200425707 久、:卿說 說給魏4獅：‘々翁辦簾雖 (發明說明應敘明：發明所屬之技術領域、先前技術、內容、實施方式及圖式簡單說明）-一、發明所屬之技術領域 ^ 本發明係關於一種行動通訊裝置及其執行方法，尤指 一種適用於全球行動通訊系統（Global System for Mobile 5 communication，GSM)中用以控制本機識別碼發送狀態之 行動通訊裝置及其執行方法。 二、先前技術 按，隨著通訊科技不斷演進，促使近年來行動電話功 10 能日益趨於多元化同時兼具便利性與實用性，且在通訊品 質提升、通話價格下降的影響之下，行動電話已越來越普 及、逐漸成為現代人日常生活中不可或缺的必需品，大幅 改善了大眾的行動生活。 目前傳統行動電話大多均具有來電顯示功能，亦即在 15 受話方（called party)行動電話的螢幕上可顯示出發話方 (calling party)行動電話之號碼，以利受話方在接聽行動電 話之前，先由來電顯示之號碼據以判斷發話方之身份，亦 可根據來電顯示號碼來決定是否要接聽電話，因而對行動 電話使用者之日常生活增加許多便利。 20 然而，由於傳統行動電話大多係預設於撥號時自動發 送出本機號碼，極易導致使用者之個人行動電話號碼流落 到陌生人、或營利機構手中，進而影響個人隱私。 據此，習知係有業者開發出直接將行動電話鎖定為不 顯示本機號碼之功能，以保障行動電話使用者之權益，然 25 而如此一來，雖可免於將本機號碼洩漏的問題，卻同時會 5 200425707 造成發話給親朋好友時，對方無法看到來電顯示號碼的情 形，而增加對方困擾；雖然，使用者可依據全球行動通訊 系統（Giobal System for Mobile c〇m_icati〇ns，仍⑷的規 格’在撥號時加撥代碼『#31#』，就能於該次通話關閉本 5機號碼，達到保障個人隱私的目的，但缺點是使用者必須 在每次撥號時記住需加撥代碼，否則將無法達到隱藏本機 號碼的目的，而使撥號動作變得較為麻煩，並非十分理想。 由此可知，習知行動電話之設計仍存在有諸多缺失而有。予 以改進之必要。 10 三、發明内容 本發明之主要目的係在提供—種控制本機識別碼發 送狀態之行動通訊裝置及其執行方法，係使用行動通訊裝 置中之通訊資料庫來作為智慧判斷單元的依據，以當使用 15者輸入撥號識別瑪欲進行通訊連線時，可將其與通訊資料 庫中之預存識別碼進行比對來決定是否發送本機識別碼， 俾以兼具使用便利性及保密性。 - 本發明之另-目的係在提供—種_本機識別碼發 送狀態之行動通訊裝置及其執行方法，係能直接應用於既 2〇有之行動通訊裝置中，俾以降低開發成本。 為達成上述目的，依據本發明之一特色，係提出一種 控制本機識別碼發送狀態之行動通訊裝置，其至少包括有 -行動通訊模組、-通訊資料庫、—輸人模組、以及一微 處理器。其中’通訊資料庫係儲存複數組預存識別碼；輸 200425707 入杈組係供使用者輸入進而產生一組撥號識別碼以連線至 $所對應之通訊模組；微處理器則比對撥號識別碼與通訊 身料庫中之預存識別碼，若通訊資料庫中並未健存撥號識 別碼之資料，則鎖定行動通訊裝置之本機識別碼以控制行 5動通訊模組在進行通訊連線時不發送本機識別碼。 、、依據本發明之另-特色，所提出之控制本機識別碼發 送狀之方法係應用於一行動通訊裝置中，該行動通訊裝 置具有一儲存有複數組預存識別碼之通訊資料庫及一定義 有獨一無二之本機識別碼的用戶識別卡，該方法主要包 10括下列步驟·⑷輸人—組欲進行通訊連線之撥號識別碼； (^)比對該撥號識別碼與該通訊資料庫中之預存識別碼；（〇 若通訊資料庫並未儲存此撥號識別碼資料，則鎖定行動通 A裝置之本機識別碼以於進行通訊連線時不發送本機識別 馬，以及，（D)根據撥號識別碼進行通訊連線。 ί5 本發明之執行過程可以藉由軟體程式完成，因此本發 月可以以電月旬语言冑寫程式後再載入一電腦可讀取記錄媒 體中，該記錄媒體可以是IC晶片、硬碟、光碟或其他可言己 錄軟體程式之物品，較佳地係將其載入一隨機存取記憶體 (RAM)俾易於更新。 20 四、實施方式 為能讓貴審查委員能更瞭解本發明之技術内容，特 舉二較佳具體實施例說明如下。 200425707 、 凊先參閱圖1本發明實施例之功能方塊圖，其顯示本200425707 Jiu Qing: Talking to Wei 4 Lions: 'Weng Weng Office Curtains (The description of the invention should be stated: the technical field to which the invention belongs, the prior art, the content, the embodiments and the drawings are briefly explained)-I. The invention belongs to TECHNICAL FIELD The present invention relates to a mobile communication device and an implementation method thereof, and more particularly to a mobile communication device suitable for controlling the sending status of a local identification code in a Global System for Mobile 5 communication (GSM) and Its execution method. 2. The previous technology, with the continuous evolution of communication technology, in recent years, mobile phone functions have become increasingly diversified and have both convenience and practicality. Under the influence of improved communication quality and reduced call prices, mobile Telephone has become more and more popular, and it has gradually become an indispensable necessity in the daily life of modern people, which has greatly improved the mobile life of the public. At present, most traditional mobile phones have a caller ID function, that is, the number of the calling party mobile phone can be displayed on the screen of the called party mobile phone, so that the called party can receive the mobile phone before answering the mobile phone. The caller ID number is used to determine the identity of the caller. The caller ID number can also be used to determine whether to answer the call, which adds a lot of convenience to the daily life of mobile phone users. 20 However, since traditional mobile phones are mostly preset to automatically send out local numbers when dialing, it is very easy to cause users' personal mobile phone numbers to flow to strangers or for-profit organizations, thereby affecting personal privacy. According to this, the industry has developed a function to directly lock the mobile phone to not display the local number to protect the rights and interests of mobile phone users. However, in this way, although it is possible to avoid the leakage of the local number The problem is that at the same time, 5 200425707 will cause the other party to see the caller ID number when speaking to relatives and friends, which will increase the distress of the other party; although, users can use the Global Mobile Communication System (Giobal System for Mobile comm_icati〇ns, The standard still “when you add the code" # 31 # "when dialing, you can turn off the number of this 5 phone during the call, to achieve the purpose of protecting personal privacy, but the disadvantage is that the user must remember the need to Adding a dial code, otherwise, the purpose of hiding the local number will not be achieved, and the dialing operation becomes more cumbersome, which is not very ideal. From this, we can see that there are still many shortcomings in the design of the known mobile phone. The need for improvement 10 III. SUMMARY OF THE INVENTION The main object of the present invention is to provide a mobile communication device that controls the sending status of the local identification code and its execution method. It uses the communication database in the mobile communication device as the basis for the intelligent judgment unit. When 15 people enter the dial-up identification mark for communication connection, it can be compared with the pre-stored identification code in the communication database. Decide whether to send the local identification code, so as to have both convenience and confidentiality.-Another purpose of the present invention is to provide a mobile communication device with a sending status of the local identification code and its execution method, which can directly It is applied to existing mobile communication devices to reduce development costs. In order to achieve the above purpose, according to a feature of the present invention, a mobile communication device that controls the sending status of the local identification code is proposed, which includes at least- Mobile communication module,-communication database,-input module, and a microprocessor. Among them, the 'communication database stores a pre-stored identification code of a complex array; the input group 200425707 is for user input to generate a set of dials. The identification code is connected to the corresponding communication module of $; the microprocessor compares the dialing identification code with the pre-stored identification code in the communication database. There is no data of the dialing identification code stored in the database, so the local identification code of the mobile communication device is locked to control the mobile communication module not to send the local identification code during the communication connection. -Features, the proposed method for controlling the sending of local identification codes is applied to a mobile communication device, the mobile communication device has a communication database storing a plurality of pre-stored identification codes and a unique local identification defined Code user identification card, the method mainly includes the following steps: Enter the dial-up identification code for the group to communicate with; (^) compare the dial-up identification code with the pre-stored identification code in the communication database; (〇 If the communication database does not store this dialing identification code data, lock the local identification code of the Mobile Communication A device so that the local identification horse is not sent during the communication connection, and (D) according to the dialing identification code Communication connection. ί5 The execution process of the present invention can be completed by software programs, so this month can be written in the language of the electric month and then loaded into a computer-readable recording medium. The recording medium can be an IC chip, a hard disk, An optical disc or other item that can be recorded with a software program is preferably loaded into a random access memory (RAM), which is easy to update. 20 IV. Implementation Modes To enable your review committee to better understand the technical content of the present invention, the second preferred embodiment is described below. 200425707, first refer to FIG. 1 for a functional block diagram of an embodiment of the present invention, which shows the present
實轭例之行動通訊裝置丨係包括有一微處理器丨1、一 GSM 模組（即行動通訊模組）12、一輸入模組13、一顯示模組14、 一音源模組15、以及一通訊資料庫16，且各元件模組間係 以匯流排101連通。其中，行動通訊裝置丨較佳為一行動電 話1 〇 ; GSM模組i 2配設有-符合全球行動通訊系統（Gl〇bai System for Mobile communicati〇n，GSM)規範之用戶識別 卡（Subscriber Identity Module，SIM)121 ,其定義有一獨一 無二之本機識別碼（即行動電話門號），以利行動電話1〇在 GSM系統t取得通訊網絡服務；輸人模組13較佳係為一組 鍵盤（至少包括數字鍵、劉覽鍵、及確認鍵），亦可為一觸 控式螢幕，俾供使用者輸人—組撥號識別碼以連線至撥號 識別碼所對應之受話方通訊裝置2〇，例如為行動電話、室 10 15 内電活、或呼叫器···等；顯示模組14較佳為一液晶顯示營 幕，音源模組15係用以處理語音資料。 此外通汎負料庫16係儲存有複數組預存識別碼以形 成-電話薄’於本實施例中，預存識別碼即為使用者親朋 好友之聯絡通訊號碼，包括行動電話門號、室内電話號碼、 及呼叫器號碼···等，且每—預存識別碼皆分敎義為發送 屬性或鎖定屬性，其中，發送屬性係定義gsm模組12於進 行通訊連線時可發㈣本機制碼，敎屬性狀義GSM 模組12在進行通訊連線時鎖冑本機識別石馬；本實施例之通 訊資料庫16亦儲存有行動電話1()之歷史通話紀錄，例如未 接來電、已接來電、或已撥電話所對應之識別碼資料，以 20 200425707 供使'用者直接自歷史通話記錄中選取撥號識別碼、進而省 去逐字鍵入識別碼之繁項步驟；當然，通訊資料庫16亦可 儲存行動電話10所接收之簡訊··等資料。 接著請一併參閱圖2本實施例用以控制本機識別碼發 5送狀態之流程圖。當欲進行通訊連線時，使用者將透過行 動電話10(相當於發話方）之輸入模組13輸入受話方通訊裝 置20之撥號識別碼（步驟S2〇1)，其中，撥號識別碼可以是 使用者逐鍵輸入之號碼、或為自通訊資料庫16之歷史通話 圮錄中所選取之號碼；當使用者按下輸入模組13上之『確 10認』鍵後以欲進行連線時（步驟S202)，微處理器u將先比 對撥唬識別碼與通訊資料庫丨6中所儲存之預存識別碼（步 驟S203)，若比對出通訊資料庫丨6之電話薄内並未儲存撥號 識別碼資料（步驟204)，則通常表示此撥號識別碼並非使用 者所熟悉的親朋好友之聯絡號碼，因此，為了避免讓受話 15方通訊裝置20取得行動電話10之本機識別碼，微處理器11 將自動鎖定本機識別碼（步驟S2〇5);之後再由gsm模組12 根據鎖定後之撥號識別碼與受話方通訊裝置2〇進行連减 (步驟S206)，以控制GSM模組12不發送本機識別碼而達成 保密目的。由於本實施例之行動電話1〇係符合GSM規格， 20因此於步驟S2〇5中，微處理器11係藉由在本機識別碼中加 上『#31#』來鎖定本機識別碼。 此外’於步驟S204中，若比對出撥號識別碼與其中一 紐·預存識別碼相符，且預存識別碼係定義為發送屬性（步驟 S2〇7)’則微處理器11將開放行動電話1〇之本機識別碼以控 200425707 制GSM模組12在進行通訊連、線時發送出本機識別碼（步驟 S206)’使得受話方通訊裝置2〇之顯示模組上可顯示出行動 電話10之本韻別碼；反之’若預存朗碼係定義為鎖定 屬性（步驟S207)，則執行步驟S2〇5。 5 於第一實施例中，微處理器11必須先將撥號識別碼與 預存識別碼進行比對後，才能判斷控制GSM模組丨2發送或 鎖疋本機識別碼，然而，若使用者係直接自通訊資料庫i 6 的電話薄中選取撥號識別碼，則微處理器i丨將可省略比對 步驟，其流程係如圖3所示，亦即當使用者透過輸入模組13 1〇選疋一組預存識別碼作為撥號識別碼（步驟S3〇丨）並按下 『確認』鍵（步驟S302)後，微處理器u將可直接藉由判斷 撥號識別碼之屬性（步驟S303)，以決定需鎖定本機識別碼 (步驟S304)或直接發送本機識別碼（步驟S305)。 當然亦可將行動電話10簡化設計為只要撥號識別碼 15儲存於通訊資料庫16之電話薄中就發送本機識別碼，如此 一來，預存識別碼將不需定義屬性來區分其為發送群組或 鎖定群組，因而可省略判斷撥號識別碼屬性之步驟，其戒 程將如圖4所示，亦即當使用者透過輸入模組13輸入撥號識 別碼後（步驟S401)並按下『確認』鍵（步驟S402)後，由微 2〇 處理器11比對撥號識別碼與預存識別碼（步驟S4〇3);若電 話薄並未儲存撥號識別碼資料（步驟S404)，則先鎖定本機 識別碼（步驟S405)後才由GSM模組12進行連線（步驟 S406);反之直接執行步驟S4〇6。 10 200425707 根據上述之說明’本發明t控f本機識別碼發送狀態、 - 之打動通訊裝置及其執行方法，係直接採用行動通訊裝置 中之通訊資料庫來作為智慧判斷單元的依據，以當使用者 輸入撥號識別碼欲進行通訊連線時，可將其與通訊資料庫 5中之預存識別碼進行比對來決定是否要發送本機識別瑪， 以達成兼顧使用便利性與保密性之目的；且本發明可應用 於既有行動通訊裝置中，毋須增添新硬體，實為一大進步。 本發明之控制本機識別碼發送狀態之方法可以電腦 語言寫成以便執行，而該寫成之軟體程式可以儲存於任何 « 1〇微處理單元可以辨識、解讀之紀錄媒體，或包含有該紀錄 媒體之物品及裝置。其不限為任何形式，該物品㈣為_ 隨機存取記憶體（RAM)，亦可為IC晶片、cd、cd_r、m〇、 硬碟磁片、軟碟磁片，或任何熟悉此項技藝者所可使用之 包含有該紀錄媒體之物品。由於本發明之控制本機識別碼 Μ發送狀態之行動通訊裝置及其執行方法已揭露完整，因此 任何熟悉電腦語言者閱讀本發明說明書即知如何撰寫軟體 程式’故有關軟體程式細節部分不在此贅述。 …· 上述實施例僅係為了方便說明而舉例而已，本發明所 主張之權利範圍自應以申請專利範圍所述為準，而非僅限 2〇 於上述實施例。 五、圖式簡單說明 圖1係本發明一較佳實施例之功能方塊圖。 圖2係本發明第一實施例之流程圖。 11 200425707 圖3係本發明第二實施例之流程圖。 圖4係本發明第三實施例之流程圖。 六、圖號說明 5 行動通訊裝置1 微處理器11 輸入模組13 通訊資料庫16 行動電話10 匯流排101 GSM 模組 12 SIM 卡 121 顯示模組14 音源模組15 受話方通訊裝置20The mobile communication device of the actual yoke example includes a microprocessor, a GSM module (ie, a mobile communication module) 12, an input module 13, a display module 14, a sound source module 15, and a The communication database 16 is connected to each other by a bus bar 101. Among them, the mobile communication device 丨 preferably a mobile phone 10; the GSM module i 2 is equipped with a subscriber identity card (Subscriber Identity) that complies with the Global System for Mobile Communicati (GSM) specification. Module (SIM) 121, which defines a unique local identification code (ie, mobile phone door number), so that the mobile phone 10 can obtain the communication network service in the GSM system t. The input module 13 is preferably a set of keyboards. (Including at least the number keys, the Liu key, and the confirmation key). It can also be a touch screen for the user to enter—a dial-up identification code to connect to the recipient's communication device corresponding to the dial-up identification code. 2 〇 For example, it is a mobile phone, an electrical activity in the room 10 15, or a pager ... etc .; the display module 14 is preferably a liquid crystal display screen, and the sound source module 15 is used to process voice data. In addition, the universal negative material store 16 stores a complex array of pre-stored identification codes to form a-phone book. In this embodiment, the pre-stored identification codes are the contact communication numbers of the family and friends of the user, including mobile phone door numbers and indoor phone numbers. , And pager number, etc., and each of the pre-stored identification codes is defined as a sending attribute or a locking attribute. Among them, the sending attribute defines that the gsm module 12 can send this mechanism code when performing a communication connection.敎 Property status GSM module 12 locks the local machine when it communicates. The communication database 16 of this embodiment also stores the historical call records of mobile phone 1 (), such as missed calls, received calls, etc. The information of the identification code corresponding to the incoming call or dialed call is provided by 20 200425707, so that the user can directly select the dialing identification code from the historical call log, thereby eliminating the complicated steps of typing the identification code verbatim; of course, the communication database 16 can also store the information received by the mobile phone 10 and other information. Please refer to FIG. 2 together for a flowchart of controlling the sending status of the local identification code in this embodiment. When communication connection is desired, the user will input the dial-up identification code of the recipient's communication device 20 through the input module 13 of the mobile phone 10 (equivalent to the caller) (step S201). The dial-up identification code may be The number entered by the user key-by-key, or the number selected in the historical call record from the communication database 16; when the user presses the "OK 10" button on the input module 13 to connect (Step S202), the microprocessor u will first compare the bluff identification code with the pre-stored identification code stored in the communication database 丨 6 (step S203). When storing the dialing ID data (step 204), it usually means that the dialing ID is not the contact number of the relatives and friends with whom the user is familiar. Therefore, in order to prevent the called party 15 communication device 20 from obtaining the local ID of the mobile phone 10, The microprocessor 11 will automatically lock the local identification code (step S205); thereafter, the gsm module 12 will perform continuous reduction with the called party's communication device 20 according to the locked dial identification code (step S206) to control the GSM Module 12 does not send Machine identification code to achieve privacy purposes. Since the mobile phone 10 in this embodiment conforms to the GSM specification, 20, in step S205, the microprocessor 11 locks the local identification code by adding "# 31 #" to the local identification code. In addition, in step S204, if the dial-up identification code is matched with one of the buttons and the pre-stored identification code, and the pre-stored identification code is defined as the transmission attribute (step S207), the microprocessor 11 will open the mobile phone 1 〇The local identification code is to control the 200425707 system GSM module 12 to send out the local identification code when performing communication connection and line (step S206) 'so that the display module of the recipient's communication device 20 can display the mobile phone 10 The original rhyme code; otherwise, if the pre-stored long code is defined as the locked attribute (step S207), step S205 is performed. 5 In the first embodiment, the microprocessor 11 must first compare the dialing identification code with the pre-stored identification code before determining to control the GSM module 丨 2 to send or lock the local identification code. However, if the user Directly select the dialing identification code from the phone book of the communication database i 6, then the microprocessor i 丨 can omit the comparison step. The process is shown in FIG. 3, that is, when the user passes the input module 13 1〇 After selecting a set of pre-stored identification codes as the dialing identification code (step S3〇 丨) and pressing the "OK" button (step S302), the microprocessor u can directly determine the attributes of the dialing identification code (step S303). To determine whether to lock the local identification code (step S304) or directly send the local identification code (step S305). Of course, the mobile phone 10 can also be simplified and designed to send the local identification code as long as the dialing identification code 15 is stored in the phone book of the communication database 16. In this way, the pre-stored identification code does not need to define attributes to distinguish it as a sending group Group or locked group, so the step of judging the attributes of the dialing identification code can be omitted, and its command line will be as shown in FIG. 4, that is, after the user enters the dialing identification code through the input module 13 (step S401) and press " After confirming "(step S402), the micro 20 processor 11 compares the dialing identification code with the pre-stored identification code (step S403); if the phonebook does not store the dialing identification code data (step S404), it is locked first After the local identification code (step S405), the GSM module 12 is connected (step S406); otherwise, step S406 is directly performed. 10 200425707 According to the above description, 'the present invention t control f local identification code sending status,-the impressed communication device and its execution method, the communication database in the mobile communication device is directly used as the basis for the intelligent judgment unit. When the user enters the dialing identification code for communication connection, he can compare it with the pre-stored identification code in the communication database 5 to decide whether to send the local identification code, so as to achieve the purpose of taking convenience and confidentiality into consideration. The invention can be applied to existing mobile communication devices without adding new hardware, which is a great progress. The method for controlling the sending status of the local identification code of the present invention can be written in a computer language for execution, and the written software program can be stored in any recording medium that can be recognized and interpreted by the micro processing unit, or a recording medium containing the recording medium. Articles and devices. It is not limited to any form, the item is _ random access memory (RAM), it can also be IC chip, cd, cd_r, m0, hard disk, floppy disk, or any familiar with this technology Articles which can be used by the owner include the recording medium. Since the mobile communication device for controlling the sending status of the local identification code M of the present invention and the execution method thereof have been disclosed in full, anyone who is familiar with computer languages will know how to write a software program after reading the description of the invention. Therefore, the details of the software program are not described here . … · The above embodiments are just examples for convenience of explanation. The scope of the rights claimed in the present invention shall be based on the scope of the patent application, rather than being limited to the above embodiments. V. Brief Description of Drawings Figure 1 is a functional block diagram of a preferred embodiment of the present invention. FIG. 2 is a flowchart of the first embodiment of the present invention. 11 200425707 FIG. 3 is a flowchart of a second embodiment of the present invention. FIG. 4 is a flowchart of a third embodiment of the present invention. 6. Description of drawing number 5 Mobile communication device 1 Microprocessor 11 Input module 13 Communication database 16 Mobile phone 10 Bus 101 GSM module 12 SIM card 121 Display module 14 Sound source module 15 Receiver communication device 20
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