200901737 九、發明說明： 【發明所屬之技術領域】 本發明是有關於一種控制雙CDMA用戶識別模組之方 法，且特別是有關於一種CDMA與PHS雙模手機控制雙 CDMA用戶識別模組之方法。 【先前技術】 目前無線通訊技術已發展許多規範標準，常見無線通 訊系統有 GSM (Global System for Mobile Communication ’全球行動通訊系統）、CDMA ( Code Division Multiple Access，分碼多工系統）、PHS( Personal Handy-phone System ’個人手持式電話系統）等，而為了滿足使用者手機需能 切換不同規範標準系統之需求，各家手機通訊業者紛紛發 展出具有雙模系統之手機，如在一手機中同時存在CDMA 與PHS系統即是其中代表之一。 請參照第1圖，係為先前技術之CDMA與PHS雙模系 統架構。此架構之運作方式中，CDMA控制模組11〇係能 控制CDMA用戶識別模組130,此CDMA用戶識別模組13〇 係可電性柄接一 UIM ( User Identity Model，使用者識別模 組）卡。此外，CDMA控制模組110還能透過PHS控制模 組120以控制PHS用戶識別模組140。其係利用CDMA應 用層（CDMA Application Layer ) 111發送一控制命令，此 控制命令係通過CDMA協議棧（CDMA Protocol Stack ) 112 6 200901737 而傳送至CDMA裝置驅動層（CDMA Device Driver Layer )113。CDMA裝置驅動層113再透過一異步收發（Universal Asynchronous Receiver/Transmitter，UART )規範以輸出控 制命令至PHS控制模組120的PHS裝置驅動層（PHS Device Driver Layer) 123，最後通過 PHS 協議棧（PHS Protocol Stack)/PIM協議122傳遞此控制命令至PHS控制 模組 120 的 PHS 應用層（PHS Application Layer) 121。 此PHS應用層121係進一步解析控制命令是否有效， 於判斷此控制命令為有效命令時，透過PHS協議棧/PIM協 議122為中介將控制命令傳送至Phs裝置驅動層123並讀 取PHS用戶識別模組140的原始數據（RawData)，此PHS 用戶識別模組140係電性叙接一 piM ( Personal Identity Module，個人識別模組）卡。然後將PHs用戶識別模組140 的原始數據透過PHS控制模組12〇的pIM協議（ΠΜ Protocol)傳遞回PHS應用層121，藉此作為對此控制命令 的響應。 最後PHS應用層121再調用PHS裝置驅動層ία透過異 步收發（UART)規範將原始數據傳送至cDma裝置驅動層 113，並通過CDMA協議棧112將原始數據傳回cDMA應用 層111，由CDMA應用層lu處理所回傳之原始數據。 但先前技術係具有無法避免之缺失，即為此種CDMA 與PHS雙模手機並無法適用於具有雙CDMA用戶識別模組 7 200901737 之使用者，即是指擁有雙UIM卡之用戶。因CDMA與PHS 雙模手機使用雙模功能之必備條件為此使用者必須是具有 個別對應CDMA號碼與PHS號碼之各一UIM卡與PIM卡（包 含内建於手機中之晶片或1C)。若使用者想使用兩張對應 CDMA號碼之UIM卡時，還是需要額外買一個可插入UIM 卡的手機。故無法滿足未申請PHS號碼而具有雙CDMA號碼 的使用者之需求，進而降低此CDMA與PHS雙模手機的實用 性。 【發明内容】 有鑑於此，為解決上述問題，本發明係提出一種CDMA (Code Division Multiple Access，分碼多工系統）與PHS (Personal Handy-phone System ’個人手持式電話系統）雙 模手機控制雙CDMA用戶識別模組之方法，以使CDMA與 PHS雙模手機在不更動硬體的情形之下即可使用兩不同號 碼之雙CDMA用戶識別模組。 本發明揭露一種CDMA與PHS雙模手機控制雙CDMA 用戶識別模組之方法，此CDMA與PHS雙模手機具有一 CDMA控制模組與一PHS控制模組。CDMA與PHS雙模手機 於執行系統初始化後，即判斷是否由PHS控制模組所連接 之一第二CDMA用戶識別模組待機。如果判斷結果為是， 則由苐二CDMA用戶識別模組待機，此雙模手機於一 phs 裝置驅動層（PHS Device Driver Layer)建立相互連接之一 8 200901737 PHS 異步收發驅動模組（PHS Universal Asynchronous Receiver/Transmitter Driver，PHS UART Driver)與一UIM 與PIM驅動模組，且PHS異步收發驅動模組以異步收發（ UART )規範與CDMA控制模組之一 CDMA裝置驅動層連通 ，以控制與UIM與PIM驅動模組連接之第二CDMA用戶識別 模組。如果判斷結果為否’則由一第一CDMA用戶識別模 組待機，此雙模手機係利用CDMA控制模組控制其連接之 【 一第一CDMA用戶識別模組。 此外，當CDMA與PHS雙模手機處於第一CDMA用戶識 別模組或第二CDMA用戶識別模組之待機模式時，係可獲 取並記錄以第一CDMA用戶識別模組或以第二CDMA用戶 識別模組待機之控制命令或設定資訊。之後再重置系統以 執行系統初始化步驟。而儲存第一 CDMA用戶識別模組或 第二CDMA用戶識別模組乃是利用一快閃記憶體、一200901737 IX. Description of the Invention: [Technical Field] The present invention relates to a method for controlling a dual CDMA subscriber identity module, and more particularly to a method for controlling a dual CDMA subscriber identity module for a CDMA and PHS dual mode handset . [Prior Art] At present, wireless communication technology has developed many normative standards. Common wireless communication systems include GSM (Global System for Mobile Communication), CDMA (Code Division Multiple Access), PHS (Personal Handy-phone System 'personal hand-held telephone system', etc., in order to meet the needs of users' mobile phones that need to be able to switch to different standard systems, mobile communication companies have developed mobile phones with dual-mode systems, such as in a mobile phone. The existence of CDMA and PHS systems is one of the representatives. Please refer to Figure 1 for the prior art CDMA and PHS dual mode system architecture. In the operation mode of the architecture, the CDMA control module 11 can control the CDMA subscriber identity module 130, and the CDMA subscriber identity module 13 can be electrically connected to a UIM (User Identity Model). card. In addition, the CDMA control module 110 can also control the PHS subscriber identity module 140 via the PHS control module 120. It transmits a control command using the CDMA Application Layer 111, and the control command is transmitted to the CDMA Device Driver Layer 113 through the CDMA Protocol Stack 112 6 200901737. The CDMA device driver layer 113 further transmits a control command to the PHS Device Driver Layer 123 of the PHS control module 120 through a Universal Asynchronous Receiver/Transmitter (UART) specification, and finally passes the PHS protocol stack (PHS). The Protocol Stack)/PIM protocol 122 passes this control command to the PHS Application Layer 121 of the PHS control module 120. The PHS application layer 121 further analyzes whether the control command is valid. When determining that the control command is a valid command, the PHS protocol stack/PIM protocol 122 is used as an intermediary to transmit the control command to the Phs device driver layer 123 and read the PHS user identification mode. Raw data of the group 140 (RawData), the PHS user identification module 140 is electrically connected to a piM (Personal Identity Module) card. The original data of the PHs subscriber identity module 140 is then passed back to the PHS application layer 121 via the pIM protocol (ΠΜ Protocol) of the PHS control module 12, thereby acting as a response to this control command. Finally, the PHS application layer 121 calls the PHS device driver layer to transmit the original data to the cDma device driver layer 113 through the asynchronous transceiver (UART) specification, and transmits the original data back to the cDMA application layer 111 through the CDMA protocol stack 112, by the CDMA application layer. Lu processes the raw data returned. However, the prior art system has an inevitable deficiency, that is, such a CDMA and PHS dual-mode mobile phone cannot be applied to a user having a dual CDMA subscriber identity module 7 200901737, that is, a user who has a dual UIM card. For the dual-mode function of CDMA and PHS dual-mode mobile phones, the user must have one UIM card and PIM card (including the chip or 1C built in the mobile phone) with the corresponding CDMA number and PHS number. If the user wants to use two UIM cards corresponding to the CDMA number, they still need to buy an additional mobile phone with a UIM card. Therefore, the user's demand for a dual CDMA number that does not apply for a PHS number cannot be met, thereby reducing the utility of the CDMA and PHS dual-mode handset. SUMMARY OF THE INVENTION In view of the above, in order to solve the above problems, the present invention proposes a CDMA (Code Division Multiple Access) and PHS (Personal Handy-phone System 'personal hand-held telephone system) dual-mode mobile phone control. The dual CDMA subscriber identity module method enables CDMA and PHS dual-mode handsets to use dual CDMA subscriber identity modules of two different numbers without changing the hardware. The invention discloses a method for controlling a dual CDMA subscriber identity module by a CDMA and PHS dual mode handset. The CDMA and PHS dual mode handset has a CDMA control module and a PHS control module. After the CDMA and PHS dual-mode handsets are initialized, it is determined whether one of the second CDMA subscriber identity modules connected by the PHS control module is on standby. If the judgment result is yes, the CDMA user identification module is standby, and the dual-mode mobile phone establishes a mutual connection in a VSs device driver layer (2008). The 200901737 PHS asynchronous transceiver driver module (PHS Universal Asynchronous) Receiver/Transmitter Driver, PHS UART Driver) and a UIM and PIM driver module, and the PHS asynchronous transceiver driver module communicates with the CDMA device driver layer of the CDMA control module by the asynchronous transceiver (UART) specification to control and UIM. The second CDMA user identification module connected to the PIM driver module. If the result of the determination is no, then a first CDMA subscriber identity module stands by, and the dual mode handset controls the connection of the first CDMA subscriber identity module by using the CDMA control module. In addition, when the CDMA and PHS dual-mode mobile phones are in the standby mode of the first CDMA subscriber identity module or the second CDMA subscriber identity module, the CDMA subscriber identity module can be acquired and recorded or identified by the second CDMA subscriber identity module. Control commands or setting information for module standby. Then reset the system to perform the system initialization steps. The first CDMA subscriber identity module or the second CDMA subscriber identity module is stored by using a flash memory,
C 、 EEPROM或一 EPROM進行儲存。 然而，前述所說的第一CDMA用戶識別模組係供電性 耦接一第一UIM (User Identity Mode卜使用者識別模組） 卡，以供讀取第—UIM卡之數據。而第二CDMA用戶識別 杈組係供電性耦接一第二UIM卡，以供讀取第二UIM卡之 數據。 本發明具有先前技術無法達到之功效，即可於CDMA 與PHS雙模手機上配置兩不同號碼之CDMA用戶識別模組 9 200901737 ，即是可電性純兩個對應CDMA號碼的_卡。而C腫A 控制模組除可對電性減於第—cm⑽戶識職組之第 -UIM卡進行控制與數據之傳輸外，更能透過邮異步收發 驅動模組與刪與簡驅動模組之配合，以對電性輕接於第 二CDMA用戶識聰組之第二腦卡進行控制與數據傳輸 。因此對於擁有雙UIM卡的使用者，也能輕易實現對雙 CDMA號碼的控制並自由選擇以不同之cdma用戶識別模 組別待機，且無需作硬體架構重大變更。此外，pHs控制 模組僅相當於中轉數據之功能，而不需要pHS協議棧與piM 協4之介入，故能降低控制程序的複雜度與間接提昇其效 能。不但降低手機廠商研發時間和成本也滿足現代人求新 求變之心理，同時也可最大程度滿足商務人士及個性化愛 好者之需求。 【實施方式】 有關本發明的特徵與實作，茲配合圖示作最佳實施例 痒細說明如下。 請參照第2圖，其為本發明之控制第一及第二CDMA 用戶識別模組實施例之系統架構圖。此系統包含一 CDMA (Code Division Multiple Access，分碼多工系統）控制模 組 210、一 PHS (Personal Handy-phone System，個人手持 式電話系統）控制模組220、一第一 CDMA用戶識別模組 230與一第二CDMA用戶識別模組240。此CDMA控制模 10 200901737 組 210 係包含一 CDMA 應用層（CDMA Application Layer )211、一 CDMA 協議棧（CDMA Protocol Stack) 212 與 一 CDMA 裝置驅動層（CDMA Device Driver Layer) 213， 而PHS控制模組220則包含一 PHS應用層（PHS Application Layer) 221、一 PHS 協議棧（PHS Protocol Stack) /PIM 協 議 222 與 一 PHS 裝置驅動層（PHS Device Driver Layer ) 223 ’並於PHS裝置驅動層223中建立一 PHS異步收發驅 動模組（PHS Universal Asynchronous Receiver/Transmitter Driver ’ PHS UART Driver ) 2231 以及 一 UIM ( User Identity Model ’使用者識別模組）卡與PIm ( Personal identity Module ’個人識別模組）驅動模組2232。 其中’ CDMA裝置驅動層213係電性耦接第一 CdmA 用戶識別模組230 ; PHS異步收發驅動模組2231係與UIM 與PIM驅動模組2232相互連接並連通CDMA裝置驅動層 213，及弟一 CDMA用戶識別模組240係電性搞接υΐΜ與 PIM驅動模組2232。 此系統係依據儲存於雙模手機之以第一 CDMA用戶識 別模組230或以第一CDMA用戶識別模組240待機之設定 資訊，以令CDMA控制模組210之CDMA應用層211發送 相對應之控制命令，經由CDMA裝置驅動層213來控制第 一CDMA用戶識別模組230之作動與資料傳遞。或者， CDMA控制核組210經由CDMA裝置驅動層213與pjiS異步 200901737 收發驅動模組2231，以將控制命令傳送至UIM與PIM驅動 模組2232，以控制第二CDMA用戶識別模組240之作動與 資料傳遞。當CDMA控制模組210控制第二CDMA用戶識 別模組240時，乃是透過PHS異步收發驅動模組2231控制 UIM與PIM驅動模組2232進行單工之串口操作，因此PHS 異步收發驅動模組2231可取代PHS應用層221與PHS協議 棧/PIM協議222之部分功能，故無需利用到PHS應用層221 與PHS協議棧/PIM協議222。 此例中，第一CDMA用戶識別模組230係供電性連接 一第一UIM卡（未繪示）。第二CDMA用戶識別模組240係 供電性連接一第二UIM卡（未繪示）。其次，CDMA裝置驅 動層213與PHS異步收發驅動模組2231之間的傳遞訊息係 透過一異步收發（Universal Asynchronous Receiver/Transmitter，UART)規範進行控制命令及數據之 匯整與傳遞。 請參照第3圖，其為本發明之系統流程圖，請同時參 考第2圖進行了解。此控制方法之流程係包含下列步驟： 執行系統初始化（步驟S310)，於此CDMA與PHS雙模 手機進行開機或系統重置時，執行此系統的初始化作業。 判斷是否由一 PHS控制模組220所連接之一第二 CDMA用戶識別模組240待機（步驟S320)。系統擷取待機 用的設定資訊，以判斷是否由第二CDMA用戶識別模組240 12 200901737 進行待機工作。而待機用的設定資訊係儲存於CDMA與PHS 雙模手機既有的記憶體（未繪示）上，係指記憶體儲存以 那一個CDMA用戶識別模組進行待機之設定資訊。記憶體 本身可為快間記憶體（Flash Memory )、電子抹除式唯讀古己 憶體（Electrically Erasable Pr〇grammable Read_〇nlyC, EEPROM or an EPROM for storage. However, the first CDMA subscriber identity module is coupled to a first UIM (User Identity Mode) card for reading data of the first UIM card. The second CDMA user identification group is electrically coupled to a second UIM card for reading data of the second UIM card. The invention has the efficiencies that cannot be achieved by the prior art, that is, the CDMA user identification module 9 200901737 which can configure two different numbers on the CDMA and PHS dual-mode mobile phones, that is, two _ cards corresponding to the CDMA number. In addition to the control and data transmission of the first-UIM card of the first-cm (10) households, the C-A control module can also transmit and receive the driver module and the deletion and simple drive module through the mail asynchronous In conjunction with the control, data transmission is performed on the second brain card that is electrically connected to the second CDMA user. Therefore, for users with dual UIM cards, it is easy to control the dual CDMA number and freely choose to use different cdma user identification modules to stand by, without major hardware architecture changes. In addition, the pHs control module is only equivalent to the function of transferring data, and does not require the intervention of the pHS protocol stack and piM protocol 4, so it can reduce the complexity of the control program and indirectly improve its efficiency. Not only does it reduce the development time and cost of mobile phone manufacturers, but it also meets the psychology of modern people seeking new changes. It can also meet the needs of business people and personalized lovers. [Embodiment] The features and implementations of the present invention are described in conjunction with the drawings as a preferred embodiment. Please refer to FIG. 2, which is a system architecture diagram of an embodiment of controlling the first and second CDMA subscriber identity modules of the present invention. The system includes a CDMA (Code Division Multiple Access) control module 210, a PHS (Personal Handy-phone System) control module 220, and a first CDMA user identification module. 230 and a second CDMA subscriber identity module 240. The CDMA control module 10 200901737 group 210 includes a CDMA application layer 211, a CDMA protocol stack 212 and a CDMA device driver layer 213, and the PHS control module. The 220 includes a PHS Application Layer 221, a PHS Protocol Stack/PIM protocol 222, and a PHS Device Driver Layer 223' and is established in the PHS device driver layer 223. PHS Universal Asynchronous Receiver/Transmitter Driver 'PHS UART Driver 2231 and a UIM (User Identity Model 'User Identification Module) card and PIm (Personal Identity Module) Group 2232. The CDMA device driver layer 213 is electrically coupled to the first CdmA subscriber identity module 230; the PHS asynchronous transceiver driver module 2231 is interconnected with the UIM and PIM driver module 2232 and communicates with the CDMA device driver layer 213, and the first brother The CDMA subscriber identity module 240 is electrically coupled to the PIM driver module 2232. The system is based on the first CDMA user identification module 230 stored in the dual-mode mobile phone or the setting information of the first CDMA user identification module 240, so that the CDMA application layer 211 of the CDMA control module 210 sends the corresponding information. The control command controls the actuation and data transfer of the first CDMA subscriber identity module 230 via the CDMA device driver layer 213. Alternatively, the CDMA control core group 210 transmits the control command to the UIM and PIM driver module 2232 via the CDMA device driver layer 213 and the pjiS asynchronous 200901737 transceiver module 2231 to control the operation of the second CDMA subscriber identity module 240. Data transfer. When the CDMA control module 210 controls the second CDMA subscriber identity module 240, the PHS asynchronous transceiver driver module 2231 controls the UIM and the PIM driver module 2232 to perform a simplex serial port operation. Therefore, the PHS asynchronous transceiver driver module 2231 It can replace some functions of the PHS application layer 221 and the PHS protocol stack/PIM protocol 222, so it is not necessary to utilize the PHS application layer 221 and the PHS protocol stack/PIM protocol 222. In this example, the first CDMA subscriber identity module 230 is electrically coupled to a first UIM card (not shown). The second CDMA user identification module 240 is electrically connected to a second UIM card (not shown). Next, the transmission message between the CDMA device driver layer 213 and the PHS asynchronous transceiver driver module 2231 is used to perform control commands and data aggregation and transmission through a Universal Asynchronous Receiver/Transmitter (UART) specification. Please refer to FIG. 3, which is a system flowchart of the present invention. Please refer to FIG. 2 for understanding. The flow of the control method includes the following steps: Perform system initialization (step S310), and perform initialization of the system when the CDMA and PHS dual-mode mobile phones are powered on or reset. It is determined whether a second CDMA subscriber identity module 240 connected by a PHS control module 220 is on standby (step S320). The system retrieves the setting information for standby to determine whether the second CDMA user identification module 240 12 200901737 performs standby operation. The standby setting information is stored in the existing memory (not shown) of the CDMA and PHS dual-mode mobile phones, and refers to the setting information of the memory stored by the CDMA user identification module. The memory itself can be a Flash Memory or an Erasable Erasable Pr〇grammable Read_〇nly
Memory ’ EEPROM )或可抹除可程式唯讀存儲器（ErasaMeMemory ' EEPROM ) or erasable programmable read only memory (ErasaMe
Programmable Read- Only Memory, EPROM)。 如果判斷的結果為否’則由一第一CDMA用戶識別模 組待機230,係利用一CDMA控制模組210控制其連接之第 一CDMA用戶識別模組230 (步驟S330)。 反之，若於步驟S320中的判斷結果為是時，則由第二 CDMA用戶識別模組240待機，係於一PHS裝置驅動層223 建立相互連接之一 PHS異步收發驅動模組2231與一 UIM與 PIM驅動模組2232，且PHS異步收發驅動模組2231以異步 收發（UART)規範與CDMA控制模組210之一CDMA裝置 驅動層213連通’以控制與UIM與PIM驅動模組2232連接 之第二CDMA用戶識別模組240 (步驟S340)。 請參照第4圖，其為第3圖之第一CDMA用戶識別模 組待機之細部流程圖。系統乃經由CDMA控制模組210之 CDMA應用層（CDMA Application Layer ) 211 輸出一控制 命令至CDMA裝置驅動層213 (步驟S331)。當CDMA控制 模組210經由CDMA應用層211發送控制命令時，係利用 13 200901737 CDMA協議棧（CDMA Protocol Stack) 212處理控制命令 並輸出經過處理之控制命令至CDMA裝置驅動層213。根據 此控制命令以利用CDMA裝置驅動層213取得第一 CDMA 用戶識別模組230之原始數據（Raw Data)(步驟S332)。 之後，CDMA裝置驅動層213再回傳原始數據至CDMA協 議棧212,並經由CDMA協議棧212處理此原始數據（步驟 S333 )。最後再回傳經過處理之原始數據至CDMA應用層 211 (步驟S334)。藉此完成CDMA控制模組210對第一 CDMA用戶識別模組230之控制與數據讀取，同時進入以 第一 CDMA用戶識別模組230為主之待機模式。 請參照第5圖，其為第3圖之第二CDMA用戶識別模 組待機之細部流程圖。系統係經由CDMA控制模組210之 CDMA應用層211輸出一控制命令至PHS異步收發驅動模 組2231 (步驟S341)。當系統經由CDMA控制模組210之 CDMA應用層211輸出一控制命令時，係利用CDMA控制 模組210之CDMA協議棧212處理控制命令並輸出，再利 用CDMA裝置驅動層213轉送控制命令至PHS異步收發驅 動模組2231。此控制命令自CDMA裝置驅動層213輸出時 ，係經由異步收發（UART)規範進行控制命令之傳送。之 後再利用PHS異步收發驅動模組2231解析控制命令並判斷 控制命令是否為有效的命令’若判斷為有效命令，則利用 UIM與PIM驅動模組2232控制並取得第二CDMA用戶識別 14 200901737 核組240之原始數據，透過PHS異步收發驅動模組2231與 CDMA裂置驅動層213回傳原始數據至CDMA控制模組210 之CDMA協議棧212 (步驟S342)。 在此之前，PHS控制模組220係依據此控制命令將其 運作時脈與操作電壓配置成符合第二CDMA用戶識別模組 240的電器特性規範，並將第二cdmA用戶識別模組240 初始化’以便於控制第二CDMA用戶識別模組240與進行 數據之傳輸。然而，由於PHS協議棧/PIM協議222操作第 二用戶識別模組240即是單工的串口操作，因此phs異步 收發驅動模組2231可部分取代PHS協議棧/PIM協議222與 PHS應用層221以透過UIM與PIM驅動模組2232來控制第 二用戶識別模組240。 而回傳原始數據之過程中，UIM與PIM驅動模組2232 先將原始數據傳送至PHS異步收發驅動模組2231，此PHS 異步收發驅動模組2231經由異步收發（UART)規範以通 過一定的波特率將原始數據傳送至CDMA裝置驅動層213 ’這時PHS控制模組220的作動即是起到中轉數據的作用 。之後CDMA裝置驅動層213再將原始數據傳送至CDMA 協議棧212。最後，經由CDMA協議棧212處理原始數據並 將經過處理的原始數據回傳至CDMA應用層211(步驟S343 )，CDMA應用層211係處理回傳之原始數據，進而完成 CDMA應用層211對第二CDMA用戶識別模組240之初步 15 200901737 控制，同時進入以第二CDMA用戶識別模組240為主的待 機模式。而使用者即可透過CDMA應用層211來控制第二 CDMA用戶識別模組240並進行數據之傳遞。 請參照第6圖，其為本發明一實施例之選擇並記錄第 一或第二CDMA用戶識別模組待機實施例之流程圖，係包 含下列之流程： 獲取並記錄以第一CDMA用户識別模組230或以第二 CDMA用戶識別模組240待機（步驟S410)。此步驟係具有 複數個不同之作法’最常見的作法有記錄旗標數據與儲存 待機設定資訊。 當用戶利用CDMA與PHS雙模手機下達切換或選擇以 第一CDMA用戶識別模組230或以第二CDMA用戶識別模 組240待機之控制命令時’系統會擷取到此控制命令並依 據控制命令包含之資訊以寫入一旗標數據或是將用戶想要 使用的第一CDMA用戶識別模組或第二CDMA用戶識別模 組之待機設定資訊儲存於記憶體中。 重置系統（步驟S420) ’當系統重置後（或是將⑶馗八 與PHS雙模手機重新開機）’會讀取記憶體中儲存的旗標數 據或是待機設定資訊’以判斷並驅動CDMA控制模組 讀取第一CDMA用戶識別模組230或第二CDMA用戶識別 模組240之原始數據，以進入第一 CDMA用戶識別模級23〇 或第二CDMA用戶識別模組240之待機模式。 16 200901737 綜上所述，本發明所提供之運用CDMA與PHS雙模手機 控制雙CDMA用戶識別模組之系統及其方法，可在不變更 硬體之前提下’透過CDMA控制模組、PHS異步收發驅動模 組與UIM與PIM驅動模組之間的配合以對第二CDMA用戶 識別模組進行控制’故使用者能對兩不同CDMA號碼之 UIM卡進行控制與切換待機模式’進而提供此CDMA與phs 雙模手機的實用性。 雖然本發明以前述之較佳實施例揭露如上，然其並非 用以限疋本發明，任何熟習相像技藝者，在不脫離本發明 之精神和範圍内，所作更動與潤飾之等效替換，仍為本發 明之專利保護範圍内。 【圖式簡單說明】 第1圖繪示先前技術之CDMA與PHS雙模手機之系統架構 圖； 第2圖繪示本發明之控制第一及第二CDMA用戶識別模組 實施例之系統架構圖； 第3圖繪示本發明之控制第一及第二CDMA用戶識別模組 待機實施例之流程圖； 第4圖繪示第3圖之第一 CDMA用戶識別模組待機之細部 流程圖； 第5圖繪示第3圖之第二CDMA用戶識別模組待機之細部 流程圖；以及 17 200901737 第6圖繪示本發明之選擇並記錄第一或第二CDMA用戶識 別模組待機實施例之流程圖。 【主要元件符號說明】 110 CDMA控制模組 111 CDMA應用層 112 CDMA協議棧 113 CDMA裝置驅動層 120 PHS控制模組 121 PHS應用層 122 PHS協議棧/PIM協議 123 PHS裝置驅動層 130 CDMA用戶識別模組 140 PHS用戶識別模組 210 CDMA控制模組 \ 211 CDMA應用層 212 CDMA協議棧 213 CDMA裝置驅動層 220 PHS控制模組 221 PHS應用層 222 PHS協議棧/PIM協議 223 PHS裝置驅動層 2231 PHS異步收發驅動模組 18 200901737 2232 UIM與PIM驅動模組 230 第一 CDMA用戶識別模組 240 卓一 CDMA用戶識別模組 步驟S310 執行系統初始化 步驟S320 判所疋否由一 PHS控制模組所連接之一第二 CDMA用戶識別模組待機 步驟S330 \ 利用一 CDMA控制模組控制其連接之第一 CDMA用戶識別模組 步驟S331 經由CDMA控制模組之CDMA應用層輸出一 控制命令至CDMA裝置驅動層。 步驟S332 利用CDMA裝置驅動層取得第—cdma用戶 識別模組之原始數據 步驟S333 回傳原始數據至CD·協議棧，並經由CDMa 協議棧處理此原始數據 (: 步驟S334 步驟S340 回傳經過處理之原始數據至CDMa應用層 一 PHS裝置驅動層建立相互連接之—ΡΗ^昱 步收發驅動模組與一刪與piM驅動模組， 且PHS異步收發驅動模組以異步收發規範與 CDMA控制模組之—CDMA裝置驅動層連 通，以控制與UIM與PIM驅純組連接之第 二CDMA用戶識別模組 步驟S341 經由CDMA控制模組之CDMA應用層輪出一 19 200901737 步驟S342 步驟S343 步驟S410 步驟S420 控制命令至PHS異步收發驅動模組。 利用PHS異步收發驅動模組解析控制命令並 判斷控制命令是否為有效的命令，若判斷為有 效命令，則利用UIM與PIM驅動模組控制並 取得第二CDMA用戶識別模組之原始數據， 透過PHS異步收發驅動模組與CDMA裝置驅 動層回傳原始數據至CDMA控制模組之 CDMA協議棧。 經由CDMA協議棧處理原始數據並將經過處 理的原始數據回傳至CDMA應用層 獲取並記錄以第一 CDMA用戶識別模組或以 第二CDMA用戶識別模組待機 重置系統 20Programmable Read- Only Memory, EPROM). If the result of the determination is no, then a first CDMA subscriber identity module standby 230 is used to control the first CDMA subscriber identity module 230 to which it is connected using a CDMA control module 210 (step S330). On the other hand, if the result of the determination in step S320 is YES, the second CDMA subscriber identity module 240 stands by, and a PHS device driver layer 223 establishes a PHS asynchronous transceiver driver module 2231 and a UIM. The PIM driver module 2232, and the PHS asynchronous transceiver driver module 2231 communicates with the CDMA device driver layer 213 of the CDMA control module 210 by an asynchronous transceiver (UART) specification to control the second connection with the UIM and the PIM driver module 2232. The CDMA subscriber identity module 240 (step S340). Please refer to FIG. 4, which is a detailed flowchart of the standby of the first CDMA subscriber identity module in FIG. The system outputs a control command to the CDMA device driver layer 213 via the CDMA Application Layer 211 of the CDMA control module 210 (step S331). When the CDMA control module 210 transmits a control command via the CDMA application layer 211, the control command is processed by the 13 200901737 CDMA Protocol Stack (212) and the processed control command is output to the CDMA device driver layer 213. According to the control command, the raw data (Raw Data) of the first CDMA subscriber identity module 230 is obtained by the CDMA device driver layer 213 (step S332). Thereafter, the CDMA device driver layer 213 returns the original data to the CDMA protocol stack 212 and processes the original data via the CDMA protocol stack 212 (step S333). Finally, the processed raw data is returned to the CDMA application layer 211 (step S334). Thereby, the control and data reading of the first CDMA subscriber identity module 230 by the CDMA control module 210 is completed, and the standby mode in which the first CDMA subscriber identity module 230 is dominant is entered. Please refer to FIG. 5, which is a detailed flowchart of the standby of the second CDMA subscriber identity module in FIG. The system outputs a control command to the PHS asynchronous transceiving drive module 2231 via the CDMA application layer 211 of the CDMA control module 210 (step S341). When the system outputs a control command via the CDMA application layer 211 of the CDMA control module 210, the control command is processed and output by the CDMA protocol stack 212 of the CDMA control module 210, and the control command is transferred to the PHS asynchronous by the CDMA device driver layer 213. Transceiver drive module 2231. When the control command is output from the CDMA device driver layer 213, the control command is transmitted via the asynchronous transceiver (UART) specification. Then, the PHS asynchronous transceiver driver module 2231 is used to parse the control command and determine whether the control command is a valid command. If it is determined to be a valid command, the UIM and PIM driver module 2232 are used to control and obtain the second CDMA user identification 14 200901737 core group. The original data of 240 is transmitted back to the CDMA protocol stack 212 of the CDMA control module 210 through the PHS asynchronous transceiver driver module 2231 and the CDMA split driver layer 213 (step S342). Prior to this, the PHS control module 220 configures its operating clock and operating voltage to conform to the electrical characteristic specification of the second CDMA subscriber identity module 240 according to the control command, and initializes the second cdmA subscriber identity module 240. In order to control the second CDMA subscriber identity module 240 and perform data transmission. However, since the PHS protocol stack/PIM protocol 222 operates the second subscriber identity module 240 to be a simplex serial port operation, the phs asynchronous transceiver driver module 2231 can partially replace the PHS protocol stack/PIM protocol 222 and the PHS application layer 221. The second user identification module 240 is controlled by the UIM and PIM driver module 2232. In the process of returning the original data, the UIM and PIM driver module 2232 first transmits the original data to the PHS asynchronous transceiver driver module 2231. The PHS asynchronous transceiver driver module 2231 passes a certain wave via the asynchronous transceiver (UART) specification. The special rate transmits the original data to the CDMA device driver layer 213'. At this time, the action of the PHS control module 220 functions as a relay data. The CDMA device driver layer 213 then transmits the raw data to the CDMA protocol stack 212. Finally, the original data is processed via the CDMA protocol stack 212 and the processed original data is returned to the CDMA application layer 211 (step S343), and the CDMA application layer 211 processes the returned original data, thereby completing the CDMA application layer 211 to the second. The preliminary 15 200901737 control of the CDMA subscriber identity module 240 simultaneously enters a standby mode based on the second CDMA subscriber identity module 240. The user can control the second CDMA subscriber identity module 240 through the CDMA application layer 211 and transmit data. Please refer to FIG. 6 , which is a flowchart of selecting and recording a standby embodiment of a first or second CDMA subscriber identity module according to an embodiment of the present invention, and includes the following processes: acquiring and recording a first CDMA subscriber identity module. The group 230 is either in standby with the second CDMA subscriber identity module 240 (step S410). This step has a number of different practices. The most common practice is to record flag data and store standby settings. When the user uses the CDMA and PHS dual-mode mobile phone to make a handover or select a control command to wait for the first CDMA subscriber identity module 230 or the second CDMA subscriber identity module 240, the system will retrieve the control command and according to the control command. The information is included to write a flag data or store the standby setting information of the first CDMA subscriber identity module or the second CDMA subscriber identity module that the user wants to use in the memory. Reset the system (step S420) 'When the system is reset (or (3) 馗8 and PHS dual-mode mobile phone re-boot) 'will read the flag data stored in the memory or standby setting information' to judge and drive The CDMA control module reads the original data of the first CDMA subscriber identity module 230 or the second CDMA subscriber identity module 240 to enter the standby mode of the first CDMA subscriber identity module 23 or the second CDMA subscriber identity module 240. . 16 200901737 In summary, the system and method for controlling dual CDMA subscriber identity module using CDMA and PHS dual-mode mobile phones provided by the present invention can be implemented by transmitting CDMA control module and PHS asynchronously without changing the hardware. The cooperation between the transceiver driver module and the UIM and the PIM driver module controls the second CDMA subscriber identity module. Therefore, the user can control and switch the standby mode of the UIM card of two different CDMA numbers to provide the CDMA. The utility of a dual-mode phone with phs. While the present invention has been described above in terms of the preferred embodiments thereof, it is not intended to limit the scope of the present invention, and the equivalents of the modification and retouching are still possible without departing from the spirit and scope of the invention. It is within the scope of patent protection of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a system architecture diagram of a prior art CDMA and PHS dual-mode mobile phone; FIG. 2 is a system architecture diagram of an embodiment of the present invention for controlling first and second CDMA subscriber identity modules. Figure 3 is a flow chart showing the standby embodiment of the first and second CDMA subscriber identity modules of the present invention; and Figure 4 is a flow chart showing the details of the standby of the first CDMA subscriber identity module of Figure 3; 5 is a flow chart showing the standby of the second CDMA subscriber identity module in FIG. 3; and 17 200901737 FIG. 6 is a flow chart showing the selection and recording of the standby embodiment of the first or second CDMA subscriber identity module according to the present invention. Figure. [Major component symbol description] 110 CDMA control module 111 CDMA application layer 112 CDMA protocol stack 113 CDMA device driver layer 120 PHS control module 121 PHS application layer 122 PHS protocol stack / PIM protocol 123 PHS device driver layer 130 CDMA user identification mode Group 140 PHS subscriber identity module 210 CDMA control module \ 211 CDMA application layer 212 CDMA protocol stack 213 CDMA device driver layer 220 PHS control module 221 PHS application layer 222 PHS protocol stack / PIM protocol 223 PHS device driver layer 2231 PHS asynchronous Transceiver driver module 18 200901737 2232 UIM and PIM driver module 230 First CDMA subscriber identity module 240 Zhuoyi CDMA subscriber identity module step S310 Perform system initialization step S320 to determine whether one of the PHS control modules is connected The second CDMA subscriber identity module standby step S330 \ uses a CDMA control module to control the connected first CDMA subscriber identity module step S331 to output a control command to the CDMA device driver layer via the CDMA application layer of the CDMA control module. Step S332: Using the CDMA device driver layer to obtain the original data of the first cdma subscriber identity module, step S333, returning the original data to the CD· protocol stack, and processing the original data via the CDMa protocol stack (step S334, step S340, returning and processing) The original data is connected to the CDMa application layer, and the PHS device driver layer is connected to each other. The 收发^昱step transceiver driver module and a piM driver module are connected, and the PHS asynchronous transceiver driver module is asynchronously transceived and the CDMA control module is used. - the CDMA device driver layer is connected to control the second CDMA subscriber identity module connected to the UIM and the PIM drive pure group. Step S341 is rotated through the CDMA application layer of the CDMA control module. 19 200901737 Step S342 Step S343 Step S410 Step S420 Control Command to the PHS asynchronous transceiver driver module. Use the PHS asynchronous transceiver driver module to parse the control command and determine whether the control command is a valid command. If it is determined to be a valid command, the UIM and PIM driver module are used to control and obtain the second CDMA user. Identifying the original data of the module, and transmitting the original data through the PHS asynchronous transceiver driver module and the CDMA device driver layer to The CDMA protocol stack of the CDMA control module processes the original data via the CDMA protocol stack and transmits the processed original data back to the CDMA application layer for acquisition and recording with the first CDMA subscriber identity module or with the second CDMA subscriber identity module. Reset system 20