五、新型說明： 【新型所屬之技術領域】 ’特別是一種可變換音源 卜出/本f作係關於1音源連接介面 罕刖出/入杈組及影音播放裝置。 【先前技術】 人電:年ί^Γ:3用::::娛樂的品質要求越來越高’個 。八歧及輸出^道的音效 、中央聲增、*心、〇的規格包括前置的左聲道、左中聲道 聲道，、外力：個聲道:後置的左環繞聲道、右環繞 。 _曰毒、，以王現出多聲道環繞音效的效果 碎、曾大的使用者的播放裝置’如耳機或音響設備僅具有雙 或5」聲道’因此，至少有兩聲道沒有被使用， 夕。豆a置上還有部分的音效連接介面(音效插孔)未被使用 ntel方、2004年提出Hlgh Definition Audio高傳真音效-簡稱 HD-Audio ’具有-種多路音頻輸出/輸人(M._aming)技術 可將剩餘崎_立$來，並輸出不同音頻訊號 ，以充分使用 所有的聲ιί。此外’ HD_AudiG射在音效插孔接收插頭的插 接4 ’自動判_連接的裝置，或由使用者透過使用者操作介 面δ周整设疋音效插孔的功能。 目刖多媒體裝置的外殼上所裝設的多個音效插孔，其外觀 分別以不_色標示’以表示不同的功能，讓使时按照不同 顏色標示來插接不同聲道的喇叭。然而，若多媒體裝置所處的 環境燈光不足或昏暗不明，使用者即無法輕易且正確地找到前 述§fl號端子對應的端子插接孔，非常不方便。另外，當使用者 3/15 M416815 採用Multi-streaming技術、Re-tasking技術或自行設定音效插 孔的功能時’固定顏色的音效插孔將無法顯現目前所設定的功 能’使用者必須透過使用者操作介面才能得知音效插孔目前的 功能’對使用者來說可能有使用上的不便。 因此’如何能提供一種可變換音源輸出/入模組，成為研究 人員待解決的問題之一。 【新型内容】 根據本創作提供的可變換音源輸出/入模組，可由使用者自 行設定音源輸出/入介面的功能(例如，音訊輸入與/或音訊輸出 )並藉由6又置於音§孔接孔旁的發光單元顯示出對應的顏色，以 提二使用者目前音源輸出/入介面中各音訊接孔所設定的功能 ，藉以提昇使用便利性與實用性。 亡創作的實施例提供之可變換音源輸出/入模組，包括有： 控制單元，用以接收變換指令，並對應輸出數位資料；解譯單 兀’用以解澤數位貧料’以輸出控制訊號；音源輸出/入介面， ^複數個音訊接孔；複數贿光單元，係制設置於複數個 Ιίί孔的· ’用以根據控制訊號發出對應的色光，以提示 /入八；，从音源編科元，㈣根據控龍號變換音源輸出1 /入介面的訊號傳遞方向。 單元本===音播放裝置，包括有:音源設定 绝叫 奐指令，其音源設定單搞—步包括：立谓 義早7C，用以取得自定義音源料料；作業單元 ^定、 資料’並提供訊號;及應用單元 ：- ==換指令;控制單元，用以接收變換指令ί對 訊號；音源輪級^目士位⑼，以輸出控制 、 J，八複數個音訊接孔；複數個發光單 4/15 M416815 :出的•用《根據控制訊號 據音，介面的單元，根 邱上所述’本創作之可蠻立 =光單元提示❹者目前音變色 提昇產品外觀視覺多元性，接促間輔助辨識性外，還 提供使时以錢縣方式 ^目減制者操作介面 的功能作切換或設定，藉介面中各音訊接孔 為使能更進一步瞭解本創作之特:===門 I用==:細：=’但是此等說明與所二 【實施方ί】 非對本創作的權利範圍作任何的限制。 請參關U，目1Α料本創作第—f 影音播放裝置⑽包括有：音源設定方二二 源輸出/入模組50、音兮月、喜 了.文換曰 9。可變換立胁山/周邊政置顯示器8與操作輪入裝置 3、音it i 5G包括有：控制料2、解譯單元 ,'、則"面4、發光單元5及音源編譯單元6。 别^的影音播放裝置⑽可以例如是桌上型電腦、筆記型 "他具·有衫音輸出/入介面的電子裝置。 應的單f 1用以根據使用者操作或設定結果，提供對 音源执。日源設定單元1可暫時性或永久性儲存資料。 &(^^;17以例如是非揮發性記憶體，例如，唯讀記憶 鐵命产趟户 、EPR〇M、EEPROM、Fiash ROM)、硬碟或 包通、子取記憶體(FRAM)、磁電隨機存取記憶體(MRAM) 5/15 定存取記憶體(PCRAM)等其他資料儲存媒體。音源設 14。π包括有：音源編輯單元10、作業單元12與應用單元 器8 編料單元10可產生圖形化使用者介面80，並於顯示 、嚅八以技供使用透過操作輸入裝置9(例如，面板按鍵 ^鍵盤、滑氣、執跡球…等)進行操作或設定。音源編 。70 〇根據使用者操作或設定結果取得自定義音源埠資料 作業單元12接收音源編輯單元1〇提供的自定義音源埠資 並：^七、及號至應用單元’以告知應用單元14準備鐵鲁 、呆。作案早元12可以例如是視窗（Wind〇ws)作業系統或其 他私動型作業彡統(例如’ I〇S、Andmid、Symbian、Windows Mobile 等）。 、應用單元Μ具有存取協定，主要用以處理音傳遞方向與/ 或路徑的相關軟硬體程序。應用單元14接收作業單元丨2提供 的訊號’並提供對應的變換指令。 控制單元2與音源設定單元I連接。控制單元2用以接收 應用單it 14提供的變換指令，並對應輸出數位資料(例如，_ οιοιοιοι的數據）。另外，控制單元2配合影像編解/碼器（圖中 未示)還可進行影像訊號的編/解碼工作，以於顯視器8上呈現 對應的衫像内谷。如述的控制早元2可以例如是微控制哭 (Micro Control Unit，MCU)，而微控制器具有計時器（Timer)、' 計數器、隨機存取記憶體(Random Access Memory，RAM)、唯 讀記憶體(Read Only Memory，ROM)、中央處理器（centrai Process Unit，CPU)、累積器（Accumulator)、類比轉數位器 (Analog-to-Digital Converter ， ADC)、數位轉類比号 6/15 M416815 (Digital-to-Analog Converter，DAC)，與 / 或輸入 / 輸出 (Input/Output，I/O)介面等等計算機功能。 另外，控制單元2可透過偵測音訊接孔40，以得知其電流 值變化狀況，進而得知目前音訊接孔40所設定功能，並將相 關的資料提供給音源設定單元1、解譯單元3、發光單元5與/ 或音源編譯單元6，以進行前述的變換作業。 解譯單元3與控制單元2連接。解譯單元3用以解譯控制 單元2提供的數位資料，以輸出控制訊號(例如，電壓訊號與/ 或電流訊號），或驅動訊號。解譯單元3可以例如是訊號解碼器 〇 音源輸出/入介面4與解譯單元3連接。音源輸出/入介面4 具有複數個的音訊接孔40。音源輸出/入介面4可包括中置聲 道、前置左聲道、前置右聲道、後置左聲道、後置右聲道 及重低音聲道的音源輸出介面，以及麥克風聲道及一音源 輸入聲道的音源輸入介面。音源輸出/入介面4可以符合2.1 聲道、5.1聲道或7.1聲道的音源輸出規格其中之一或其組合 。前述的音訊接孔40可以是符合類比訊號規格（例如， 5.5mm端子插接孔等）與/或數位訊號規格（例如， Sony/Philips數位音頻介面（SPDIF)、高解析多媒體介面 (HDMI)、光纖或同軸等）。 發光單元5與解譯單元3連接。發光單元5可一對一對應 設置於音訊接孔40的周圍。發光單元5用以根據解譯單元3 輸出的控制訊號發出對應的顏色，以提示使用者目前音源輸出 /入介面4中各音訊接孔40所設定的功能，藉以提昇使用便利 性與彈性。發光單元5可以例如是由多色發光二極體構成，並 可發出高亮度的紅、綠、藍、白四種顏色的混合色光(例如，藍 7/15 M416815 、綠、粉紅、橙、黑、灰、白等，其中黑色可以不發光方式替 代）。 另外，若發光單元5進一步組成點矩陣顯示器時，可顯示 出多種符號(symbol)、字母(Charaeter)、標誌(sign)等資訊内容 ，進而可提供使用者更佳的辨識度。由於發光單元5採用發光 二極體的設計，因此具有較佳的辨識度、可視距離遠、節省 力及使用壽命長等優點。 音源編譯單元6與解譯單元3連接。音源編譯單元6用^ 根據解譯單元3輸出的控制訊號變換音源輸出/人介面4的· 傳遞方向與/或路徑。另外，音源編譯單元6可進行訊號轉^ 例如，類比訊號轉數位訊號)與編碼等功能。 八 音效周邊裝置7與音源輸出/入介面4連接。音效周 具有連接插頭(圖中未示)以插接至音源輸出/入介面4中的I4 接孔40，並形成迴路，以傳遞相_ = 裝置7可以例如是喇叭、麥克風盥 欢周遠 音響等）。 I見風與/或曰源輸入裝置(例如，Cr) ί;:電阻感應式觸控螢幕、有機發光二極體顯示。 圖形化使用者介面80具有對應 接孔⑼與音效周邊裝置7等的圖形元入介面4 '音减 出的下拉式選單元件，以提供使用者以直觀，八聲道輪 订相設定㈣業， 二，方式選取並遣 者介面80中的圖形元件的數量、排便利性。圖形化使用 硬體數量、排列位置為彼此—對一對應。可與音訊接孔40的 δ/15 操作輸入裝置9與控制單♦2連接。操作輪入袭置9用以 提供使用者操作圖形化使用者〆80，以進行相關的音訊變換 設定’進而提供對柄 ;^料料。操顿Λ 用以，使用者輸號或指Θ影音播放裝i Κ)〇Γ以』 具有可變換音轉5〇㈣音触1QQ執行彳目關的軟/ 硬體程序或指令。操作輪人裝爹9 <以例如是面板按鏠、遙控 器、鍵盤、滑鼠、執跡球·.等σ $外，當顯示器8為简控營幕 時，操作輸入裝置9可以例如皋艄控筆或使用者的手指。 接著，請參照圖1Β,圖13係為本創作第二實施例之方堍 圖。本創作第—實施例與第二资施例不同之處在於：第二實施 :之影音播放裝置15〇包括；兩組音源輸出/入介面、兩：：光 早疋與兩組音致周邊裝置，其餘部份與第一實施例相同，以下 不再費述。 二艰铜出/入介面4]装設於影音播放裝置15〇的前置 ^ 弟曰源輸出/入介面41的音訊接孔41〇周圍設置有 發光早7L 51。第二音源輸出/入介面42裝設於影音 =^板。’=且第二音源輪出/入介面42的音訊接“ 〇周圍 、n t光單兀）2。使用者過圖形化使用者介面80可撰取並 進:=，換/設定等作業，以使第—音效周邊裝置:與第 一曰效周邊裝置72同時播敌不同的音效。 換句話說’本創作可讓影音播放裝^】5〇進行 定輸出第多路音頻流輸出或多聲道輪出“二設 入介f 42的裝設位置僅是舉例說明並不以此為^日獅 接下來，請參照圖2A與圖冰，固 之使用者操作介面的示意圖圖^圖2B為本創作 先’圖2A的操作晝面800中 M416815 顯示了圖形元件802、圖形元件804、下拉式選單元件8〇6以 及喇叭、螢幕等圖形元件。圖形元件802代表了目前的第一音 訊接孔為音訊輸入功能’且圖形元件802顯示為藍色。 一此時，實際上設置於第一音訊接孔周圍的發光單元亦發出 藍色光，以提示使用者。圖形元件804代表了目前的第二音訊 接孔為音訊輸出功能，且圖形元件804顯示為綠色，同樣二°， 此時，實際上設置於第二音訊接孔周圍的發光單元亦發出綠色 光’以提示使用者。 請翏照圖2B，當使用者透過選取圖形元件8〇2，並將第一 音訊接孔由音訊輸入功能變換為音訊輸出功能時，則圖形元件 8〇2由藍色變換為綠色。此時，實際上設置於第一音訊接孔周 圍的發光單元由發出藍色光變換為綠色光，以提示使用者。另 外，使用者可透過下拉式選單元件_來調整輸出聲道為立體 聲、2. 1聲道' 5. 1聲道或7· 1聲道等。 請參照圖3, _ 3為本創作之音源輸出/入介面之外觀示意 圖。音源輸出/入介面400包括有六個音訊接孔402。每一個^ =接孔402可與一個發光元件404、罩體406共同設置，其中 2光/C件404鑲嵌於音訊接孔4〇2的周圍，而罩體4〇6套設至丨 二Λ接孔=2上。前述的罩體4〇6由可透光材料製成。罩體4的 Ζ例如是由聚甲基丙烯酸曱醋，簡稱 雕40= 材質所構成。由於發光元件304所發出的色光能透過罩 ί旦山政射出來’因此使用者藉由罩體306散射出的色光即可 言;考識出音訊接孔術的位置及功能。另外，若有其他設 此為=亦可變更發光元件4〇4的數量與裝設位置，並不以 綜上所述’本創作之可變換音源輸出/入模組及其影音播放 10/15 M416815 裝置，透過可變色的發光單元提示使用者目前音源輸出/入介面 中各音訊接孔所設定的功能，除了可增加美觀性與提升夜間輔 助辨識性外，還提昇產品外觀視覺多元性，接著，透過圖形化 使用者操作介面提供使用者以直觀操作方式對音源輸出/入介 面中各音訊接孔的功能作切換或設定，藉以提升使用便利性。 以上所述僅為本創作之實施例，其並非用以侷限本創作之 專利範圍。 【圖式簡單說明】 圖1A係為本創作第一實施例之方塊圖。 圖1B係為本創作第二實施例之方塊圖。 圖2A與圖2B為本創作之使用者操作介面的示意圖。 圖3係為本創作之音源輸出/入介面之外觀示意圖。 【主要元件符號說明】 1 音源設定單元 10 音源編輯單元 12 作業單元 14 應用單元 2 控制單元 3 解譯單元 4 音源輸出/入介面 40 音訊接孔 400 音源輸出/入介面 402 音訊接孔 404 發光元件 406 罩體 第一音源輸出/入介面 11/15 41 M416815 410 音訊接孔 42 第二音源輸出/入介面 420 音訊接孔 5 發光單元 51 發光單元 52 發光單元 6 音源編譯單元 7 音效周邊裝置 71 第一音效周邊裝置 72 第二音效周邊裝置 δ 顯示器 80 圖形化使用者介面 800 操作晝面 802 圖形元件 804 圖形元件 806 下拉式選單元件 9 操作輸入裝置 100 影音播放裝置 150 影音播放裝置 12/15V. New type description: [New technology field] ‘Especially a convertible sound source 卜出/本 作 关于 关于 1 关于 关于 关于 关于 关于 关于 1 1 1 1 及 及 及 及 及 及 及 及 及 及 及 及 及 及 及 及 及 及 及 及 及 及[Prior technology] Human power: Year ί^Γ: 3 with ::::: The quality of entertainment is getting higher and higher. The specifications of the eight-differentiation and output channel, the central sound increase, the *heart, and the cymbal include the front left channel, the left middle channel, and the external force: one channel: the rear left surround channel, the right surround. _ 曰 、 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , Use, eve. There is also a part of the audio connection interface (audio jack) is not used ntel side, in 2004 proposed Hlgh Definition Audio high-fidelity sound effect - referred to as HD-Audio 'has a variety of audio output / input (M. _aming) technology can use the remaining _立$ to output different audio signals to make full use of all the sounds. In addition, the HD_AudiG is mounted on the plug 4 of the audio jack receiving plug to automatically connect the device, or the user can operate the interface through the user's operation interface δ weeks. A plurality of audio effect jacks mounted on the outer casing of the multimedia device are respectively displayed with a non-color mark to indicate different functions, so that the speakers of different channels can be plugged in according to different color indications. However, if the ambient light of the multimedia device is insufficient or dim, the user cannot easily and correctly find the terminal insertion hole corresponding to the terminal of the above §fl, which is very inconvenient. In addition, when the user 3/15 M416815 adopts Multi-streaming technology, Re-tasking technology or self-setting function of the audio jack, the 'fixed color audio jack will not show the currently set function'. The user must pass the user. The operation interface can know the current function of the audio jack', which may cause inconvenience to the user. Therefore, how to provide a convertible sound source output/input module has become one of the problems that researchers have to solve. [New content] According to the convertible audio source output/input module provided by this creation, the user can set the function of the audio source output/input interface (for example, audio input and/or audio output) and put it on the sound by 6 The light-emitting unit next to the hole-connecting hole displays a corresponding color to improve the function set by each audio-sounding hole in the current audio source output/input interface of the user, thereby improving the convenience and practicability of use. The transformable sound source output/input module provided by the embodiment of the dead creation includes: a control unit for receiving the transform instruction and correspondingly outputting the digital data; and an interpreting unit 用以 'for deciphering the digital poor material' for output control Signal; audio source output / input interface, ^ a plurality of audio jacks; a plurality of bribe units, the system is set in a plurality of Ιίί孔's 'to send a corresponding color light according to the control signal, to prompt / enter eight;, from the sound source Editing the element, (4) according to the control of the dragon signal output source 1 / input interface signal transmission direction. Unit book === sound playback device, including: sound source setting absolute call 奂 command, its sound source setting single engage - step includes: stand-up meaning early 7C, used to obtain custom sound source materials; work unit ^ set, data ' And provide the signal; and the application unit: - == change the command; the control unit is used to receive the conversion command ί to the signal; the sound source wheel level ^9 (9), to output control, J, eight complex audio jacks; a plurality of Illumination single 4/15 M416815: Out of the use of "according to the control signal, the interface of the unit, the root Qiu said" This creation can be arbitrarily = light unit prompts the current tone color to enhance the visual diversity of the product appearance, In addition to the auxiliary identification between the spurs, it also provides the function of switching and setting the operation interface of the money reduction mode in the form of money. The audio interface in the interface is used to enable further understanding of the creation of this feature: == = Gate I uses ==: Fine: = 'But these descriptions and the two [implementation] are not subject to any restrictions on the scope of this creation. Please refer to the U, the target 1 本 本 本 本 — — f f f f f f f f f f f f f f f f f f f f f f f f f 。 。 。 。 。 。 。 。 。 。 。 。 。 。 The movable yoke mountain/peripheral government display 8 and the operation wheel-in device can be changed. 3. The sound it i 5G includes: a control material 2, an interpretation unit, a ', then' face 4, a light-emitting unit 5, and a sound source compiling unit 6. The audio/video playback device (10) can be, for example, a desktop computer, a notebook type, and an electronic device having a shirt sound output/input interface. The corresponding single f 1 is used to provide a sound source according to the user's operation or setting result. The day source setting unit 1 can temporarily or permanently store data. &(^^; 17 for example, non-volatile memory, for example, read-only memory iron production, EPR 〇 M, EEPROM, Fiash ROM), hard disk or packet pass, sub-memory memory (FRAM), Magnetoelectric random access memory (MRAM) 5/15 other data storage media such as access memory (PCRAM). The sound source is set to 14. π includes: sound source editing unit 10, working unit 12 and application unit 8 The processing unit 10 can generate a graphical user interface 80, and can be used for display and display through the operation input device 9 (for example, panel buttons) ^ Keyboard, slippery, obedient ball, etc.) to operate or set. Source code. 70 取得 Acquire a custom sound source according to the user operation or setting result. The data working unit 12 receives the customized sound source information provided by the sound source editing unit 1 and: ^7, and the number to the application unit 'to inform the application unit 14 to prepare the Tielu ,stay. The crime early element 12 can be, for example, a Windows (Wind〇ws) operating system or other private operating system (e.g., 'I〇S, Andmid, Symbian, Windows Mobile, etc.). The application unit has an access protocol, and is mainly used to process related software and hardware programs of the sound transmission direction and/or path. The application unit 14 receives the signal ' provided by the job unit 丨 2 and provides a corresponding conversion instruction. The control unit 2 is connected to the sound source setting unit 1. The control unit 2 is configured to receive the conversion instruction provided by the application unit 14 and correspondingly output the digital data (for example, _ οιοιοιοι). In addition, the control unit 2 cooperates with the image editing/coder (not shown) to perform the encoding/decoding operation of the image signal to present the corresponding inner valley of the shirt image on the monitor 8. The control element 2 as described above may be, for example, a Micro Control Unit (MCU), and the microcontroller has a timer, a counter, a random access memory (RAM), and a read only. Memory (Read Only Memory, ROM), central processing unit (CPU), accumulator, analog-to-digital converter (ADC), digital to analog number 6/15 M416815 (Digital-to-Analog Converter, DAC), and / or input / output (I / O) interface and other computer functions. In addition, the control unit 2 can detect the change of the current value through the detection of the audio interface 40, and then know the function of the current audio jack 40, and provide related information to the sound source setting unit 1, the interpretation unit. 3. The lighting unit 5 and/or the sound source compiling unit 6 perform the aforementioned conversion operation. The interpretation unit 3 is connected to the control unit 2. The interpreting unit 3 is configured to interpret the digital data provided by the control unit 2 to output a control signal (for example, a voltage signal and/or a current signal) or a driving signal. The interpreting unit 3 can be connected, for example, to the signal decoder 〇 source output/input interface 4 and the interpreting unit 3. The audio source output/input interface 4 has a plurality of audio jacks 40. The audio source output/input interface 4 may include a sound source output interface of the center channel, the front left channel, the front right channel, the rear left channel, the rear right channel, and the subwoofer channel, and the microphone channel. And the audio input interface of a source input channel. The audio source output/input interface 4 can conform to one of the 2.1 channel, 5.1 channel or 7.1 channel source output specifications or a combination thereof. The aforementioned audio jacks 40 may be in accordance with analog signal specifications (for example, 5.5 mm terminal jacks, etc.) and/or digital signal specifications (for example, Sony/Philips Digital Audio Interface (SPDIF), High Resolution Multimedia Interface (HDMI), Fiber or coaxial, etc.). The lighting unit 5 is connected to the interpretation unit 3. The light emitting units 5 are disposed in a one-to-one correspondence around the audio receiving holes 40. The illuminating unit 5 is configured to issue a corresponding color according to the control signal outputted by the interpreting unit 3 to prompt the user to set the function of each audio jack 40 in the audio source output/input interface 4, thereby improving the convenience and flexibility of use. The light-emitting unit 5 can be, for example, composed of a multi-color light-emitting diode, and can emit high-intensity mixed colors of four colors of red, green, blue, and white (for example, blue 7/15 M416815, green, pink, orange, black , gray, white, etc., where black can be replaced by no light). In addition, if the light-emitting unit 5 further constitutes a dot matrix display, a plurality of information contents such as a symbol, a chaaeter, a sign, and the like can be displayed, thereby providing a better recognition degree for the user. Since the light-emitting unit 5 adopts the design of the light-emitting diode, it has the advantages of better recognition, long visible distance, saving power and long service life. The sound source compiling unit 6 is connected to the interpreting unit 3. The sound source compiling unit 6 converts the direction and/or path of the sound source output/human interface 4 according to the control signal output from the interpreting unit 3. In addition, the sound source compiling unit 6 can perform functions such as signal conversion, for example, analog signal to digital signal, and encoding. The eight-sound peripheral device 7 is connected to the audio source output/input interface 4. The sound effect week has a connection plug (not shown) for plugging into the I4 jack 40 in the audio source output/input interface 4, and forming a loop to transmit the phase _ = the device 7 can be, for example, a speaker, a microphone, and a microphone Wait). I see wind and / or 曰 source input device (for example, Cr) ί;: resistance-sensitive touch screen, organic light-emitting diode display. The graphical user interface 80 has a pull-down selection unit for the corresponding input hole (9) and the sound element peripheral device 7 and the like, to provide the user with an intuitive, eight-channel wheel phase setting (4). Second, the method selects the number and convenience of the graphic elements in the interface 80. Graphical use The number of hardware, the arrangement position is one-to-one correspondence. It can be connected to the control unit ♦2 of the δ/15 operation input device 9 of the audio jack 40. The operation wheel 9 is provided to provide a user to operate the graphical user 〆 80 for the associated audio conversion setting to provide a handle.操 Λ , , 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 具有 具有 具有 具有 具有 具有 具有 具有 具有 具有 具有 具有 具有 具有 具有The operation wheel input device 9 can be operated, for example, when the display 8 is a simple control camp, for example, a panel button, a remote controller, a keyboard, a mouse, a ruling ball, etc. Touch the pen or the user's finger. Next, please refer to FIG. 1A, which is a block diagram of the second embodiment of the present creation. The difference between the first embodiment and the second embodiment is that the second embodiment: the audio and video playback device 15 includes two sets of audio source output/input interfaces, two:: light early and two sets of sound peripheral devices The rest is the same as the first embodiment, and will not be described below. The second difficulty copper exit/entry interface 4] is installed in the front of the audio-video playback device 15〇. The audio feed hole 41〇 of the output source/input interface 41 is provided with an illumination 7L 51. The second audio source output/input interface 42 is installed in the audio/video board. '= and the audio connection of the second source wheel/out interface 42 is ““, nt light unit 兀” 2. The user can enter the graphical user interface 80 to compose and enter: =, change/set, etc., so that The first sound effect peripheral device: the sound effect is different from that of the first effective peripheral device 72. In other words, 'this creation allows the audio and video playback device to perform the output of the multi-channel audio stream output or the multi-channel wheel. The installation position of the second set-up interface is only an example. It is not used for this purpose. Next, please refer to Figure 2A and Figure B. The schematic diagram of the user interface is shown in Figure 2B. First, M416815 in the operation panel 800 of FIG. 2A shows a graphic element 802, a graphic element 804, a pull-down selection unit 8〇6, and graphic elements such as a speaker and a screen. Graphical element 802 represents the current first audio jack as an audio input function' and graphical element 802 is shown in blue. At this time, the light-emitting unit actually disposed around the first audio receiving hole also emits blue light to prompt the user. The graphic element 804 represents that the current second audio jack is an audio output function, and the graphic element 804 is displayed in green, and is also two degrees. At this time, the light emitting unit actually disposed around the second audio jack also emits green light. To prompt the user. Referring to FIG. 2B, when the user selects the graphic element 8〇2 and converts the first audio interface into an audio output function, the graphic element 8〇2 changes from blue to green. At this time, the light-emitting unit actually disposed around the first audio receiving hole is converted into blue light by the emitted blue light to prompt the user. In addition, the user can adjust the output channel to stereo sound, 2. 1 channel ' 5. 1 channel or 7.1 channel through the drop-down selection unit _. Please refer to Figure 3, _ 3 is the appearance of the audio source output/input interface of the creation. The audio source output/input interface 400 includes six audio jacks 402. Each of the holes 402 can be disposed together with a light-emitting element 404 and a cover 406, wherein the 2 light/C member 404 is embedded around the audio contact hole 4〇2, and the cover 4〇6 is set to the second cover. Hole = 2 on. The aforementioned cover 4〇6 is made of a light-permeable material. The enamel of the cover 4 is made of, for example, polymethyl methacrylate vinegar, abbreviated as a 40= material. Since the color light emitted by the light-emitting element 304 can be emitted through the cover, the color light scattered by the user through the cover 306 can be used; the position and function of the audio jacking operation are examined. In addition, if there is another setting of this = the number and arrangement position of the light-emitting elements 4〇4 can also be changed, and the above-mentioned convertible sound source output/input module and its video playback 10/15 are not in summary. The M416815 device, through the variable color light-emitting unit, prompts the user to set the functions of the audio input holes in the current audio source output/input interface, in addition to increasing the aesthetics and improving the nighttime auxiliary recognition, and improving the visual diversity of the product appearance, and then The graphical user interface provides users with the ability to switch or set the functions of the audio jacks in the audio output/input interface in an intuitive manner to improve ease of use. The above description is only an embodiment of the present invention, and is not intended to limit the scope of the patent of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1A is a block diagram of a first embodiment of the creation. Figure 1B is a block diagram of a second embodiment of the present creation. 2A and 2B are schematic diagrams of the user operation interface of the present creation. FIG. 3 is a schematic diagram of the appearance of the audio source output/input interface of the present invention. [Main component symbol description] 1 sound source setting unit 10 sound source editing unit 12 working unit 14 application unit 2 control unit 3 interpretation unit 4 audio source output/input interface 40 audio interface 400 audio source output/input interface 402 audio interface 404 light-emitting element 406 cover first audio source output/input interface 11/15 41 M416815 410 audio jack 42 second audio source output/input interface 420 audio jack 5 light unit 51 light unit 52 light unit 6 sound source compiling unit 7 sound peripheral device 71 A sound effect peripheral device 72 second sound effect peripheral device δ display 80 graphical user interface 800 operation face 802 graphic element 804 graphic element 806 pull-down selection unit 9 operation input device 100 video playback device 150 video playback device 12/15