1364210 九、發明說明： 【發明所屬之技術領域】 本發明涉及多功能應用的可檇式電子裝置，更具體 地，涉及包括兩個處理單元的可携式電子襄置。 【先前技術】 隨著科學技術的發展，目前市面上的可檇式電子裝置 都具有多功能應用，例如手機不僅有接打電話、收發短資 訊的功能，而且存在著很多整合多種功能的手機，如該手 機可以播放音樂、電影等媒體資訊，存在多個互動遊戲等。 然而，當手機在處理其中一個功能時，如收聽mp3音樂， 該手機的主晶片一直在進行處理整個手機的工作，如射頻 單元一直在接收來自基站的無線訊號到主晶片處理，這樣 大大降低了主晶片的處理速度，並且增加了手機的電量消 耗。更甚，有些用戶在某段時間使用該手機，僅僅希望使 用該手機其中的一部分功能，而不需要或者不想使用其他 功能，然而，現有的手機根本無法實現，只要給該手機供 電，主晶片就一直在處理來自基站的無線訊號。 尤其，當用戶登上飛機時，他必須關閉隨身攜帶的手 機或其他電子裝置，因為使用中的這些電子裝置會干擾飛 機的通訊、導航、操縱系統，會干擾飛機與地面的無線訊 號聯繫，否則將會產生很大的危險，因此用戶無法使用該 手機的各種功能，不僅不能收發來自基站的無線訊號，而 且也不能實現播放音樂、視頻資訊等功能，必須另外攜帶 一個媒體播放器才能收聽音樂、觀看視頻資訊。這樣給用 8 戶帶來了 ί艮大的麻須和負擔。 【發明内容】 為了解決上述存在的問題，本發明的目的在於，提供 "，可携式電子裝置，其包括兩個處理單元，—個用於執 灯f _類功能應用，—個用於執行第二類功能應用，各處 理單Γ獨立執行各自的功能應帛，-錄鮮元及一狀態 控制單元’用於控制可搞式電子裝置處於不同的工作模式 及控制兩個處理單元處於*同的JL作狀態。 所，可檇式電子裝置，其包括一輸入單元，用於回應 I戶的操作產生輪人訊號，-顯示單it，用於顯示功能表 门面，一處理單元，用於執行一第一類功能應用；一 處理早疋’用於執行—第二類功能應用；-狀態控制 單兀用於產生不同的狀態切換可搞式電子裝置的工作模 式:及纟控制單元，用於控制切換可携式電子裝置的工 作模式’即控制第—處理單元與第二處理單元都可啟動處 於工作狀態的共同卫作模^，或控制其中一處理單元處於 工作狀態’另—處理單元處於關閉狀態的單—工作模式， 及控制顯7F單π顯示各卫作模式的功能應用對應的功能表 介面。 本發二:種可檇式電子裝置，其包括兩個處理單元， -主控制單TL及-狀態控制單元來切換兩個處理單元執行 各自的功能應用，控制兩個處理單元的工作狀態及功能表 介面的齡。本發明確保了該可料電子裝置兩處理單元 都可啟動處於m即可^電衫㈣共同工作模 1364210 式；也可控制其中一個處理單元處於工作狀態，關閉另一 個處理單元，即可檇式電子裝置的單一工作模式，使得處 理各功能有較快的速度，且很大程度上滿足了用戶的各種 需要。 【實施方式】 圖1為本發明可檇式電子裝置的示意圖。該可檇式電 子裝置1包括一第一處理單元10、一第二處理單元20、一 組週邊設備30、一輸入單元40、一主控制單元50、一狀 態控制單元43及一電源開關46。該電源開關46連接於該 主控制單元50，用於控制該可檇式電子裝置1處於開機狀 態或關機狀態。該主控制單元50連接該第一處理單元10 及該第二處理單元20。該第一處理單元10用於執行一第 一類功能應用，較佳的具有獨立的功能表。該第二處理單 元20用於執行一第二類功能應用，較佳的亦具有獨立的功 能表。 該狀態控制單元43連接於該主控制單元50，該狀態 控制單元43可為一硬體開關，也可為一特定按鍵。該狀態 控制單元43具有不同的狀態，通過該狀態控制單元43的 不同狀態來控制可檇式電子裝置1的不同工作模式。該可 檇式電子裝置1的不同工作模式包括第一處理單元10與第 二處理單元20都可啟動處於工作狀態（以下稱為共同工作 模式），或其中一處理單元（如第一處理單元10)處於工 作狀態、另一處理單元（如第二處理單元20)處於關閉狀 態（以下稱為單一工作模式）。在本實施方式中該可檇式電 10 1364210 子裝置1開啟時，該主控制單元50根據該狀態控制單元 43所處狀態初始進入共同工作模式或單一工作模式。在單 一工作模式下或共同工作模式下，都可通過改變狀態控制 單元43的所處狀態來改變該可檇式電子裝置1的工作模 式，例如從共同工作模式轉變為單一工作模式或是單一工 作模式轉變為共同工作模式。 該輸入單元40連接於該主控制單元50，用於回應用 戶的輸入操作，產生輸入訊號，尤其為可檇式電子裝置1 為共同工作模式時，該主控制單元50根據該輸入單元40 的輸入訊號進行第一處理單元10與第二處理單元20之間 的相互轉換，即分別由第一處理單元與第二處理單元各自 執行相應的功能應用，控制顯示各功能應用對應的功能 表。該主控制單元50可包括多個切換開關電路（圖未示）， 實現第一處理單元10與第二處理單元20之間的功能應用 切換，即當切換到第一處理單元10時，第一處理單元10 控制顯示其功能應用對應的功能表；當切換到第二處理單 元20時，第二處理單元20控制顯示其功能應用對應的功 能表。 在本實施方式中，該週邊設備30較佳的劃分為公共外 設80、第一私有外設60及一第二私有外設70。該公共外 設80連接該主控制單元50，用於接受主控制單元50的控 制操作，即當第一處理單元10的功能應用切換到第二處理 單元20的功能應用時，該公共外設80亦切換到第二處理 單元20的功能表介面下；當第二處理單元20的功能應用 π 1364210 切換到第一處理單元10的功能應用時，該公共外設80亦 切換到第一處理單元10的功能表介面下。該第一私有外設 60連接該第一處理單元10，用於接受該第一處理單元10 ·· 的控制。該第二私有外設70連接該第二處理單元20，用 - 於接受該第二處理單元20的控制。在其他實施方式中週邊 設備30都可直接連接於主控制單元50，第一處理單元10 及第二處理單元20都為通過該主控制單元50控制該週邊 設備30。 * 在本發明中，第一處理單元10用於執行媒體播放功 能、第二處理單元20用於執行無線通信功能，或者第一處 理單元10用於執行Wi-Fi通信功能、第二處理單元20用 於執行GSM、GPRS或CDMA等移動無線通信功能。下面 以第一處理單元10用於執行媒體播放功能、第二處理單元 20用於執行無線通信功能為例來進一步詳細的闡述本發 明。 φ 如圖2所示，為本發明可檇式電子裝置1 一實施方式 的硬體模組圖。該可檇式電子裝置1的第一處理單元為一 mp3處理單元10’，第二處理單元為一 GSM處理單元20’。 該mp3處理單元10’用於處理媒體播放功能，具有音頻、 視頻播放功能，為一媒體播放處理單元，即可進入mp3工 作模式。該GSM處理單元20’用於處理移動通訊功能，具 有無線通信功能，為一移動通訊處理單元，即可進入移動 通訊工作模式。 該mp3處理單元10’對應的第一私有外設60較佳包括 12 一第一存儲單元62、一 該第一存儲單元6 USB介面64及一 SD卡插槽66。 能應用、功能表的執^存儲理單元10,所具有的功 賴格式的音<及内容’該存翻容包括含mp3 外設70較佳包括S"_GSM處理單元20,對應的第二私有 卡插槽76。該第二存：；存儲單元72、一天線74及一 SIM 所具有的功能應用於存儲㈣處理單元2〇, 容包括短資訊内容、通H 式及内容，該存儲内 搞式電子裝置丨在5、。訊。該公共外設8G為該可 , P處理單元10,、GSM處理單元20, Μ私仃㈣能表及魏應用，即進人叫3工作模式 或移動通以作模式使用的公共外設，較佳包括一顯示單 兀82、一揚聲器84及一耳機插口恥。 圖3為本發明可搞式電子震置-實施方式的共同工作 模式的功能表介面。該可携式電子裝置1中的電源開關46 為-按紐，狀態控制單Α 43 & 一撥動開關，控制該可携式 電子裝置1的兩個ji作模式，分料A、B所處位置。其 中，A位置為該可檇式電子裝置i的共同工作模式，即 mp3處理單元1〇’與GSM處理單元20,都可啟動處於工作 狀態’主控制單元50控制顯示媒體播放和移動通訊資訊的 共同功能表介面；B位置為該可檇式電子裝置i的單一工 作模式’即mp3處理單元10,處於工作狀態，而GS]V[處 理單元20’處於關閉狀態，僅顯示媒體播放功能介面。 當該狀態控制單元43撥動在A位置該可檇式電子裝置 1的共同工作模式時，該主控制單元5〇控制mp3處理單元 13 1364210 10’與GSM處理單元20,都可啟動處於工作狀態。該主控制 單元50控制該顯示單元82顯示共同功能表介面的顯示區 域包括左上角的訊號強度標識、右上角的電池電量餘額標 ·* 識、中間區域顯示了服務提供商“中國移動”、“媒體播 / 放”、當前時間“〇9:3〇” 、當天曰期“2008年03月01 曰”、左下角為進入mp3工作狀態標識及右下角為進入 移動通訊工作狀態標識，即可進入兩種不同的功能表，實 _ 現兩種不同的功能應用。 圖4為在圖3可檇式電子裝置共同工作模式的媒體播 放功能介面。狀態控制單元43 —直處於A位置可檇式電子 裝置1的共同工作模式，用戶欲使用可檇式電子裝置丄收 聽一媒體資訊，主控制單元50接收輸入單元4〇的輸入訊 號進入mp3功能表介面，啟動該mp3處理單元1〇，，用戶 可在曲目列表下面選擇需要收聽的媒體資訊，公共外設 η中的揚聲器84在mp3處理單元1〇,的控制下*出聲=訊 • 號。而當GSM處理單元20,的第二私有外設7〇中的二線 74接收到來自無線通信系統的呼叫資訊時，該主控制二 50 j刀換該mp3工作狀態到移動通訊工作狀態，該"= 理單元10’處於關閉狀態，該GSM處理單元2〇，一 啟動狀態，如圖5所示，為在圖4可搞式電子裂置共= 作，式的來電提示功能介面，該GSM處理單元2〇,控制顯 不早兀82顯示對應的功能表，如顯示單元82顯示 來電”介面，用戶可選擇是接聽還是掛斷，該_處 元忉彳τ止播放該媒體資訊，及該GSM處理單元如，控制 1364210 公共外設80中的揚聲器84切換到移動通訊工作狀態，輸 出一預設的來電鈴聲。 圖6為本發明可檇式電子裝置一實施方式的單一工作 模式的媒體播放功能介面。如圖6所示，當狀態控制單元 43經用戶從A位置撥動到B位置時，該主控制單元50控 制該可檇式電子裝置1從共同工作模式切換到單一工作模 式。該mp3處理單元10’控制該顯示單元82顯示對應的功 能功能表介面，顯示區域為：左上角的訊號強度標識為零、 中間區域僅顯示了 “媒體播放”、當前時間“09:30” 、 當天曰期“2008年03月01曰”、左下角為進入mp3工 作狀態標識，而無法進入右下角的移動通訊工作狀態，為 一灰色標記。當在該B位置該可檇式電子裝置1的單一工 作模式下，接收到來自電源開關46的先關機後開啟指令 時，該可檇式電子裝置1自動進入上次默認工作模式，即 B位置的單一工作模式。同樣，若在A位置該可檇式電子 裝置1的共同工作模式下，接收到來自電源開關46的先關 機後開啟指令時，該可檇式電子裝置1亦自動進入上次默 認工作模式，即A位置的共同工作模式。 在該B位置該可檇式電子裝置1的單一工作模式下， 即啟動mp3處理單元10’，而GSM處理單元20’處於關閉 狀態，當該主控制單元50接收來自輸入單元40的一進入 左下角的mp3工作狀態的輸入訊號時，該mp3處理單元 10’控制顯示單元82顯示對應的功能表，在該功能表下可 繼續接收來自輸入單元40的訊號，執行對應的功能應用， 15 1364210 如從第一存儲單元62中獲取一媒體資訊在該功能功能表 下播放。且，在該B位置該可檇式電子裝置1的單一工作 模式下，該可檇式電子裝置1無法接收到外界無線通信系 統的訊號，也無法用該可檇式電子裝置1發送無線訊號。 【圖式簡單說明】 圖1為本發明可檇式電子裝置的示意圖； 圖2為本發明可檇式電子裝置一實施方式的硬體模組 圖， 圖3為本發明可檇式電子裝置一實施方式的共同工作 模式的功能表介面； 圖4為在圖3可檇式電子裝置共同工作模式的媒體播放 功能介面； 圖5為在圖4可檇式電子裝置共同工作模式的來電提示 功能介面；及 圖6為本發明可檇式電子裝置一實施方式的單一工作 模式的媒體播放功能介面。 主要元件符號說明】 可攜式電子裝置 1 第一處理單元 10 mp3處理單元 10, 第二處理單元 20 GSM處理單元 20, 周邊設備 30 輸入單元 40 16 13642101364210 IX. Description of the Invention: [Technical Field] The present invention relates to a portable electronic device for multifunctional applications, and more particularly to a portable electronic device including two processing units. [Prior Art] With the development of science and technology, the currently available electronic devices on the market have multi-functional applications. For example, mobile phones not only have the function of making calls, sending and receiving short messages, but also have many mobile phones integrating multiple functions. For example, the mobile phone can play media information such as music and movies, and there are multiple interactive games. However, when the mobile phone is processing one of the functions, such as listening to mp3 music, the main chip of the mobile phone has been processing the entire mobile phone, for example, the radio unit has been receiving the wireless signal from the base station to the main chip processing, which greatly reduces the The processing speed of the main chip increases the power consumption of the mobile phone. What's more, some users use the phone for a certain period of time, just want to use some of the functions of the phone, and do not need or do not want to use other functions. However, the existing mobile phone cannot be realized at all, as long as the mobile phone is powered, the main chip is The wireless signal from the base station has been being processed. In particular, when a user boardes an airplane, he must turn off the mobile phone or other electronic device that he carries, because the electronic devices in use interfere with the communication, navigation, and control systems of the aircraft, and may interfere with the wireless signal connection between the aircraft and the ground. Otherwise, There will be great dangers, so users can't use the various functions of the mobile phone, not only can not send and receive wireless signals from the base station, but also can not play music, video information and other functions, must carry a media player to listen to music, Watch the video information. This brings a large burden and burden to the 8 households. SUMMARY OF THE INVENTION In order to solve the above problems, an object of the present invention is to provide a portable electronic device including two processing units, one for performing a function, and one for Executing the second type of function application, each processing unit independently performs its own function, and the recording unit and a state control unit are used to control the electronic device in different working modes and control two processing units in the * The same JL is in the state. The portable electronic device includes an input unit for generating a wheel signal in response to the operation of the I household, a display unit it for displaying the function table facade, and a processing unit for performing a first type of function. Application; a processing early 'for execution' - the second type of functional application; - a state control unit for generating different state switching operable modes of the electronic device: and a control unit for controlling the switching portable The working mode of the electronic device, that is, the control first processing unit and the second processing unit can start the common working mode in the working state, or control one of the processing units to be in the working state, and the other processing unit is in the closed state. The working mode, and the control display 7F single π display the function table interface corresponding to the function application of each mode. The second invention: a portable electronic device comprising two processing units, a main control unit TL and a state control unit to switch two processing units to perform respective function applications, and to control the working states and functions of the two processing units. The age of the interface. The invention ensures that both processing units of the electronic device can be activated in the form of a common working mode 1364210 of the electric shirt (4); or one of the processing units can be controlled to be in working state, and the other processing unit can be closed. The single working mode of the electronic device makes the processing of each function faster, and largely meets the various needs of the user. Embodiments Fig. 1 is a schematic view of a portable electronic device of the present invention. The portable electronic device 1 includes a first processing unit 10, a second processing unit 20, a set of peripheral devices 30, an input unit 40, a main control unit 50, a status control unit 43, and a power switch 46. The power switch 46 is connected to the main control unit 50 for controlling the portable electronic device 1 to be in a power on state or a power off state. The main control unit 50 is connected to the first processing unit 10 and the second processing unit 20. The first processing unit 10 is operative to perform a first type of functional application, preferably with a separate function table. The second processing unit 20 is configured to perform a second type of function application, preferably also having an independent function table. The state control unit 43 is connected to the main control unit 50. The state control unit 43 can be a hardware switch or a specific button. The state control unit 43 has different states, and different operating modes of the portable electronic device 1 are controlled by the different states of the state control unit 43. The different working modes of the portable electronic device 1 include that both the first processing unit 10 and the second processing unit 20 can be activated (hereinafter referred to as a common working mode), or one of the processing units (such as the first processing unit 10) In the working state, another processing unit (such as the second processing unit 20) is in a closed state (hereinafter referred to as a single working mode). In the present embodiment, when the portable device 10 1364210 sub-device 1 is turned on, the main control unit 50 initially enters the common working mode or the single working mode according to the state in which the state control unit 43 is located. In a single working mode or a common working mode, the operating mode of the portable electronic device 1 can be changed by changing the state of the state control unit 43, for example, changing from a common working mode to a single working mode or a single work. The model changes to a common working mode. The input unit 40 is connected to the main control unit 50 for generating an input signal in response to an input operation of the user. In particular, when the portable electronic device 1 is in the common working mode, the main control unit 50 inputs according to the input unit 40. The signal performs mutual conversion between the first processing unit 10 and the second processing unit 20, that is, each of the first processing unit and the second processing unit respectively executes a corresponding function application, and controls a function table corresponding to each function application. The main control unit 50 may include a plurality of switch circuit (not shown) to implement functional application switching between the first processing unit 10 and the second processing unit 20, that is, when switching to the first processing unit 10, the first The processing unit 10 controls to display a function table corresponding to its function application; when switching to the second processing unit 20, the second processing unit 20 controls to display a function table corresponding to its function application. In the present embodiment, the peripheral device 30 is preferably divided into a public device 80, a first private peripheral 60, and a second private peripheral 70. The common peripheral device 80 is connected to the main control unit 50 for accepting the control operation of the main control unit 50, that is, when the function application of the first processing unit 10 is switched to the function application of the second processing unit 20, the common peripheral device 80 Switching to the function table interface of the second processing unit 20; when the function application π 1364210 of the second processing unit 20 is switched to the function application of the first processing unit 10, the common peripheral device 80 is also switched to the first processing unit 10 Under the menu interface. The first private peripheral 60 is coupled to the first processing unit 10 for accepting control of the first processing unit 10··. The second private peripheral 70 is coupled to the second processing unit 20 for accepting control of the second processing unit 20. In other embodiments, the peripheral device 30 can be directly connected to the main control unit 50, and both the first processing unit 10 and the second processing unit 20 control the peripheral device 30 through the main control unit 50. In the present invention, the first processing unit 10 is configured to perform a media playing function, the second processing unit 20 is configured to perform a wireless communication function, or the first processing unit 10 is configured to perform a Wi-Fi communication function, the second processing unit 20 Used to perform mobile wireless communication functions such as GSM, GPRS or CDMA. The present invention is further explained in detail below by taking the first processing unit 10 for performing a media playing function and the second processing unit 20 for performing a wireless communication function as an example. Fig. 2 is a view showing a hardware module of an embodiment of the portable electronic device 1 of the present invention. The first processing unit of the portable electronic device 1 is an mp3 processing unit 10', and the second processing unit is a GSM processing unit 20'. The mp3 processing unit 10' is configured to process a media playing function, has an audio and video playing function, and is a media playing processing unit, and can enter an mp3 working mode. The GSM processing unit 20' is configured to process a mobile communication function and has a wireless communication function. As a mobile communication processing unit, the mobile communication operation mode can be entered. The first private peripheral 60 corresponding to the mp3 processing unit 10' preferably includes a first storage unit 62, a first storage unit 6 USB interface 64 and an SD card slot 66. The storage device 10 of the application and function table has the vocal format of the audio < and the content of the storage includes the mp3 peripheral 70 preferably including the S"_GSM processing unit 20, corresponding to the second Private card slot 76. The second storage: the storage unit 72, an antenna 74, and a SIM have functions for storing (4) the processing unit 2, including short information content, H-type and content, and the storage internal device is present. 5,. News. The public peripheral 8G is the public peripheral of the commencing, the P processing unit 10, the GSM processing unit 20, the Μ 仃 (4) energy meter, and the Wei application, that is, the input peripheral 3 working mode or the mobile communication mode. The best includes a display unit 82, a speaker 84 and a headphone jack. Fig. 3 is a functional table interface of a common working mode of the electronically-displaceable-implementation mode of the present invention. The power switch 46 in the portable electronic device 1 is a button, a state control unit 43 & a toggle switch, and controls two modes of the portable electronic device 1 to divide the A and B devices. Location. Wherein, the A position is a common working mode of the portable electronic device i, that is, the mp3 processing unit 1' and the GSM processing unit 20 can be activated to operate. The main control unit 50 controls display media playback and mobile communication information. The common function table interface; the B position is a single working mode of the portable electronic device i, that is, the mp3 processing unit 10 is in an active state, and the GS]V [processing unit 20' is in a closed state, and only the media playing function interface is displayed. When the state control unit 43 toggles the common working mode of the portable electronic device 1 in the A position, the main control unit 5 controls the mp3 processing unit 13 1364210 10' and the GSM processing unit 20 to be activated. . The main control unit 50 controls the display unit 82 to display the display area of the common function table interface, including the signal strength indicator in the upper left corner, the battery power balance in the upper right corner, and the service provider "China Mobile" in the middle area. Media broadcast/release", the current time "〇9:3〇", the current period "2008 March 01 曰", the lower left corner is to enter the mp3 work status indicator and the lower right corner is to enter the mobile communication work status indicator, you can enter Two different function tables, two different functional applications. Fig. 4 is a media play function interface of the cooperating mode of the portable electronic device of Fig. 3. The state control unit 43 is in the common working mode of the A-position portable electronic device 1. The user wants to listen to a media information using the portable electronic device, and the main control unit 50 receives the input signal of the input unit 4〇 into the mp3 function table. The interface starts the mp3 processing unit 1 〇, and the user can select the media information to be listened to under the track list, and the speaker 84 in the common peripheral η is under the control of the mp3 processing unit 1 出 sound = signal number. When the second line 74 of the second private peripheral 7〇 of the GSM processing unit 20 receives the call information from the wireless communication system, the main control changes the mp3 working state to the mobile communication working state. "= the management unit 10' is in the off state, the GSM processing unit 2〇, an activation state, as shown in FIG. 5, is an incoming call prompt function interface of the electronic splitting type in FIG. The GSM processing unit 2 is configured to display the corresponding function table, for example, the display unit 82 displays the incoming call interface, and the user can select whether to answer or hang up, and the _ cell 忉彳 止 stops playing the media information, and The GSM processing unit, for example, controls the speaker 84 in the common peripheral device 80 to switch to the mobile communication working state, and outputs a preset ringing tone. FIG. 6 is a single working mode medium of an embodiment of the portable electronic device of the present invention. The function interface is played. As shown in FIG. 6, when the state control unit 43 is toggled from the A position to the B position by the user, the main control unit 50 controls the switchable electronic device 1 to switch from the common working mode to the single working mode. The mp3 processing unit 10' controls the display unit 82 to display a corresponding function menu interface. The display area is: the signal strength indicator in the upper left corner is zero, the middle area only displays "media play", and the current time is "09:30". In the same period, "March 01, 2008", the lower left corner is the mp3 working status indicator, and the mobile communication working status in the lower right corner cannot be entered, which is a gray mark. When the B position is the portable electronic device 1 In the single working mode, when the first power-off switch from the power switch 46 is turned on, the portable electronic device 1 automatically enters the last default working mode, that is, the single working mode of the B position. Similarly, if in the A position In the common working mode of the portable electronic device 1, when the first power-off and power-off command from the power switch 46 is received, the portable electronic device 1 also automatically enters the last default working mode, that is, the common working mode of the A position. In the single mode of operation of the portable electronic device 1 in the B position, the mp3 processing unit 10' is activated, and the GSM processing unit 20' is in the off state. When the main control unit 50 receives an input signal from the input unit 40 into the mp3 working state of the lower left corner, the mp3 processing unit 10' controls the display unit 82 to display a corresponding function table, and can continue to receive from the input unit under the function table. The signal of 40 performs the corresponding function application, 15 1364210, such as obtaining a media information from the first storage unit 62 to play under the function menu, and in the single working mode of the portable electronic device 1 in the B position The portable electronic device 1 cannot receive the signal of the external wireless communication system, and cannot transmit the wireless signal by the portable electronic device 1. [Schematic description] FIG. 1 is a schematic diagram of the portable electronic device of the present invention. 2 is a hardware module diagram of an embodiment of a portable electronic device according to the present invention, and FIG. 3 is a functional interface of a common working mode of an embodiment of the portable electronic device of the present invention; FIG. The media play function interface of the common working mode of the cymbal electronic device; FIG. 5 is an incoming call prompt function interface of the cooperating mode of the electronic device of FIG. 4; 6 is a media playing function interface of a single working mode of an embodiment of the portable electronic device of the present invention. Main component symbol description] Portable electronic device 1 First processing unit 10 mp3 processing unit 10, second processing unit 20 GSM processing unit 20, peripheral device 30 Input unit 40 16 1364210
狀態控制單元 43 電源開關 46 主控制單元 50 第一私有外設 60 第一存儲單元 62 USB介面 64 SD卡插槽 66 第二私有外設 70 第二存儲單元 72 天線 74 SIM卡插槽 76 公共外設 80 顯示單元 82 揚聲器 84 耳機插口 86State control unit 43 power switch 46 main control unit 50 first private peripheral 60 first storage unit 62 USB interface 64 SD card slot 66 second private peripheral 70 second storage unit 72 antenna 74 SIM card slot 76 public Set 80 display unit 82 speaker 84 headphone jack 86
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