M395319 五、新型說明： 【新型所屬之技術領域】 ，創作财關於-種手機控制電路，尤指—種具有複數個用戶 2莫組卡控制器之手機控制電路以及使用該手機控制電路來支援 多卡之手播。 【先前技術】 請參照第1圖’第1圖係為習知多卡手機觸的示意圖。多卡 手機100包含有-基頻模組110、一第一用戶識別模組(subscriber identity module，SIM)卡插槽12()、-第二用戶識職組卡插槽13〇、 一切換器140、一射頻模組150、一液晶顯示器16〇、一按鍵17〇以 及一記憶體180。請注意，射頻模組15〇、液晶顯示器16〇、按鍵17〇 以及記憶體180係為熟知此項技藝人仕可輕易瞭解，為簡潔起見， 在此不再贅述。-般而言，當多卡手機刚使用時，第—用戶識別 模組卡插槽120以及第二用戶識別模組卡插槽13〇係分別裝入一第 一用戶識別模組卡s 1以及一第二用戶識別模組卡S2，基頻模組11 〇 包含有一用戶識別模組卡控制器115，用戶識別模組卡控制器n5 耦接於切換器140，而切換器14〇選擇性地連接第一用戶識別模組 卡插槽120以及第二用戶識別模組卡插槽來讀取第一用戶識別 模組卡S1以及第二用戶識別模組卡％中之資訊，並供應第一用戶 4別換組卡si以及第二用戶識別楔έ 士 挺、·且卡S2所需之操作電麼，如果 第一用戶識別模組卡S1需要i 8佚胜,、，κ哲 伏特以及第二用戶識別模組卡S2 而要3伏特，則用戶識別模組卡控制器u 购即3伏特)以同時供第一用戶識別模 識別模組卡S2來朗。 戶 =外’在開機過程中，切換器⑽會先連接至第—用户 =卡插㈣《讀取第嘴識難卡si之魏，之器 140再切換至第二用戶識別模 、益 ，上μ ★ 卡插槽13〇以讀取第二用戶識別模 ，、且卡S2之資訊，來達到單一年趟 奶η上 乎機使用夕個門號的目的，然而，此種 =多=手機利用切換器刚來達成用戶識職組卡與用戶識別模 = 換’必須等到某張用戶識別模組卡回應完成之後才能 進行下一張用戶識別模έ且士的m w 亂且卡的項取’因此，隨著用戶識別模組卡數 目的U加’此種多卡手機會變的谦 唉, > ㈣複雜、轉時間也會變更久而且效 率也會W用戶識職組卡的增加而變差。 【新型内容】 、他主要目的在於彻複數铜戶識別模組卡控制器配合 複數麵1錢«卡賴，啸決料躲所祕的問題。 虞本創作之實施例，其揭露—種手機控制電路。該手機控 制電路有基賴㈣及—控麵組。絲賴組包含有複數 個用^識聰組卡控㈣，絲控制所祕之複數細戶識別模組 卡^玄控她纟賴以提供減娜定實體，分別對應錢複數個用 戶識=模組卡控制器；其中當其中之—協定實體建立—通話或數據 連線日守’雜定實體通知其他協定實體m態改變為一第二 八依據本創作之另—實施例，揭露-種支鮮卡之手機。該手機 匕3有f機控制電路以及複數個用戶識別模組卡插槽。該手機控 ,匕$有基頻模組’其具有複數個用戶識別模組卡控制器， 用來控制所連接之複數_戶識聰組卡；以及-控制模組，麵接 於=基頻模組，肋提供概娜定實體，分賴應至該複數個用 戶識別模組卡控制器，其中當其中之一協定實體建立一通話或數據 連線時’該協定實體通知其他協定實體由—第—狀態改變為一第二 狀n複數個用戶識別模組卡插槽係分別麵接於該複數細戶識 別模組卡控制$，用來絲該複數個肝識別模組卡。 【實施方式】 ^說财以及後請專概财中制了某些詞囊來指 亦特定的7L件’續屬領域中具有通常知識者應可理解，硬體製造 相不同的名詞來稱呼同-個元件，本說明書及後續的申請 2關並不以名稱的差躲作為區分元件的方式，而是以元件在 〜上的差異來作為區分的準則，在補賴書及後續的請求項春 M395319 中所提及的「包含有」係為一開放式的用語，故應解釋成「包含有 但靴辦」’此外，「_接」—詞在此係包含有任何直接及間接的 電氣連接手段，因此，若文中描述一第一裝置搞接於一第二裝置， 則代表該第-裝置可以直接電氣連接於該第二裝置，或透過其他裝 置或連接手段間接地電氣連接至該第二裝置。 ' 請參照第2目，第2圖係為依據本創作-實施例之-手機控制 φ 電路200的示意圖。本實施例中，手機控制電路200包含有(但不侷 限於)-基頻模組210以及一控麵組23〇。基頻模組21〇包含有複 數個用戶識別模組（Subscriber Identity M〇dule，SIM )卡控制器（例 如第-用戶硪別模組卡控制II 212—A、第二用戶識職組卡控制器 212一B以及第三用戶識別模組卡控制器212—c) 212絲控制所連 接之複數細戶識別模組卡（未顯示於圖中）。控制模組23〇耗接於 基頻模組210 ’用以提供複數個協定實體（例如第一協定實體 26〇-A、第二協定實體260—B以及第三協定實體260_〇,分別對應 至複數個用戶識別模組卡控制器(例如第-用戶識別模組卡控制器 212-A、第二用戶識別模組卡控制器212—B以及第三用戶識別模組 卡控制器212—C)，請注意，為方便說明起見，在本實施例中，用戶 綱模組卡、用戶識職組卡控制器以及協定實體均以三個為例， 但這並非本創作之限制條件。此外，為降低成本起見，本創作之基 頻杈組210與控制模組MO係設置於同一晶片中，但亦非本創作之 限制條件。 7 M395319 π參照第3圖’第3圖係為依據本創作使用第2圖所示之手機 控制電路2GG之社多卡之手機—實施例的示意圖。如第3 圖所不手機300包含第2圖所示之手機控制電路· '一射頻模 、、且22〇以及複數細戶識職組卡插槽(例如第—用戶識別模組卡 插才曰250—A '第一用戶識職組卡插槽25〇_β以及第三用戶識別模 、’且卡插彳a 25〇—C)。射麵組22〇㈤接於手機控織路·，用來接 收或發射無線電訊號，複數_戶識職組卡鋪(例如第—用戶識 別模組卡鋪25G—A、帛二好識職时鋪25()_B以及第三用 戶識職組卡插槽250—〇分別可裝鋪—用戶識別模組卡253、第 二用戶識賴組卡254 U及第三用戶識別模組卡255。當第3圖所 示之手機300開機時，複數個用戶識職組卡控制器2i2_A〜2i2—c 可以平彳T進彳T運作，舉例來說，在同—時間u戶識別模組卡 控制器212一A可以讀取第一用戶識職組卡253中之資訊(例如讀取M395319 V. New description: [New technology field], creation of financial control circuit, especially a mobile phone control circuit with multiple users 2 Mo card controller and using the mobile phone control circuit to support more The hand of the card. [Prior Art] Please refer to Fig. 1 'Fig. 1 for a schematic diagram of a conventional Doka mobile phone touch. The multi-card mobile phone 100 includes a baseband module 110, a first subscriber identity module (SIM) card slot 12(), a second user identification group card slot 13A, and a switcher. 140. An RF module 150, a liquid crystal display 16A, a button 17A, and a memory 180. Please note that the RF module 15〇, the liquid crystal display 16〇, the button 17〇 and the memory 180 are easily understood by those skilled in the art, and will not be described again for the sake of brevity. Generally speaking, when the multi-card mobile phone is just used, the first user identification module card slot 120 and the second user identification module card slot 13 are respectively loaded with a first user identification module card s 1 and A second user identification module card S2, the baseband module 11 〇 includes a user identification module card controller 115, the user identification module card controller n5 is coupled to the switch 140, and the switcher 14 selectively Connecting the first user identification module card slot 120 and the second user identification module card slot to read information in the first user identification module card S1 and the second user identification module card %, and supply the first user 4Do not change the group card si and the second user identification wedges, and the operation power required by the card S2, if the first user identification module card S1 needs i 8 wins, ,, khezhe and the second The user identification module card S2 requires 3 volts, and the user identification module card controller u purchases 3 volts to simultaneously provide the first user identification module identification module card S2. Household = outside 'In the boot process, the switch (10) will be connected to the first - user = card insert (four) "read the first mouth of the hard card si, the device 140 then switch to the second user identification mode, benefit, on μ ★ card slot 13〇 to read the second user identification mode, and the information of the card S2, to achieve the purpose of a single year of milk η on the machine to use the door number, however, this = more = mobile phone utilization The switch has just arrived to reach the user identification group card and the user identification mode = change 'you must wait until a user identification module card response is completed before the next user identification module can be used and the mw of the card is chaotic and the card item is taken. With the number of user-identified module cards U plus 'this multi-card mobile phone will become modest, > (four) complex, turn time will change for a long time and the efficiency will also worsen the increase in the number of user identification cards . [New content], his main purpose is to thoroughly count the number of copper identification card controllers with the multi-faceted 1 money «kalai, the problem of hiding secrets. An embodiment of the present invention discloses a mobile phone control circuit. The mobile phone control circuit has a base (4) and a control panel. The silk Lai group consists of a plurality of card readers controlled by ^Cong Cong (four), the secret control module card of the silk control system is controlled by Xu Xuan, who is responsible for providing the negative entity, which corresponds to the number of users. Group card controller; wherein when - the agreement entity is established - the call or the data connection day guard 'the miscellaneous entity notifies the other agreement entity m state to change to a second eight according to the creation of the other - the embodiment, the disclosure - the kind of branch Card phone. The mobile phone 匕3 has an f-machine control circuit and a plurality of subscriber identity module card slots. The mobile phone controller has a plurality of user identification module card controllers for controlling the connected plural number of household identification card sets; and the control module is connected to the base frequency The module, the rib provides a generalized entity, and is dependent on the plurality of subscriber identity module card controllers, wherein when one of the agreed entities establishes a call or data connection, the agreement entity notifies other agreed entities by - The first state is changed to a second shape. The plurality of user identification module card slots are respectively connected to the plurality of user identification module card control $ for the plurality of liver identification module cards. [Embodiment] ^In the case of wealth and later, please make certain terminology in the special account to refer to the specific 7L piece. 'The general knowledge in the field of renewal should be understandable, and the terminology of hardware manufacturing is different. - The components, this specification and the subsequent application 2 are not separated by the difference of the name as the means of distinguishing the components, but by the difference of the components in the ~ as the criterion for distinguishing, in the case of the supplement and the subsequent request The term "included" as mentioned in M395319 is an open-ended term and should be interpreted as "including but the boots". In addition, the word "_" is used in this section to include any direct and indirect electrical connections. Means, therefore, if a first device is described as being coupled to a second device, the device may be directly electrically connected to the second device, or indirectly electrically connected to the second device through other devices or connection means. Device. Please refer to the second item, and FIG. 2 is a schematic diagram of the mobile phone control φ circuit 200 according to the present creation-embodiment. In this embodiment, the handset control circuit 200 includes, but is not limited to, a baseband module 210 and a control plane group 23〇. The baseband module 21〇 includes a plurality of Subscriber Identity Modules (SIM) card controllers (for example, the first user screening module card control II 212-A, the second user job group card control) The device 212-B and the third user identification module card controller 212-c) 212 wire control the connected plurality of individual identification module cards (not shown). The control module 23 is consuming the baseband module 210' to provide a plurality of protocol entities (eg, the first protocol entity 26A-A, the second protocol entity 260-B, and the third protocol entity 260_〇, respectively Up to a plurality of subscriber identity module card controllers (eg, a first user identification module card controller 212-A, a second subscriber identity module card controller 212-B, and a third subscriber identity module card controller 212-C) ), please note that for the sake of convenience, in this embodiment, the user module card, the user identification group card controller, and the contract entity are all exemplified by three, but this is not a limitation of the creation. In order to reduce the cost, the baseband group 210 and the control module MO of the present invention are set on the same chip, but it is not a limitation of the creation. 7 M395319 π refers to the figure 3 of the third figure This creation uses the mobile phone control circuit of the mobile phone control circuit 2GG shown in FIG. 2, which is a schematic diagram of an embodiment. As shown in FIG. 3, the mobile phone 300 includes the mobile phone control circuit shown in FIG. 2, 'a radio frequency mode, And 22 〇 and a number of fine households to identify the group card slot (for example, The user identification module card inserts 250-A 'the first user identification group card slot 25〇_β and the third user identification module, 'and the card insert a 25〇-C). The face group 22〇(5) Connected to the mobile phone control weaving road, used to receive or transmit radio signals, the number of _ household knowledge card shop (for example, the first user identification module card shop 25G-A, the second good job time shop 25 () _B and The third user identification group card slot 250-〇 can be installed separately - the user identification module card 253, the second user identification group card 254 U and the third user identification module card 255. When shown in Figure 3 When the mobile phone 300 is turned on, a plurality of user identification group card controllers 2i2_A~2i2-c can operate in the same manner as the T-T, for example, in the same time-time household identification module controller 212-A can be read Information in the first user's job group card 253 (eg reading
廣播控制用頻道BCCH列表）、第二用戶識別模組卡控制器2i2 B 可以讓第二用戶識職組卡254進行註冊以及第三用戶酬模組卡 控制器212一C可以進行第二用戶識別模組卡255之使用者認證，如 此-來’透過多個用戶識別模組卡控制器的平行處理架構便可增進 開機的速度。 在開機完成之後，本創作透過複數個協定實體(例如第一協定實 體260—A、第二協定實體—B以及第三财實體26G-C)來達成各 個用戶識別模組卡(例如第一用戶識別模組卡253、 組卡254以及第三用戶識別模組卡255)的獨立運作。請一併^照第 M395319 4圖與第5圖’第4圖係為本創作手機3〇〇中透過一用戶識別模組 卡結束連線後’複數個協定實體於手機處於待機時之狀態的示意 圖’而第5圖係為本創作手機3〇〇中複數個協定實體於透過一用戶 識別模組卡建立連線時之狀態的示意圖。如第4圖所示，第一用戶 識別模組卡253、第二用戶識別模組卡254以及第三用戶識別模組 卡255分別處於待機時’第一協定實體26〇—A、第二協定實體26〇_B -以及第三協定實體260—C均會處於閒置狀態（IDLE)。然而，當其 φ 中之一協定實體建立一通話或數據連線時，該協定實體便會通知其 他協定實體由一第一狀態改變為一第二狀態。舉例來說，使用者想 要透過第一用戶識別模組卡253撥出電話或接聽電話時，因為第一 用戶識別模組卡253會單獨使用手機的資源（例如射頻模組22〇), 因此，第一用戶識別模組卡控制器212_八所對應的第一協定實體 260_八便會通知第二協定實體26〇_B以及第三協定實體26〇—c搁置 (suspend)目前的運作，並由一閒置狀態切換至一無服務狀態（N〇 _ SERVICE)以確保手機的資源不被其他用戶識別模組卡所搶用，如 第5圖所示。然後，直到第一用戶識別模組卡253之該通話或數據 連線中斷時，第一協定實體263才會再次通知第二協定實體264以 及第二協定實體265由無服務狀態回復（resume)至閒置狀態（如 第4圖所示）’因而進入多卡待機的狀態。 在多卡待機的狀態時，如果通訊協定是分時多工(如全球行動通 訊系統GSM系統)的設計，只要各個用戶識別模組卡醒來聽尋呼 (paging)的時間不互相衝突就可允許多個用戶識別模組卡同時待 9 M395319 機，即便有衝突也可以利用輪循(RoundR〇bin)的方式解決。 請注意’本創作利用複數個用戶識職組卡控制器配合複數個 協定實體㈣成多卡待機的目的，因此，凡是利用複數個用戶識別 模組卡控制ϋ配合複數娜定實體之_，獨用戶識賴組卡符 合第二代手機通訊技術規格(2G ’例如全球行動通訊系、统GSM或 CdmaOne)、第三代手機通訊技術規格(3G，例如W cdma、 CDMA2000、或TDS-CDMS)或其它手機通訊技術規格，皆落入本 創作之範疇。 請參照第6圖’第6 ®係為依據本創作另—實施例之一手機控 制電路600的示意圖。手機控制電路㈣與手機控制電路運作 原理相似，在此科贅述’而主要的差異在於第2騎示之手機控 制電路2GG係減至外部的射頻模組22()(如第3圖所示）以便接 收或發射無線電訊號，然而，第6 _示之手機控觀路_中， 射頻模組62〇係整合於基麵驗⑽巾，躺降低成本。 明注思’§複數細戶識聰組卡所使用的電壓準位不同時 如第-用戶識職組卡253使用uv、第二用戶識別模組卡2 用3V以及第三用戶識別模組卡255使用w，則第一用戶識別模兔 卡控制器2〇可以提供u伏特的供第—用戶識別模纽卡' 253來使肖帛一用戶硪別模組卡控制器212—b可以提供3伏特 電壓供第二用戶識聰組卡254來使用，以及第三用戶識別模組卡 控制器AC可以提供5伏特的電壓 使用’相較於習釦姑蓺士… 叩尸。萌⑴衩組卡255來 功效。 ' W技4 ’本創作之架構可以達到省電的 同時被存取，進以增進開機時之效能來设數個用戶識別模組卡可 再者’她於習知技藝，本創作可以少了使用切換器元件，在 手機没計過程便可節省印刷電路版的面積，也可降低生產成本。 、所述僅為本創作之較佳實施例，凡依本創作申請專利 所做之均等變化與修飾，皆應屬本創作之涵蓋範圍。 【圖式簡單說明】 第1圖為習知多卡手機的示意圖。 第2圖為依據本創作—實施例之—種手機控制電路的示意圖。 第3圖為本創作使用第2圖所示之手機控制電路之支援多卡之手機 的一實施例的示意圖。 第4圖為本_手機中透過—用戶姻麵卡結束猶後，複數個 協定實體回復待機之狀態的示意圖。 第5圖為本創作手機中複數個協定實體透過一用戶識別模組卡建立 連線時之狀態的示意圖。 M395319 第6圖為依據本創作另一實施例之一種手機控制電路的示意圖 【主要元件符號說明】 100 多卡手機 110、210、610 基頻模組 200、600 手機控制電路 230 控制模组 120、250_A 第一用戶識別模組卡插槽 130、250_B 第二用戶識別模組卡插槽 250 C 第三用戶識別模組卡插槽 260_A 第一協定實體 260一B 第二協定實體 260 C 第三協定實體 212—A 第一用戶識別模組卡控制器 212_B 第二用戶識別模組卡控制器 212—C 第三用戶識別模組卡控制器 140 切換器 150、220、630 射頻模組 160 液晶顯不裔 170 按鍵 180 記憶體 253 、 SI 第一用戶識別模組卡 12 M395319 254 > S2 第二用戶識別模組卡 255 第三用戶識別模組 115 用戶識別模組卡控制器 300 手機The broadcast control channel BCCH list), the second user identification module card controller 2i2 B can register the second user identification group card 254, and the third user reward module controller 212-C can perform the second user identification. The user authentication of the module card 255, so that 'the parallel processing architecture of the multiple user identification module card controller can increase the speed of booting. After the booting is completed, the author reaches each user identification module card (for example, the first user) through a plurality of agreed entities (for example, the first contract entity 260-A, the second contract entity B, and the third financial entity 26G-C). The independent operation of the identification module card 253, the group card 254, and the third user identification module card 255). Please also refer to the M395319 4 and the 5th figure. The 4th figure is the state in which the mobile phone is in standby after the connection is completed through a user identification module card. The schematic diagram and the fifth diagram are diagrams showing the state of a plurality of agreement entities in the creation of a mobile phone through a subscriber identity module card. As shown in FIG. 4, the first subscriber identity module card 253, the second subscriber identity module card 254, and the third subscriber identity module card 255 are in standby state, respectively, the first agreement entity 26A-A, the second agreement. Both the entity 26〇_B and the third contract entity 260-C will be in an idle state (IDLE). However, when one of the φ entities establishes a call or data connection, the agreement entity notifies the other agreement entity to change from a first state to a second state. For example, when the user wants to make a call or answer a call through the first subscriber identity module card 253, since the first subscriber identity module card 253 uses the resources of the mobile phone separately (for example, the radio frequency module 22〇), The first subscriber entity 260_8 corresponding to the first subscriber identity module card controller 212_8 will notify the second agreement entity 26〇_B and the third agreement entity 26〇-c to suspend the current operation. And switch from an idle state to a no-service state (N〇_SERVICE) to ensure that the phone's resources are not grabbed by other user-identified module cards, as shown in Figure 5. Then, until the call or data connection of the first subscriber identity module card 253 is interrupted, the first agreement entity 263 will again notify the second agreement entity 264 and the second agreement entity 265 to resume from the no-service state to The idle state (as shown in Figure 4) is thus in a multi-card standby state. In the multi-card standby state, if the communication protocol is a time-division multiplex (such as the Global System for Mobile Communications (GSM) system), as long as each user identification module card wakes up and listens for paging time does not conflict with each other. Allow multiple users to identify the module card to the 9 M395319 machine at the same time, even if there is a conflict, you can use RoundR〇bin to solve. Please note that 'this creation uses a plurality of user identification group card controllers to cooperate with a plurality of agreement entities (four) to achieve multi-card standby purposes. Therefore, if multiple user identification module cards are used to control and cooperate with the plural number of entities, User-recognition group cards comply with second-generation mobile phone communication specifications (2G 'eg Global System for Mobile Communications, GSM or CdmaOne), third-generation mobile phone communication specifications (3G, such as W cdma, CDMA2000, or TDS-CDMS) or Other mobile phone communication technical specifications fall into the scope of this creation. Please refer to Fig. 6 '6' for a schematic diagram of a mobile phone control circuit 600 according to another embodiment of the present invention. The mobile phone control circuit (4) is similar to the operation principle of the mobile phone control circuit, and the main difference is that the second control device 2GG is reduced to the external RF module 22 (as shown in Figure 3). In order to receive or transmit radio signals, however, in the mobile phone control system, the RF module 62 is integrated into the base surface inspection (10) towel, and the cost is reduced. Note that the voltage levels used by the § complex number of households are different. For example, the first user identification group card 253 uses uv, the second user identification module card 2 uses 3V, and the third user identification module card. 255 uses w, the first user identification module rabbit card controller 2 〇 can provide u volt for the first - user identification module New Zealand '253 to enable Xiao Yi a user to identify the module card controller 212 - b can provide 3 The volt voltage is used by the second user to identify the Cong group card 254, and the third user identification module card controller AC can provide 5 volts of voltage to use 'compared to the shackle aunt... corpse. Meng (1) 衩 group card 255 to the effect. 'W Technology 4' The architecture of this creation can be accessed while saving power. In order to improve the performance at boot time, several user identification module cards can be set up. 'She is familiar with the skills, this creation can be less. By using the switch components, the area of the printed circuit board can be saved without the process of the mobile phone, and the production cost can also be reduced. The descriptions are only the preferred embodiments of the present invention, and all changes and modifications made in accordance with the patent application of this creation shall be covered by this creation. [Simple description of the figure] Figure 1 is a schematic diagram of a conventional Doka mobile phone. Figure 2 is a schematic diagram of a handset control circuit in accordance with the present invention. Fig. 3 is a schematic view showing an embodiment of a mobile phone supporting a multi-card using the mobile phone control circuit shown in Fig. 2. Figure 4 is a schematic diagram of the state in which a plurality of agreed entities return to standby after the end of the user-memory card in the mobile phone. Figure 5 is a schematic diagram showing the state of a plurality of agreed entities in a creative mobile phone when establishing a connection through a subscriber identity module card. M395319 FIG. 6 is a schematic diagram of a mobile phone control circuit according to another embodiment of the present invention. [Main component symbol description] 100 multi-card mobile phone 110, 210, 610 baseband module 200, 600 mobile phone control circuit 230 control module 120, 250_A first subscriber identity module card slot 130, 250_B second subscriber identity module card slot 250 C third subscriber identity module card slot 260_A first agreement entity 260-B second agreement entity 260 C third agreement Entity 212-A first user identification module card controller 212_B second user identification module card controller 212-C third user identification module card controller 140 switcher 150, 220, 630 radio frequency module 160 liquid crystal display 170 button 180 memory 253, SI first user identification module card 12 M395319 254 > S2 second user identification module card 255 third user identification module 115 user identification module card controller 300 mobile phone
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