201008224 九、發明說明： 【發明所屬之技術領域】 ' 本發明涉及一種手機及其鬧鐘管理方法。 【先前技術】 隨著通訊技術的發展，各類用於通訊的電子產品成本 越來越低，市場價格也隨之下降，從而得以更普遍地應用， 例如，手機的普及率越來越高，如今手機已成為目前普及 使用的通訊模組，其可以用來交流資訊及聯繫感情等，成 為廣大用戶曰常生活中不可缺少的通訊工具。 手機的功能也日益強大，鬧鐘功能已經成為每款手機 必有的功能，用戶可以定制鬧鐘提醒自己起床或者其他日 常安排。目前，手機也相繼加入貪睡功能，但是在日常使 用中還是會發生這樣的情況，例如：設好鬧鐘後，因為手 機沒電，而鬧鐘不響；又或者鬧鈴響後，用戶在睡夢中不 小心按到取消鍵而不能成功叫醒用戶。 Φ 【發明内容】 鑒於以上内容，有必要提供一種手機及其鬧鐘管理方 法，可以有效提醒用戶當前待處理的事情。 一種手機，該手機包括一個移動感應裝置和鬧鐘管理 系統，所述鬧鐘管理系統包括：提示模組，用於當用戶所 設定的鬧鐘時間已到，透過用戶設定的鬧鈐方式提醒用 戶，並提供確定選項和再響選項供用戶選擇；若用戶選擇 再響選項，該提示模組隔幾分鐘後再次以設定的鬧鈴方式 提醒用戶；判斷模組，用於若用戶選擇確定選項，判斷一 201008224 • 定時間範圍内是否還另設定有至少一次鬧鐘，若另設定有 至少一次鬧鐘，等待該鬧鐘時間到時，提示模組以設定的 ‘ 鬧鈴方式提醒用戶；啟動模組，用於當所述一定時間範圍 * 内沒有另設定任何鬧鐘，啟動移動感應裝置；及所述提示 模組，還用於當所述移動感應裝置在規定時間内沒有感應 到手機有持續或者間斷性的移動時，發出微音警示。 一種手機鬧鐘管理方法，該方法包括如下步驟：（a ) 透過設定的鬧鈴方式提醒用戶其所設定的鬧鐘時間已到； ® (b)提供確定選項和再響選項供用戶選擇，若用戶選擇再 響選項，轉至步驟a，若用戶選擇確定選項，進入步驟c;(c) 判斷一定時間範圍内是否還另設定有至少一次鬧鐘，若另 設定有至少一次鬧鐘，轉至步驟a ;若沒有另設定任何鬧 鐘，進入步驟d ; (d)啟動移動感應裝置；及（e)若該移 動感應裝置在規定時間内沒有感應到手機有持續或者間斷 性的移動時，發出微音警示，若該移動感應裝置在規定時 Ο 間内感應到手機有持續或者間斷性的移動，結束流程。 相較於習知技術，所述手機及其鬧鐘管理方法，結合 手機剩餘電量的管理避免鬧鐘無法啟動，並利用移動感應 功能，確保手機鬧鐘成功提醒使用者需要處理的事情。 【實施方式】 如圖1所示，是本發明手機較佳實施例的硬體架構 圖。該手機包括：鬧鐘管理系統100和一個移動感應裝置 2,該手機1具有鬧鐘功能。該移動感應裝置2用於記錄手 機1 一定時間内的移動頻率，若在規定時間内（如一分鐘 201008224 1有持續或者間斷性的移動，則判斷該用戶已 '' 1 °醒’否則判斷剌戶可能還在睡覺，該手機1 的鬧鐘繼續以響鈴或者震動叫醒用戶。覺編1 你所不，疋圖1中鬧鐘管理系統1QG的較佳實施 且圖。所述模組是具有特定功能的軟體程式 :雷2 電腦可讀存儲介質或其他存儲設備，可 2腦或其他包含處理器的計算裝置執行，從而完成管理 機鬧鐘的系職程。所述手機管理线_包括：接收 =:計算模組12、判斷模組14、提示模組16及啟動 &接收模，组ίο用於接收用戶所設定的鬧鐘資訊該鬧鐘 —貝訊包括：鬧鐘時間、鬧鐘顯示事項、鬧鈴方式等，所述 鬧鈐方式包括響鈐、震動等。 μ計算她12祕當躲完用戶設定關鐘資訊後，計 鼻該手機1的當前電量。 岁J斷模、.且14用於根據當前的時間和所設定的鬧鐘時 間的時^及計算模組12所計算的當前電#，騎該手機 1的電量疋否充足。所述電量充足是指剩餘電量可以支援 鬧鐘響起或者震.該判斷模組14還用於判斷用戶是否使 用大耗電量的手機程式，如··通話、遊戲等。 提示模組16用於當所述手機i的電量不充足時，提示 用戶關機或者充電。當用戶所設定的鬧鐘時間已到，該提 示模組16用於透過響鈴或者震動的方式提示用戶。當鬧鐘 響後，該提示模組16還提供確定選項和再響選項供用戶選 201008224 ' 擇。 所述判斷模組14還用於判斷用戶是選擇“確定”選項 ' 還是“再響”選項。若用戶選擇“確定”選項，該判斷模組14 * 判斷一定時間範圍内是否還另設定有至少一次鬧鐘。本實 施例中判斷30分鐘内是否另設定有鬧鐘，若30分鐘内至 少另設定有一次鬧鐘，則等待下次鬧鐘時間。 啟動模組18用於當所述一定時間範圍沒有設定任何 鬧鐘，啟動移動感應裝置2。 m 所述提示模組16還用於當所述移動感應裝置2在規定 時間内沒有感應到手機1有持續或者間斷性的移動時，發 出微音警示，並提供“確定”選項和“再響”選項供用戶選 擇。所述規定時間可以由用戶自行設定，本實施例中該規 定時間為1分鐘，即當1分鐘内所述移動感應裝置2沒有 感應到手機1有持續或者間斷性的移動時，該提示模組16 發出微音警示。 φ 如圖3所示，是設置鬧鐘時本發明手機鬧鐘管理方法 較佳實施例的作業流程圖。 步驟S30,接收模組10接收用戶所設定的鬧鐘資訊， 該鬧鐘資訊包括：鬧鐘時間、鬧鐘顯示事項、鬧鈴方式等， 該鬧鐘方式包括響鈴、震動等。 步驟S32，當接收完用戶設定的鬧鐘資訊後，計算模 組12計算該手機1的當前電量。 步驟S34,判斷模組14根據當前的時間和所設定的鬧 鐘時間的時間差及計算模組12所計算的當前電量，判斷該 201008224 ' 手機1的電量是否充足。所述電量充足是指剩餘電量可以 支援鬧鐘響起或者震動。當所述手機1的電量充足時，直 接進入步驟S38。 * 步驟S36，當所述手機1的電量不充足時，提示模組 16提示用戶關機或者充電，進入步驟S38。 步驟S38，該手機1進入電量監控模式後，判斷模組 14判斷用戶是否使用大耗電量的手機程式，如：通話、遊 戲等。若用戶使用了大耗電量的手機程式，轉至步驟S32。 ^ 若用戶沒有使用大耗電量的手機程式，進入步驟S40。 步驟S40，所述手機1進入電量監控模式。 如圖4所示，是鬧鐘時間到後本發明手機鬧鐘管理方 法較佳實施例的作業流程圖。 步驟S51，當用戶所設定的鬧鐘時間已到，提示模組 16透過響鈐或者震動的方式提示用戶。 步驟S53，所述判斷模組14判斷用戶是選擇“確定”選 φ 項還是“再響”選項。若用戶選擇“確定”選項，進入步驟 S55。當用戶選擇“再響”選項時，轉至步驟S51，幾分鐘後 繼續以響鈴或者震動的方式提醒用戶。 步驟S55,該判斷模組14判斷一定時間範圍内是否還 另設定有至少一次鬧鐘。若所述一定時間範圍内還另設定 有至少一次鬧鐘，轉至步驟S51，等待下次鬧鐘時間。本 實施例中判斷30分鐘内是否另設定有鬧鐘，若30分鐘内 至少另設定有一次鬧鐘，則等待下次鬧鐘時間。 步驟S57，當所述一定時間範圍沒有設定任何鬧鐘， 11 201008224 · ' 啟動模組18啟動移動感應裝置2。 步驟S59，判斷所述移動感應裝置2感應手機1在規 定時間内是否持續或者間斷性的移動。當所述移動感應裝 ' 置2感應到手機1在規定時間内有持續或者間斷性的移動 時，結束流程。所述規定時間可以由用戶自行設定，本實 施例中該規定時間為1分鐘。 步驟S61，當所述移動感應裝置2在規定時間内沒有 感應到手機1有持續或者間斷性的移動時，所述提示模組 16發出微音警示，並提供“確定”選項和‘‘再塑，，選項供用戶 選擇。 曰 步驟S63,判斷模組14判斷用戶選擇“確定，，選項還是 “再響”選項。若用戶選擇“確定，，選項，結束流程。若用戶 選擇“再響”選項’轉至步驟S51。 綜上所述，本發明符合發明專利要件，爰依法提出專 利申，。惟，以上所述者僅為本發明之較佳實施例，本發 籲明之範圍並不以上述實施例為限，舉凡熟悉本案技藝之人 士援依本發明之精神所作之等效修飾或變化，皆_“ 以下申請專利範圍内。 【圖式簡單說明】 圖1係本發明手機較佳實施例之硬體架構圖。 圖2係圖1中_f理系統的較佳實施例之功能 模組圖。 b 圖3係設置鬧鐘時本發明手機鬧鐘管理方法較佳實施 例之作業流程圖。 12 201008224 圖4係鬧鐘時間到後本發明手機鬧鐘管理方法較佳實 施例之作業流程圖。 【主要元件符號說明】 手機 1 移動感應裝置 2 鬧鐘管理系統 100 接收模組 10 計算模組 12201008224 IX. Description of the invention: [Technical field to which the invention pertains] The present invention relates to a mobile phone and an alarm clock management method thereof. [Prior Art] With the development of communication technology, the cost of various electronic products used for communication is getting lower and lower, and the market price is also decreasing, so that it can be more widely used. For example, the popularity of mobile phones is getting higher and higher. Nowadays, mobile phones have become a popular communication module, which can be used to exchange information and connect with feelings, etc., and become an indispensable communication tool for users in their daily lives. The functions of mobile phones are also becoming more and more powerful. The alarm clock function has become a must-have function for every mobile phone. Users can customize the alarm clock to remind them to get up or other daily schedules. At present, mobile phones have also added snooze function, but this will happen in daily use. For example, after setting the alarm clock, because the mobile phone has no power, and the alarm clock does not ring; or after the alarm sounds, the user is in a sleep. Inadvertently pressing the Cancel button does not successfully wake the user. Φ [Invention] In view of the above, it is necessary to provide a mobile phone and its alarm clock management method, which can effectively remind the user of the current things to be processed. A mobile phone includes a mobile sensing device and an alarm clock management system, and the alarm management system includes: a prompting module, configured to: when the alarm time set by the user has arrived, remind the user through the noisy manner set by the user, and provide The option and the resounding option are selected by the user; if the user selects the resounding option, the prompting module reminds the user again in a set alarm mode after a few minutes; the judging module is used to determine a selection if the user selects an option 201008224 • Is there at least one alarm set in the specified time range? If there is at least one alarm set, wait for the alarm time to expire, the prompting module will remind the user with the set alarm mode; the startup module is used for the office. The movement sensor device is activated without setting any alarm clock in a certain time range*; and the prompting module is further configured to: when the motion sensing device does not sense continuous or intermittent movement of the mobile phone within a predetermined time, A micro sound alert is issued. A mobile phone alarm clock management method, the method comprising the following steps: (a) reminding the user that the set alarm time has expired through the set alarm mode; (b) providing a determination option and a resounding option for the user to select, if the user selects Then ring the option and go to step a. If the user selects the option, go to step c; (c) determine if there is at least one alarm set in a certain time range, and if at least one alarm is set, go to step a; If no alarm is set, go to step d; (d) activate the motion sensing device; and (e) if the motion sensing device does not sense that the mobile phone has continuous or intermittent movement within a predetermined time, a micro sound warning is issued, if The motion sensing device senses continuous or intermittent movement of the mobile phone during a predetermined time period, and ends the process. Compared with the prior art, the mobile phone and its alarm clock management method, combined with the management of the remaining power of the mobile phone, prevent the alarm clock from being activated, and use the mobile sensing function to ensure that the mobile phone alarm clock successfully reminds the user of the things that need to be handled. [Embodiment] As shown in Fig. 1, it is a hardware architecture diagram of a preferred embodiment of the mobile phone of the present invention. The handset includes an alarm management system 100 and a motion sensing device 2 having an alarm function. The motion sensing device 2 is configured to record the mobile phone 1 mobile frequency within a certain period of time. If there is continuous or intermittent movement within a predetermined time (such as one minute 201008224 1), it is judged that the user has been ''1 ° awake' otherwise judges the tenant It may still be asleep, the alarm clock of the mobile phone 1 continues to wake up the user with a ringing or shaking. I feel that you don't have a better implementation of the alarm management system 1QG in Figure 1. The module has specific functions. Software program: Ray 2 computer readable storage medium or other storage device, can be executed by 2 brains or other computing devices including a processor, thereby completing the management of the alarm clock. The mobile phone management line _ includes: receiving =: The calculation module 12, the determination module 14, the prompt module 16 and the start & receive mode, the group ίο is used to receive the alarm information set by the user. The alarm clock includes: an alarm time, an alarm display item, an alarm mode, and the like. The noisy way includes ringing, shaking, etc. μ Calculating her 12 secrets, after hiding the user setting off the clock information, counting the current power of the mobile phone 1. The old J is cut off, and 14 is used according to the current And the time of the set alarm time and the current electricity # calculated by the calculation module 12, whether the power of the mobile phone 1 is sufficient or not. The sufficient power means that the remaining power can support the alarm or the alarm. The group 14 is also used to determine whether the user uses a large power consumption mobile phone program, such as a call, a game, etc. The prompt module 16 is configured to prompt the user to turn off or charge when the power of the mobile phone i is insufficient. The set alarm time has expired, and the prompting module 16 is used to prompt the user by ringing or vibrating. When the alarm is sounded, the prompting module 16 also provides a determining option and a resounding option for the user to select 201008224. The determining module 14 is further configured to determine whether the user selects the "OK" option or the "Resound" option. If the user selects the "OK" option, the determining module 14* determines whether at least a certain time range is further set. An alarm clock. In this embodiment, it is determined whether an alarm is set in another 30 minutes, and if at least one alarm is set in 30 minutes, the next alarm time is waited for. The motion sensing device 2 is activated without setting any alarm clock for a certain time range. The prompting module 16 is further configured to: when the motion sensing device 2 does not sense continuous or intermittent movement of the mobile phone 1 within a predetermined time, A micro-tone alert is issued, and a "OK" option and a "Re-sound" option are provided for the user to select. The specified time can be set by the user. In the embodiment, the specified time is 1 minute, that is, when the movement is within 1 minute. When the sensing device 2 does not sense that the mobile phone 1 has continuous or intermittent movement, the prompting module 16 emits a microphonic warning. φ As shown in FIG. 3, it is an operation of the preferred embodiment of the mobile phone alarm clock management method of the present invention when setting an alarm clock. Step S30, the receiving module 10 receives the alarm information set by the user, and the alarm information includes: an alarm time, an alarm display item, an alarm mode, and the like, and the alarm mode includes a ringing, a vibration, and the like. In step S32, after receiving the alarm information set by the user, the calculation module 12 calculates the current power of the mobile phone 1. In step S34, the determining module 14 determines whether the power of the mobile phone 1 is sufficient according to the current time and the time difference of the set alarm time and the current power calculated by the calculation module 12. The sufficient amount of power means that the remaining power can support the alarm or the alarm. When the power of the mobile phone 1 is sufficient, the process proceeds directly to step S38. * In step S36, when the power of the mobile phone 1 is insufficient, the prompting module 16 prompts the user to shut down or charge, and proceeds to step S38. In step S38, after the mobile phone 1 enters the power monitoring mode, the determining module 14 determines whether the user uses a mobile phone program with a large power consumption, such as a call, a game, and the like. If the user uses a mobile phone program that consumes a large amount of power, go to step S32. ^ If the user does not use the mobile phone program with a large power consumption, proceed to step S40. In step S40, the mobile phone 1 enters a power monitoring mode. As shown in FIG. 4, it is a flowchart of a preferred embodiment of the mobile phone alarm management method of the present invention after the alarm time has elapsed. In step S51, when the alarm time set by the user has arrived, the prompting module 16 prompts the user by sounding or vibrating. In step S53, the determining module 14 determines whether the user selects "OK" to select the φ item or the "Resound" option. If the user selects the "OK" option, the process proceeds to step S55. When the user selects the "Resound" option, the process goes to step S51, and after a few minutes, the user is reminded to ring or vibrate. In step S55, the determining module 14 determines whether at least one alarm is set in the certain time range. If at least one alarm is set in the certain time range, the process goes to step S51 to wait for the next alarm time. In this embodiment, it is judged whether an alarm is set in another 30 minutes, and if at least one alarm is set in 30 minutes, the next alarm time is waited. Step S57, when no alarm is set in the certain time range, 11 201008224 · 'Startup module 18 activates the motion sensing device 2. In step S59, it is determined that the motion sensing device 2 senses whether the mobile phone 1 is continuously or intermittently moved within a predetermined time. When the motion sensing device 2 senses that the mobile phone 1 has continuous or intermittent movement within a predetermined time, the flow is terminated. The predetermined time can be set by the user, and the predetermined time in the embodiment is 1 minute. Step S61, when the motion sensing device 2 does not sense that the mobile phone 1 has continuous or intermittent movement within a predetermined time, the prompting module 16 issues a microphonic warning and provides a "OK" option and a 'replasticization ,, the option is for the user to choose.曰 Step S63, the judging module 14 judges that the user selects the “OK, option or “Resound” option. If the user selects “OK,” the option ends the process. If the user selects the "Resound" option, the process goes to step S51. In summary, the present invention complies with the requirements of the invention patent, and proposes a patent application according to law. However, the above description is only the preferred embodiment of the present invention, and the scope of the present invention is not limited to the above embodiments, and those skilled in the art will be able to make equivalent modifications or variations in accordance with the spirit of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a hardware structure diagram of a preferred embodiment of a mobile phone of the present invention. FIG. 2 is a functional module of a preferred embodiment of the system of FIG. Figure 3 is a flow chart showing the operation of the preferred embodiment of the mobile phone alarm management method of the present invention when setting an alarm clock. 12 201008224 FIG. 4 is a flow chart showing the operation of the preferred embodiment of the mobile phone alarm clock management method of the present invention after the alarm time expires. Component symbol description] mobile phone 1 mobile sensing device 2 alarm management system 100 receiving module 10 computing module 12
判斷模組 14 提示模組 16 啟動模組 18 在設定的時間到達時提醒用戶 S51 用戶是否選擇確定選項 S53 該手機在一定時間内是否設定有其他鬧鐘 S55 啟動移動感應裝置 S57 該移動感應裝置是否感應到手機在規定時間内有移動 S59 發出微音警示 S61 用戶是否選擇確定選項 S63 13The judging module 14 prompts the module 16 to activate the module 18 to remind the user when the set time arrives. S51 whether the user selects the determining option S53. Whether the mobile phone sets another alarm clock S55 within a certain time to start the motion sensing device S57 whether the motion sensing device senses Go to the mobile phone within the specified time to move S59 to send a micro sound warning S61 whether the user chooses the OK option S63 13