TWI425816B - Handheld communication device domain logging method - Google Patents
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一種手持通訊裝置切換登入網域的方法，特別是指一種可持續於相異之兩網域切換登入以保持手持通訊裝置連通電信網路的手持通訊裝置之不同網域間自動切換的方法。A method for a handheld communication device to switch between login domains, in particular, a method for automatically switching between different domains of a handheld communication device that can maintain a two-domain handover login to maintain a handheld communication device connected to a telecommunications network.
先前技術的手機一般具有單模手機、與雙模手機兩種類型。單模手機為能連通單一網域的手機，如連通全球移動通信系統之網域(Global System for Mobile Communications，GSM)、分碼多重存取(Code－Division Multiple Access，CDMA)網域、個人行動通訊系統之網域(Personal Handy－phone System，PHS)、寬頻分碼多重存取(Wideband Code－Division Multiple Access，WCDMA)網域，或其它2G、3G網域。但單模手機在網域斷訊時，並無法透過其它網域接收相關資料或來電。而雙模手機能同時連通上述任二種網域的手機，適用性較高，故大多商務、企業人士多使用雙模手機。Prior art mobile phones generally have two types of single mode mobile phones and dual mode mobile phones. A single-mode mobile phone is a mobile phone that can connect to a single domain, such as a Global System for Mobile Communications (GSM), Code-Division Multiple Access (CDMA) domain, and individual actions. Personalized Handy-phone System (PHS), Wideband Code-Division Multiple Access (WCDMA) domain, or other 2G, 3G domain. However, when a single-mode mobile phone is disconnected from the domain, it cannot receive related data or incoming calls through other domains. The dual-mode mobile phone can connect to any of the above two types of mobile phones at the same time, and the applicability is high. Therefore, most business and business people use dual-mode mobile phones.
然先前技術具有無法避免之缺失：其一，雙模手機雖可以同時於兩網域待機，但雙模手機無法自動選擇網域，僅能以手動方式選擇登入單一網域待機，或是同時登入雙網域形成雙網域雙待機。然手機於雙網雙待機時，耗電量較大，待機時間也會大為縮水，而 且雙網雙待機時，手機的輻射量大增而對人體有所為害，適用性十分有限。However, the prior art has an inevitable deficiency: First, although the dual-mode mobile phone can stand by in two domains at the same time, the dual-mode mobile phone cannot automatically select the domain, and can only manually log in to the single domain standby or log in at the same time. The dual domain forms a dual domain dual standby. However, when the mobile phone is in dual-network dual standby, the power consumption is large, and the standby time is greatly reduced. When the dual network is dual standby, the radiation amount of the mobile phone is greatly increased and it is harmful to the human body, and the applicability is very limited.
其二，雙模手機雖可以同時於兩網域待機，但用戶需兩張通話帳號，即具有兩個電話號碼，而雙網設定就新手，或對不懂手機的人而言有一定難度，而且用戶需記住兩個電話號碼，對大多使用單模手機的用戶，雙模手機的使用方式還是較為麻煩。Second, although the dual-mode mobile phone can stand by in two domains at the same time, the user needs two call accounts, that is, has two phone numbers, and the dual-network setting is a novice, or it is difficult for a person who does not understand the mobile phone. Moreover, users need to remember two phone numbers. For users who mostly use single-mode phones, the use of dual-mode phones is still more troublesome.
其三，現下雙模手機雖可透過雙模卡形成一卡一門號雙網域，但使用者仍需以手動方式來控制雙模手機選擇登入單一網域待機，但實際上與從兩張卡上擇一網域待機的行為沒有差異。對大多使用單模手機的用戶，此種手機設定方式還是較為麻煩。Third, although the dual-mode mobile phone can form a dual-mode network with a dual-mode card, the user still needs to manually control the dual-mode mobile phone to select to log in to a single domain standby, but actually with two cards. There is no difference in the behavior of choosing a domain to standby. For users who mostly use single-mode mobile phones, this type of mobile phone setting is still more troublesome.
有鑑於此，本發明所欲解決之問題係在於提供一種可切換於兩個網域之間，且同一時間手持通訊裝置僅待機於一網域中，並能取得來自另一網域的來電、簡訊或多媒體資料的網域間自動切換的方法。In view of this, the problem to be solved by the present invention is to provide a switchable between two domains, and at the same time, the handheld communication device only stands by in one domain and can obtain incoming calls from another domain. A method of automatically switching between domains of a newsletter or multimedia material.
為解決上述方法問題，本發明所提供之技術手段係揭露一種手持通訊裝置之不同網域間自動切換的方法，係適用於具有雙模功能的一手持通訊裝置，其儲存供登入一第一網域之第一身份識別資料與一供登入一第二網域之第二身份識別資料。此網域登方法包含：啟動第一網域與第二網域之間的來電轉接服務；利用第一身份識別資料登入第 一網域；判斷手持通訊裝置是否連通第一網域，若判斷手持通訊裝置未連通第一網域，即利用第二身份識別資料登入第二網域；以及，判斷手持通訊裝置是否連通第二網域，以決定是否返回利用第一身份識別資料登入第一網域步驟。In order to solve the above method problem, the technical means provided by the present invention discloses a method for automatically switching between different domains of a handheld communication device, which is applicable to a handheld communication device with dual mode function, which is stored for login to a first network. The first identification data of the domain and a second identification data for logging into a second domain. The domain registration method includes: initiating a call forwarding service between the first domain and the second domain; using the first identity data to log in a network domain; determining whether the handheld communication device is connected to the first network domain, and determining that the handheld communication device is not connected to the first network domain, that is, using the second identity identification data to log in to the second network domain; and determining whether the handheld communication device is connected to the second network domain The domain, in order to decide whether to return to the first domain by using the first identification data.
然手持通訊裝置儲存第一身份識別資料與第二身份識別資料之方式有二：一為插入具有第一身份識別資料與第二身份識別資料的雙模卡；一為直接燒錄於手持通訊裝置之韌體中。而來電轉接服務係為將來自第一網域的電話轉接至第二網域以傳送至該手持通訊裝置，或是將來自第二網域的電話轉接至第一網域以傳送至該手持通訊裝置。The handheld communication device stores the first identification data and the second identification data in two ways: one is to insert a dual-mode card having the first identification data and the second identification data; the other is to directly burn to the handheld communication device. In the firmware. The call forwarding service is for transferring the call from the first domain to the second domain for transmission to the handheld communication device, or transferring the call from the second domain to the first domain for transmission to The handheld communication device.
為解決上述方法問題，本發明所提供之技術手段係揭露另一種手持通訊裝置之不同網域間自動切換的方法，手持通訊裝置係儲存一身份識別資料，其為單一門號對映相異之一第一網域與一第二網域。此網域切換方法包含：利用身份識別資料登入第一網域；判斷手持通訊裝置是否連通第一網域，若判斷手持通訊裝置未連通第一網域，即利用身份識別資料登入第二網域；以及，判斷手持通訊裝置是否連通第二網域以決定是否返回利用身份識別資料登入第一網域步驟。In order to solve the above method problem, the technical means provided by the present invention discloses another method for automatically switching between different domains of a handheld communication device. The handheld communication device stores an identification data, which is a single gate number. A first domain and a second domain. The method for switching the domain includes: using the identification data to log in to the first domain; determining whether the handheld communication device is connected to the first domain, and determining that the handheld communication device is not connected to the first domain, that is, using the identification data to log in to the second domain And determining whether the handheld communication device is connected to the second domain to determine whether to return to the first domain by using the identification data.
然手持通訊裝置儲存身份識別資料之方式有二：一為插入具有可登入相異之雙網域的身份識別資料的雙模卡；一為直接燒錄於手持通訊裝置之韌體中。However, there are two ways for the handheld communication device to store the identification data: one is to insert a dual-mode card with the identification data that can be logged into the different dual-domains; the other is to directly burn into the firmware of the handheld communication device.
本發明具有先前技術無法達到之功效：其一，手持通訊裝置於網域斷線時，自動登入至另一網域，以保持手持通訊裝置之網域待機狀態，而且透過來電轉接服務，使手持通訊裝置不管於那一網域內，僅可接收到透過兩網域而來的電話、簡訊與多媒體資料，避免遺失重要資訊。The invention has the effects that cannot be achieved by the prior art: First, when the network communication device is disconnected, the handheld communication device automatically logs in to another domain to maintain the standby state of the handheld communication device, and the call forwarding service is enabled. Handheld communication devices can only receive calls, text messages and multimedia data from both domains, regardless of the domain, to avoid losing important information.
其二，因手持通訊裝置不論於那一網域皆可接收兩網域傳送的資料，故用戶僅需記住任一電話號碼即可，使用上即如同單模手持通訊裝置，使原單模手持通訊裝置的用戶也能快速上手，大幅提升使用上的方便。Second, because the handheld communication device can receive the data transmitted by the two domains regardless of the domain, the user only needs to remember any telephone number, and the use is like a single-mode handheld communication device, so that the original single-mode handheld device Users of communication devices can also quickly get started, greatly improving the convenience of use.
其三，因同一時間內手持通訊裝置僅登入一網域，故可降低手持通訊裝置待機產生的輻射、降低耗電量，同時增加手持通訊裝置的待機時間。Third, since the handheld communication device only logs into one domain at a time, the radiation generated by the standby communication device can be reduced, the power consumption can be reduced, and the standby time of the handheld communication device can be increased.
為使對本發明之目的、構造特徵及其功能有進一步之了解，茲配合相關實施例及圖式詳細說明如下：請參照圖1，其為本發明實施例之第一種網域切換流程圖，請同時參照圖2以利於了解。For a better understanding of the purpose, structural features and functions of the present invention, the following is a detailed description of the related embodiments and drawings: Referring to FIG. 1 , it is a flowchart of a first domain switching according to an embodiment of the present invention. Please also refer to Figure 2 for your understanding.
本實施例利用雙模式手持通訊裝置進行說明，此手持通訊裝置可登入相異之第一網域與第二網域，主要是利用內儲的第一身份識別資料與一第二身份識別資料進行登入。手持通訊裝置儲存第一身份識別資料與第二身份識別資料之方式有二：一為插入具有第一身份識別資料與第二 身份識別資料的雙模卡(Dual－Mode Card)；一為直接燒錄於手持通訊裝置之韌體中。如圖2，前述之第一網域係為全球移動通信系統(Global System for Mobile Communications，GSM)網域、分碼多重存取(Code－Division Multiple Access，CDMA)網域、個人行動通訊系統(Personal Handy－phone System，PHS)網域、寬頻分碼多重存取(Wideband Code－Division Multiple Access，WCDMA)網域，與其它2G、3G技術之通信網域中任一種。而第二網域同為上述各網域中任一種，但與第一網域為相異網域。而手持通訊裝置進行網域切換的方式包含如下：啟動第一網域與第二網域之間的來電轉接服務(步驟S110)。此步驟主要是避免手持通訊裝置登入單一網域時，無法取得另一網域之來電、簡訊或多媒體資料所採用的必要措施。此來電轉接服務可為將來自第一網域的電話轉接至第二網域以傳送至手持通訊裝置，或是將來自第二網域的電話轉接至第一網域以傳送至手持通訊裝置。In this embodiment, the dual-mode handheld communication device is used for description. The handheld communication device can log in to the different first domain and the second domain, and mainly uses the first identification data stored in the storage and a second identification data. Sign in. The handheld communication device stores the first identification data and the second identification data in two ways: one is to insert the first identification data and the second A dual-mode card for identification data; one is directly burned into the firmware of the handheld communication device. As shown in FIG. 2, the foregoing first domain is a Global System for Mobile Communications (GSM) domain, a Code-Division Multiple Access (CDMA) domain, and a personal mobile communication system ( Personal Handy-phone System (PHS) domain, Wideband Code-Division Multiple Access (WCDMA) domain, and any other 2G, 3G technology communication network domain. The second network domain is any one of the foregoing network domains, but is different from the first network domain. The manner in which the handheld communication device performs the domain switching includes the following: starting the call forwarding service between the first domain and the second domain (step S110). This step is mainly to prevent the handheld communication device from being able to obtain the necessary measures for incoming calls, newsletters or multimedia materials of another domain when logging in to a single domain. The call forwarding service may transfer the call from the first domain to the second domain for transmission to the handheld communication device, or transfer the call from the second domain to the first domain for transmission to the handheld Communication device.
利用第一身份識別資料登入第一網域(步驟S120)。使用者係預先利用手持通訊裝置選定欲登入的網域。手持通訊裝置啟動後，即根據使用者所設定或手持通訊裝置的預設值，選出相關的第一身份識別資料對第一網域進行網域登入行為。The first identity data is used to log in to the first domain (step S120). The user selects the domain to be logged in by using the handheld communication device in advance. After the handheld communication device is started, the related first identification data is selected to perform the domain login behavior on the first domain according to the preset value set by the user or the handheld communication device.
判斷手持通訊裝置是否連通第一網域(步驟S130)。若判斷為是，即代表手持通訊裝置正常登入第一網域，手 持通訊裝置即持續待機於第一網域上，並持續判斷手持通訊裝置是否連通第一網域(步驟S130)。然而，當撥號方透過第二網域進行撥號、傳簡訊或傳送多媒體資料時，網域服務端(即電信服務業者)即根據使用者設定的來電轉接服務以將電話、簡訊或多媒體資料轉送至第一網域以送達手持通訊裝置。It is determined whether the handheld communication device is connected to the first domain (step S130). If the judgment is yes, it means that the handheld communication device normally logs in to the first domain, The communication device continues to stand by on the first network domain, and continuously determines whether the handheld communication device is connected to the first network domain (step S130). However, when the dialing party dials, transmits a text message or transmits multimedia data through the second domain, the domain server (ie, the telecommunication service provider) transfers the phone, the newsletter or the multimedia data according to the call forwarding service set by the user. To the first domain to deliver the handheld communication device.
若判斷手持通訊裝置未連通第一網域，即代表手持通訊裝置可能因各類因素，如訊號微弱、地形阻礙，而無法連接第一網域，手持通訊裝置即利用第二身份識別資料登入第二網域(步驟S131)。If it is determined that the handheld communication device is not connected to the first domain, it means that the handheld communication device may be unable to connect to the first domain due to various factors, such as weak signal and terrain obstruction, and the handheld communication device uses the second identification data to log in. Two domains (step S131).
判斷手持通訊裝置是否連通第二網域(步驟S140)。若判斷為是，即代表手持通訊裝置正常登入第二網域，手持通訊裝置即持續待機於第二網域上，並持續判斷手持通訊裝置是否連通第二網域(步驟S140)。同理，當撥號方利用第一網域進行撥號、傳簡訊或傳送多媒體資料時，網域服務端(即電信服務業者)即根據使用者設定的來電轉接服務以將相關資料轉送至第二網域以送達手持通訊裝置。It is determined whether the handheld communication device is connected to the second domain (step S140). If the determination is yes, that is, the handheld communication device normally logs in to the second network domain, and the handheld communication device continues to stand on the second network domain, and continuously determines whether the handheld communication device is connected to the second network domain (step S140). Similarly, when the dialing party uses the first domain to dial, send a text message or transmit multimedia data, the domain server (ie, the telecommunication service provider) transfers the related data to the second according to the call forwarding service set by the user. The domain is delivered to the handheld communication device.
若判斷手持通訊裝置未連通第二網域，即代表手持通訊裝置可能因各類因素而無法連接第二網域，手持通訊裝置係停止網域登入行為並計時一停止時間(步驟S141)。此步驟主要是避免手持通訊裝置無法登入第一網域或第二網域時，不斷輸出登入資訊，避免手持通訊裝置進行無謂 的登入動作而降低電量耗損，同時避免輻射發散為害人體，而此停止時間的參數預儲於手持通訊裝置並可預先設定。在停止時間計時完後，手持通訊裝置係利用第一身份識別資料登入第一網域(步驟S110)，以重新進行手持通訊裝置之網域登入行為。藉此令手持通訊裝置不斷切換於第一網域與第二網域之間，保持手持通訊裝置的連網動作。If it is determined that the handheld communication device is not connected to the second domain, that is, the handheld communication device may be unable to connect to the second domain due to various factors, the handheld communication device stops the domain login behavior and counts a stop time (step S141). This step is mainly to prevent the handheld communication device from continuously downloading the login information when it is unable to log in to the first domain or the second domain, thereby avoiding unnecessary handling of the handheld communication device. The login action reduces power consumption while avoiding radiation divergence to the human body, and the parameters of the stop time are pre-stored in the handheld communication device and can be preset. After the stop time is counted, the handheld communication device logs in to the first domain by using the first identification data (step S110) to re-do the domain login behavior of the handheld communication device. Thereby, the handheld communication device continuously switches between the first domain and the second domain to maintain the networking operation of the handheld communication device.
請參照圖3，其為本發明實施例之第二種網域切換流程圖，請同時參照圖2以利於了解。本實施例利用雙模式手持通訊裝置進行說明，此手持通訊裝置內儲有一身份識別資料，其為單一門號對映相異之一第一網域與一第二網域。儲存身份識別資料之方式有二：一為插入儲存有身份識別資料之雙模卡(Dual－Mode Card)，此雙模卡同時儲存對應身份識別資料的第一網域與第二網域的網域登入資料，使手持通訊裝置可透過雙模卡以同一電話號碼登入相異的兩網域其中之一者；一為將身份識別資料與網域登入資料直接燒錄於手持通訊裝置之韌體中，故手持通訊裝置可登入兩種以上的相異電信網域。而手持通訊裝置進行網域切換的方式包含如下：利用身份識別資料登入第一網域(步驟S210)。使用者係預先利用手持通訊裝置選定欲登入的網域。手持通訊裝置啟動後，即根據使用者所設定或手持通訊裝置的預設值，利用身份識別資料對第一網域進行網域登入行為。Please refer to FIG. 3 , which is a flowchart of a second type of domain switching according to an embodiment of the present invention. Please refer to FIG. 2 for facilitating understanding. The embodiment is described by using a dual-mode handheld communication device. The handheld communication device stores an identification data, which is a single gate number and a second network domain. There are two ways to store the identification data: one is to insert a dual-mode card (Dual-Mode Card) storing the identification data, and the dual-mode card simultaneously stores the first domain corresponding to the identification data and the network of the second domain. The domain login data enables the handheld communication device to log in to one of the two different domains through the dual-mode card with the same phone number; one is to directly burn the identification data and the domain login data to the firmware of the handheld communication device. In this case, the handheld communication device can log in to two or more different telecommunication domains. The manner in which the handheld communication device performs the domain switching includes the following: logging in the first domain by using the identity data (step S210). The user selects the domain to be logged in by using the handheld communication device in advance. After the handheld communication device is started, the first domain is used for the domain login behavior according to the preset value set by the user or the handheld communication device.
判斷手持通訊裝置是否連通第一網域(步驟S220)。 若判斷為是，即代表手持通訊裝置正常登入第一網域且待機於第一網域上。之後，即持續判斷手持通訊裝置是否連通第一網域(步驟S220)。當撥號方透過第二網域進行撥號、傳簡訊或傳送多媒體資料時，因雙模卡之門號同時對應兩網域，故網域服務端(即電信服務業者)可判斷手持通訊裝置所登入之網域而決定是否進行資料轉送行為，以確保撥號方可與手持通訊裝置連接。It is determined whether the handheld communication device is connected to the first domain (step S220). If the determination is yes, it means that the handheld communication device normally logs in to the first domain and stands by on the first domain. Thereafter, it is continuously determined whether the handheld communication device is connected to the first domain (step S220). When the dialing party dials, transmits a text message or transmits multimedia data through the second domain, since the door number of the dual mode card corresponds to two domains at the same time, the domain server (ie, the telecommunication service provider) can judge the login of the handheld communication device. The domain determines whether or not to perform data transfer to ensure that the dialing party can connect to the handheld communication device.
若判斷手持通訊裝置未連通第一網域，代表手持通訊裝置因各類因素而無法連接第一網域，手持通訊裝置即利用身份識別資料登入第二網域(步驟S221)。If it is determined that the handheld communication device is not connected to the first network domain, the handheld communication device is unable to connect to the first network domain due to various factors, and the handheld communication device uses the identification data to log in to the second network domain (step S221).
判斷手持通訊裝置是否連通第二網域(步驟S230)。若判斷為是，代表手持通訊裝置正常登入第二網域且待機於第二網域，之後即持續判斷手持通訊裝置是否連通第二網域(步驟S230)。同理，當撥號方透過第一網域進行撥號、傳簡訊或傳送多媒體資料時，網域服務端(即電信服務業者)判斷手持通訊裝置登入之網域而決定是否進行資料轉送行為。It is determined whether the handheld communication device is connected to the second domain (step S230). If the determination is yes, the portable communication device normally logs in to the second domain and stands by in the second domain, and then continues to determine whether the handheld communication device is connected to the second domain (step S230). Similarly, when the dialing party dials, transmits a text message or transmits multimedia data through the first domain, the domain server (ie, the telecommunication service provider) determines whether the domain of the handheld communication device is logged in to determine whether to perform data transfer.
若判斷手持通訊裝置未連通第二網域，代表手持通訊裝置可能因各類因素而無法連接第二網域，手持通訊裝置係停止網域登入行為並計時一停止時間(步驟S231)，避免手持通訊裝置進行無謂的網域登入行為。在停止時間計時完後，手持通訊裝置係利用該身份識別資料登入第一網域(步驟S210)。藉此令手持通訊裝置不斷切換於第一網 域與第二網域之間，以保持手持通訊裝置的連網動作。If it is determined that the handheld communication device is not connected to the second domain, the handheld communication device may be unable to connect to the second domain due to various factors, and the handheld communication device stops the domain login behavior and times a stop time (step S231), avoiding the handheld The communication device performs unnecessary domain login behavior. After the stop time is counted, the handheld communication device uses the identification data to log in to the first domain (step S210). In this way, the handheld communication device constantly switches to the first network. Between the domain and the second domain to maintain the networking operation of the handheld communication device.
雖然本發明以前述之較佳實施例揭露如上，然其並非用以限定本發明，任何熟習相像技藝者，在不脫離本發明之精神和範圍內，所作更動與潤飾之等效替換，仍為本發明之專利保護範圍內。While the present invention has been described above in terms of the preferred embodiments thereof, it is not intended to limit the invention, and the equivalent of the modification and retouching of the present invention is still within the spirit and scope of the present invention. Within the scope of patent protection of the present invention.
步驟S110‧‧‧啟動第一網域與第二網域之間的來電轉接服務Step S110‧‧‧ initiates a call forwarding service between the first domain and the second domain
步驟S120‧‧‧利用第一身份識別資料登入第一網域Step S120‧‧‧Using the first identification data to log in to the first domain
步驟S130‧‧‧判斷手持通訊裝置是否連通第一網域Step S130‧‧‧determining whether the handheld communication device is connected to the first domain
步驟S131‧‧‧利用第二身份識別資料登入第二網域Step S131‧‧‧Using the second identification data to log in to the second domain
步驟S140‧‧‧判斷手持通訊裝置是否連通第二網域Step S140‧‧‧determinating whether the handheld communication device is connected to the second domain
步驟S141‧‧‧停止網域登入行為並計時一停止時間Step S141‧‧‧ Stop the domain login behavior and time a stop time
步驟S210‧‧‧利用身份識別資料登入第一網域Step S210‧‧‧ Login to the first domain using the identification data
步驟S220‧‧‧判斷手持通訊裝置是否連通第一網域Step S220‧‧‧determining whether the handheld communication device is connected to the first domain
步驟S221‧‧‧利用身份識別資料登入第二網域Step S221‧‧‧ Login to the second domain using the identification data
步驟S230‧‧‧判斷手持通訊裝置是否連通第二網域Step S230‧‧‧determining whether the handheld communication device is connected to the second domain
步驟S231‧‧‧停止網域登入行為並計時一停止時間Step S231‧‧‧ Stop the domain login behavior and time a stop time
圖1係本發明實施例之第一種網域切換流程圖；圖2係本發明手持通訊裝置適用網域示意圖；以及圖3係本發明實施例之第二種網域切換流程圖。1 is a flow chart of a first domain switching according to an embodiment of the present invention; FIG. 2 is a schematic diagram of a network domain applicable to the handheld communication device of the present invention; and FIG. 3 is a flow chart of a second network domain switching according to an embodiment of the present invention.
步驟S110‧‧‧啟動第一網域與第二網域之間的來電轉接服務Step S110‧‧‧ initiates a call forwarding service between the first domain and the second domain
步驟S120‧‧‧利用第一身份識別資料登入第一網域Step S120‧‧‧Using the first identification data to log in to the first domain
步驟S130‧‧‧判斷手持通訊裝置是否連通第一網域Step S130‧‧‧determining whether the handheld communication device is connected to the first domain
步驟S131‧‧‧利用第二身份識別資料登入第二網域Step S131‧‧‧Using the second identification data to log in to the second domain
步驟S140‧‧‧判斷手持通訊裝置是否連通第二網域Step S140‧‧‧determinating whether the handheld communication device is connected to the second domain
步驟S141‧‧‧停止網域登入行為並計時一停止時間Step S141‧‧‧ Stop the domain login behavior and time a stop time
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| CN1602084A (en) * | 2003-09-22 | 2005-03-30 | 英业达（南京）科技有限公司 | Automatic calling transferring system |
| CN1607852A (en) * | 2003-10-15 | 2005-04-20 | 华为技术有限公司 | Method for selecting community by multi-mode mobile terminal |
| TW200603570A (en) * | 2004-04-26 | 2006-01-16 | Motorola Inc | Fast call set-up for multi-mode communication |
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| CN1602084A (en) * | 2003-09-22 | 2005-03-30 | 英业达（南京）科技有限公司 | Automatic calling transferring system |
| CN1607852A (en) * | 2003-10-15 | 2005-04-20 | 华为技术有限公司 | Method for selecting community by multi-mode mobile terminal |
| TW200603570A (en) * | 2004-04-26 | 2006-01-16 | Motorola Inc | Fast call set-up for multi-mode communication |
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