1298486 九、發明說明·· 一、 【發明所屬之技術領域】 本發明係關於一種便於攜帶的聲音播放裝置，該聲音播放 裝置包含了第一播放元件、第二播放元件與連接元件。例如， 第-播放元件為CD P遺身聽，第二播放元件為具有播放數位資 料功能之隨身碟。、 二、 【先前技術】 人們所廣泛使⑽可攜式聲音播放裝置（如隨身聽），已 、經是許多人日常生活中不可缺少的用品。此種聲音播放裝置係 讀取儲存於特定媒體内之聲音檔案再加以輪出。所謂特定媒體 可以是各種尺寸的光碟片或是其他數位儲存裝置。 ❿ 為了讓使用者能夠隨時聽到音樂，便於攜帶的聲音輸出裝 置於是產生，即-般所·「隨身聽」。隨身聽會因為儲存媒 體的不同而有不同的名稱與設計，例如，讀取光碟片的隨身聽 可稱為「CD P遺身聽」’讀取數位資料的隨身體可稱為「數位 隨身聽」。近年來資1½業發達’因應伽者卿大量數位資 料的需求，而有所謂「隨身碟」產品的問世。所謂「隨身碟」， 係-種可隨身攜帶的數位儲存裝置，内建有半導體記憶體可以 理慈 4DARFON/04013TW，C04059 1298486 儲存數位資訊。目前麵上，亦有具有聲音播放功能之隨身 碟。這種隨身碟也是一種「數位隨身聽」。 由於不同的儲存媒體，所儲存的數位資料格式亦不同。舉 例來說，光碟片儲存的資料係音輸t (t然，光碟片亦可以 儲存MP3格式的資料）。此處所謂之音軌檔祕式係指一般 市售CD °曰片所採用之儲存格式，若使用電腦讀取音軌槽案 時，其檔名會顯示為「*.CDA」。由於市面上販售之音 多半係以音軌格式儲存，加上目前使用麵使用的音響設 備與擴音賴，冑能接受_音_案，故目齡音樂光碟之 販售市場上，似光則儲存音歸案為最主制方式。一般 而言，儲存聲音的數位資料袼式，會因為編石馬技術的不同而有 很多種不同的檔案格式，例如贈檔案、_檔案、_α 槽案等職格式。聲音數讀料格式的範，此處說明係 為了與前述之音歸料滅分（廣義而言，音軌資料亦是一種 數位資料；只是本案綱不_前賴定，先予指明）。 在使用CD隨身聽時’因為光碟片體積的關係，使用者常 會有攜帶光碟片的困擾。 三、【發明内容】 理慈 4DARFON/04013TW，C04059 1298486 本發明提供一種便於攜帶的聲音播放裝置，讓使用者可讀 取多種不同檔案格式之資料，而得到聲音的輸出。 本發明提供一種便於攜帶的聲音播放裝置，該聲音播放裝 置包含第一播放元件、第二播放元件與連接元件，第二播放元 件並包含一數位儲存裝置。第一播放元件用於從光碟片中讀出 第一資料，並將其轉換為聲音形式輸出。而第二播放元件從數 位儲存裝置中讀出第二資料，並將其轉換為聲音形式輸出。連 接疋件用於選擇性地連接第一播放元件與第二播放元件，當第 一播放元件與第二播放元件連接時，該第一資料可轉換為一第 三資料並儲存於該數位儲存裝置中。 本發明提供之便於攜帶的聲音播放裝置，可以讓使用者依 其需要，選擇最適當的聲音播放裝置以提昇便利性。此外，本 發明之聲音播放裝置，亦具有轉換不同檔案格式的功能，亦能 提昇使用上的便利性。 四、【實施方式】 本發明提供了一種便於攜帶的聲音播放裝置，讓使用者可 讀取多種不同檔案格式之資料，而得到聲音的輸出。 理慈 4DARF〇N/04013TW，C04059 8 1298486 圖1為本發明之聲音播放裝置實施例示意圖。本實施例之 聲音播放裝置100包含了第一播放元件1〇1、第二播放元件 103與連接元件105(在圖1中未圖式，請參閱圖2中之1〇5)。 第二播放元件103包含一數位儲存裝置2〇5 (在圖1中未圖 式，請參閱圖3)於其中，此處之數位儲存裝置2〇5可以是記 • 憶體、硬碟或其他具有類似功能的裝置。第一播放元件101 可以是一個CD隨身聽（但亦可讀取Mp3格式的資料檔案）， 而第二播放元件103可以是一個具有播放音樂（如Mp3、WMA 或其他聲音檔案格式）功能之隨身碟。第一播放元件1〇1可 從光碟片107中讀出第一資料(音軌資料或儲存於光碟片1〇7 之MP3、WMA或其他格式之聲音檔案資料），將其轉換為聲 音形式’經由第一輸出接頭11而輸出。第二播放元件^從 • 數位儲存裝置2〇5中讀出第二資料（MP3、WMA或其他聲音 檔案格式），將其轉換為聲音形式，經由第二輸出接頭13而 輸出。第一播放元件101具有控制面板17，用以控制第一播 放元件101之聲音播放。第二播放元件103亦具有控制面板 15，用以控制第二播放元件103之聲音播放。在使用本實施 例之聲音播放t置％*，使用者可以任意地選擇第一播放元件 101或是第二播放元件.103來播放想要輸出的聲音。在如圖J 理慈 4DARFON/04013TW，C04059 9 1298486 所示的實施例中，第一播放元件101與第二播放元件101相 連接（連接方式請參閱圖2中的說明）。此時，若是位於第一 播放元件101中的第一資料21，可以經由資料轉換元件203 (圖1中未圖示，請參閱圖3)將第一資料21轉換成第三資 料23 (圖1中未圖示，請參閱圖3)，轉換後的第三資料23 可以被儲存於數位儲存裝置205中。此處的資料轉換元件 203 ’亦可以韌體（fjrmware)之方式加以實施，並非限制於 一定要具有實體的裝置，而只要能夠達成檔案格式轉換的目的 即可。 圖2為本發明之聲音播放裝置實施例示意圖。如圖2所 示，連接元件105係選擇性地連接第一播放元件101與第二 播放元件103。連接元件105可以是一個USB轉接頭或是其 他具有類似功能的裝置。使用者可以依照個人的使用習慣，選 擇要攜帶聲音播放裝置1〇〇，或是單獨攜帶第二播放元件 103。舉例來說，使用者可以將由光碟片1〇7音樂資料，經由 前述之資料轉換元件203而將光碟片1〇7中資料轉換並儲存 到數位儲存裝置205中，此時只需隨身攜帶第二播放元件 103，以避免攜帶大量的光碟片1〇7的麻煩。承前所述，第二 播放元件103具有隨身碟的功能，故能單獨運作。 理慈 4DARFON/04013TW，C04059 10 1298486 圖3為本發明之聲音播放裝置實施例之系統圖。如圖3 所示，第一播放元件101可播放光碟片107。而第二播放元 件103中包含有數位儲存裝置205，數位儲存裝置205中可 儲存第二資料22 (槽案格式詳如後述）供使用者利用。當第 一播放元件101與第二播放元件103連接時，第一資料21可 經由資料轉換元件203轉換為第三資料23，傳送並儲存於數 位儲存裝置205中。如前所述，如此可以提供使用者更便利 的使用方式。 關於前述第一資料21、第二資料22以及第三資料23的 資料格式，茲說明如下。第一資料21係指一般光碟片1〇7中 所儲存聲音檔案，如音軌（光碟聲音資料）或Mp3檔案（數 位聲音資料）。而第二資料22係指一般Mp3隨身聽所能接受 的音樂檔案，如MP3、WMA或其他類似_格式（數位聲音 資 料）。而第三資料23亦是指一 般MP3隨身聽所能接受的音 料）。舉例來說，若原本光碟片1〇7 MP3檔案格式的話，則第一資料21 換，而直接儲存於數位儲存裝置2〇5 樂檔案’如MP3、WMA或其他類似槽案袼式等（數位聲音資 中的第一資料21已經是 可以不經過資料格式轉 中。 理慈 4DARFON/04013TW，C04059 11 1298486 藉由以上較佳具體實施例之詳述，係希望能更加清楚福 本發明之特徵與精神，社述所揭露的較佳具體實施例並非對 树明之料的限制。相反地，上_說明以及各種改變及均 等性的安排皆為本發明所欲受到保護的範嘴。因此，本發明所1298486 IX. INSTRUCTION DESCRIPTION OF THE INVENTION 1. Technical Field The present invention relates to a portable audio playback device including a first playback element, a second playback element, and a connection component. For example, the first playback element is a CD P listener and the second playback component is a flash drive with a digital data function. Second, [Prior Art] People have widely used (10) portable audio playback devices (such as Walkman), which have been indispensable for many people in their daily lives. Such a sound playback device reads a sound file stored in a specific medium and then rotates it. The so-called specific media can be optical discs of various sizes or other digital storage devices. ❿ In order to allow users to listen to music at any time, it is easy to carry the sound output device, that is, the “Watchman”. The Walkman will have different names and designs depending on the storage media. For example, the Walkman for reading a CD can be called "CD P Walkman". The digital body can be called a digital walkman. "." In recent years, the industry has developed a large number of products. In response to the demand for a large number of digital materials, there is a so-called "push-disc" product. The so-called "hand drive" is a digital storage device that can be carried around with built-in semiconductor memory. It can be used to store digital information. 4DARFON/04013TW, C04059 1298486. At present, there is also a portable disc with sound playback function. This kind of flash drive is also a kind of "digital player." Due to different storage media, the stored digital data format is also different. For example, the data stored on the disc is a t input (tru, the disc can also store MP3 format data). The so-called audio track file type refers to the storage format used by the general commercially available CD ° film. If the computer uses the computer to read the track slot file, its file name will be displayed as "*.CDA". Since most of the sounds sold in the market are stored in the audio track format, plus the audio equipment and sound reinforcement used in the current use, I can accept the _ sound_ case, so the market for music CDs is on the market. The stored sound is returned to the most dominant mode. In general, the digital data format for storing sounds can be varied in many different file formats, such as gift files, _files, and _α slots. The specification of the sound reading format is described here in order to eliminate the sub-category with the aforementioned sound. (In a broad sense, the audio track data is also a kind of digital data; only the outline of the case is not determined before, and is specified first). When using a CD player, because of the volume of the disc, users often have trouble with the disc. III. [Summary of the Invention] Lici 4DARFON/04013TW, C04059 1298486 The present invention provides an easy-to-carry sound playback device that allows a user to read data from a plurality of different file formats to obtain sound output. The present invention provides a portable audio playback device that includes a first playback component, a second playback component and a connection component, and a second playback component that includes a digital storage device. The first playback element is for reading the first material from the optical disc and converting it into a sound form output. The second playback element reads the second material from the digital storage device and converts it into a sound form output. The connecting element is configured to selectively connect the first playing element and the second playing element, and when the first playing element is connected to the second playing element, the first data can be converted into a third data and stored in the digital storage device in. The portable sound playing device provided by the invention allows the user to select the most appropriate sound playing device according to his needs to improve convenience. In addition, the sound playback device of the present invention also has the function of converting different file formats, and can also improve the convenience of use. 4. [Embodiment] The present invention provides a portable audio playback device that allows a user to read data of a plurality of different file formats to obtain sound output.慈慈 4DARF〇N/04013TW, C04059 8 1298486 Figure 1 is a schematic diagram of an embodiment of a sound playback device of the present invention. The sound playback device 100 of the present embodiment includes a first playback element 1〇1, a second playback element 103, and a connection element 105 (not shown in Fig. 1, see 1〇5 in Fig. 2). The second playback component 103 includes a digital storage device 2〇5 (not shown in FIG. 1, please refer to FIG. 3), wherein the digital storage device 2〇5 can be a memory, a hard disk or other A device with similar functions. The first playback component 101 can be a CD player (but can also read a data file in the Mp3 format), and the second playback component 103 can be a portable device having the function of playing music (such as Mp3, WMA or other sound file formats). dish. The first playback component 101 can read the first data (the audio track data or the audio file stored in the MP3, WMA or other format of the optical disk 1〇7) from the optical disk 107, and convert it into a sound form. It is output via the first output connector 11. The second playback element ^ reads the second material (MP3, WMA or other sound file format) from the digital storage device 2〇5, converts it into a sound form, and outputs it via the second output connector 13. The first playback element 101 has a control panel 17 for controlling the sound playback of the first playback component 101. The second playback component 103 also has a control panel 15 for controlling the sound playback of the second playback component 103. By using the sound playback t set %* of the present embodiment, the user can arbitrarily select the first playback element 101 or the second playback element .103 to play the sound desired to be output. In the embodiment shown in Fig. J. 4DARFON/04013TW, C04059 9 1298486, the first playback element 101 is connected to the second playback element 101 (see the description in Fig. 2 for the connection method). At this time, if the first data 21 is located in the first playback element 101, the first data 21 can be converted into the third data 23 via the data conversion component 203 (not shown in FIG. 1, please refer to FIG. 3) (FIG. 1) Referring to FIG. 3), the converted third data 23 can be stored in the digital storage device 205. The data conversion component 203 ' herein may also be implemented in the form of a firmware (fjrmware), and is not limited to a device having a physical entity, as long as the file format conversion can be achieved. 2 is a schematic diagram of an embodiment of a sound playback device of the present invention. As shown in Fig. 2, the connecting member 105 selectively connects the first playing element 101 and the second playing element 103. The connecting element 105 can be a USB adapter or other device having similar functions. The user can select to carry the sound playback device 1 or carry the second playback component 103 separately according to the personal usage habits. For example, the user can convert and store the data in the optical disc 1〇7 from the music data of the optical disc 1〇7 through the data conversion component 203 described above into the digital storage device 205. The component 103 is played to avoid the trouble of carrying a large number of optical discs 1〇7. As described above, the second playback element 103 has the function of a flash drive and can operate independently.慈慈 4DARFON/04013TW, C04059 10 1298486 Figure 3 is a system diagram of an embodiment of a sound playback device of the present invention. As shown in FIG. 3, the first playback element 101 can play the optical disc 107. The second playback element 103 includes a digital storage device 205. The digital storage device 205 can store the second data 22 (the format of the slot is described later) for use by the user. When the first playback element 101 is connected to the second playback component 103, the first material 21 can be converted to the third data 23 via the data conversion component 203, transmitted and stored in the digital storage device 205. As mentioned earlier, this can provide a more convenient way for users to use. The data format of the aforementioned first data 21, second data 22, and third data 23 will be described below. The first data 21 refers to the sound files stored in the general optical disc 1〇7, such as audio tracks (disc sound data) or Mp3 files (digital sound data). The second data 22 refers to a music file that can be accepted by a general Mp3 player, such as MP3, WMA or other similar _ format (digital sound material). The third data 23 also refers to the audio that can be accepted by the MP3 player. For example, if the original CD-ROM 1〇7 MP3 file format, the first data 21 is changed, and stored directly in the digital storage device 2〇5 music file 'such as MP3, WMA or other similar slot type, etc. (digit The first data 21 in the voice resource can already be transferred without the data format. Lici 4DARFON/04013TW, C04059 11 1298486 By the detailed description of the above preferred embodiments, it is hoped that the characteristics and spirit of the invention can be more clearly understood. The preferred embodiments disclosed in the above description are not intended to limit the material of the invention. Conversely, the above description and various changes and equal arrangements are the scope of the invention to be protected. Therefore, the present invention
應該根據上述的說明作最寬廣的解 、’涵盍所有可能均等的改變以及具解性的安排。The broadest solution should be made in accordance with the above description, and all possible equal changes and arrangements should be included.
理慈 4DARFON/04013TW，C04059 12 1298486 五、【圖式簡單說明】 圖1為本發明之聲音播放裝置實施例示意圖； 圖2為本發明之聲音播放裝置實施例示意圖；以及 圖3為本發明之聲音播放裝置實施例之系統圖。 101第一播放元件 105連接元件 11第一輸出接頭 15第二控制面板 203資料轉換元件 21第一資料 23第三資料 【主要元件符號說明】 100聲音播放裝置 103第二播放元件 107光碟片 13第二輸出接頭 17第一控制面板 205數位儲存裝置 22第二資料 理慈 4DARFON/04013TW，C04059 13BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic diagram of an embodiment of a sound playing device of the present invention; FIG. 2 is a schematic diagram of an embodiment of a sound playing device of the present invention; A system diagram of an embodiment of a sound playback device. 101 first playback element 105 connection element 11 first output connector 15 second control panel 203 data conversion component 21 first data 23 third data [main component symbol description] 100 sound playback device 103 second playback component 107 optical disc 13 Two output connector 17 first control panel 205 digital storage device 22 second data Lici 4DARFON/04013TW, C04059 13