行安裝的位置之狀態設定為初始狀態而感應移動 ΐ述=於將所述移動度轉換為移動距離並且用於累加 厅攻、、二轉換之移動距離；以及 45 200803443 控制為，其用於在所述移動感應器之所述累加〜 t?距離超顧定門I值時設定㈣設定裝置狀態資訊的^ ^域&服務κ連接所述行動通信網路彡統時將參考所述 — 區，"又^裝置狀態資訊，且其中，所述區域性服務連接是 否可用可因所述超過之移動距離而被判定為連接不可用狀 態。 4615. A device for setting a service area, the service area being a predetermined regional service provided by a mobile k network system, the predetermined regional service being for at least one portable unit by the action A communication network system provides a mobile communication service, the apparatus comprising an area wireless communication component, wherein the regional wireless communication component performs zone=line communication 5' with the portable unit and the apparatus wirelessly communicates the area The available range is set to be the service area of the portable unit, wherein the device further includes a mobile prevention device for preventing the service area that has been set to be arbitrarily changed after the initial registration of the regional service, The tamper-proof and the area of the wireless communication are prevented from being molded using insulation = material such that contact with at least the printed circuit board (pcB) may not be exposed to the PCB. The dream is as set forth in claim 15 for setting a service area attack, wherein the mobile prevention device comprises: a motion sensing, which is used for the regional service by the initial registration The state of the position of the one-line installation is set to the initial state and the sense of the movement is described as follows: the movement degree is converted into the movement distance and used to accumulate the movement distance of the hall attack, and the second conversion; and 45 200803443 is controlled to be used for When the accumulating distance of the moving sensor exceeds the threshold I value, (4) setting the device status information ^^ domain & service κ when connecting the mobile communication network system will refer to the above- The area, "and device status information, and wherein the regional service connection is available for being determined to be a connection unavailable state due to the excess moving distance. 46
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