200923667 六、發明說明： 【發明所屬之技術領域】 本發明係關於通用序列匯流排(USB，universal serial bus)記憶 - 裝置，尤有關於能夠使—記憶區從外部記憶體(包含一安全數據 一 (SD(Seture digital)記憶卡）、内部記憶體或記憶區（即記憶體本身） 之分割記憶區中被選出、並使播放裝置識別出被選出的記憶區之 USB記憶裝置。 【先前技術】 ,—；^憶農置為用以以電子方式儲存電子元件或處理 ;至;二電:之指令及資料之儲存裝置，該電子元件包 二i❿零件且執行—特定電子功能，例如包含至少-電子 置、廣播裝置、教育裝置或娛樂裝置；而該 0被叹置在此執行一獨立功能的特定電子 方== ϋ 及υ樂播放、影像播放、錄音、影像(如日s片)儲 將對於個別功能所獲取的資料儲以 裝置难至播放 内部記憶體，用以被汽車音訊播放^ 或電腦)之琿；及 經由USB埠而識別出。 °。 般音訊播放器 '電腦等 - 在這樣的記憶體(例如快閃記憔I#、ςΓ^ t compact flash)記憶體、或一些其他5己憶體、閃存(CF， 多個分割的記憶區。，-八〃、、5己憶體)中，存在—個或 在這禮，『記憶體』是指以『F ••卸除式磁碟』或相似的形式 200923667 一 在這樣的 記^區中’儲存多種資料，例如音訊 ς 明中：係以相同方歧分術語『記憶體』與在下列说 富_記憶裝置之USB琿被連結至播放褒^▲日士 別出所有記憶體的分害说憶區’經由設置在穿 ，城______置^^ 為記鮮妓如上叙触灯時，一致認 =SB讀裝置疋—記憶體件，此時，不論記憶區的數量為何， ίΐϊί”經由播放裝置加以顯示，以至於有保密性之困難且 片!況而加^ ^示因為連不必要的記憶區也和必要的記憶區一樣視 此夕卜丄在經由包含於播放裝置中之界面而達成播放播案的程 序中’由於-疏裝置被認為是—記紐件且記憶裝置 憶區均可_示之事實，故執行選擇必要記_之程序，以致於 已提出此一所有記憶區之顯示並非必要。 、 、再者，在將一十分便利的界面設置在播放裝置中的情況下， 選擇-記憶區是可能的；'然而，尤其在設置著被限制於播放特定 檔案之界面的情況下(如在汽車音訊播放器、一般音訊播放器、視 訊播放器等中），除了欲播放之資料外，所有資料皆被顯示°，° 引起透露非必要資料的問題。 、 【發明内容】 【技術問題】 因此，由於以上發生在先前技術中的問題，故創作本發明。 本發明的一目的是提供一 USB記憶裝置，其能夠藉由設置在USB 記憶裝置中之一個或多個開關，使一記憶區從多個分割的記憶區 之中被選出。只有被選出的記憶區被播放裝置識別為記憶體了: 未選出的記憶區並不在播放裝置上顯示，因而輕易地將未選出的 200923667 δ己1.¾區保密。 有有的係提供—咖記憶裝置，在播放聚置具 樂或影像&資料、之===影像(視訊)的功能）、且已儲存音 下，其允許被選出的f己或，開關加以選出的情況 像相關Ϊ二二$放裝置中之所有記憶區搜尋音樂相關或影 、、 因而降低目前所需的搜尋時間。 【技術解決方案】 ^ ·· - USB ^ ^ 的開關，德區；及—或多個由其外側暴露出 之4。：==多，的記憶區中選擇出-記憶區 於開關的信號而選包含一交換單元，用以回應來自 至用發明提供—usb記憶裝置，其被連結 音訊播放器、DVD^tn裝置’如汽車音訊播放器、一般 置包含··— 播放态、導航糸統、或電腦。該USB記憶裝 記憶區；及—夠使USB與播放裝置通訊；多個分割的 記憶區且使被個=的記憶區之中選擇一 加以選擇，H 夠運作，其中該一記憶區係由開關 為了實記憶區婦妓職記憶體。 一咖埠，^以Λ的，本發日月提供—USB記憶裝置，其包含： 分割高容量記㈣USB職*之能力；多個分割記憶區，藉由 一個或多個開，^空間而形成，或由小尺寸記憶體所形成； 且使此被敎？—^纟衫個分綱記憶區之帽擇—記憶區， 收從開關ϊίίϊ:，作；r交換單元’其包含一用以接 換單元經加mi動、及連結至記舰的連結軒，其中交 由USB通訊連^ ϋ選擇一記憶㊣，且僅所選出之記憶區被經 連m之播放裝置識別為記憶體。 200923667 記憶區是藉由分割一單一高容量記憶體所形成；或由多個獨 立之小尺寸記憶體所形成。 此外’在USB記憶裝置中，開關能夠藉由其啟動而使一記憶 區被選出。詳&之，此運作乃藉由包含一交換單元加以實施。 交換單元的實施例包含：一控制器，用以接收從開關來的信 號；一連結端子，連結至用以被控制器啟動之USB埠；及連結端 子，連結至各自之記憶區，其中為選出一記憶區而在連結端子"之 間的連結與釋放是藉由連結端子透過控制器的啟動加以執行。 此外，交換單元的另一實施例包含用以接受來自開關之信號 的控制器(如微電腦），其中一記憶區由微電腦從多個位於記情體 之分割記憶區選出。 " 同時，記憶區是用來儲存檔案的空間，在USB記憶裝置包含 一單一高容量記憶體的情況下，每個記憶體的分割儲存空間可^ —記憶區。在USB記憶裝置包含多個小尺寸記憶體的情況'黎 個小尺寸記憶體可為一記憶區。 因此，就高容量記憶體而言，使用開關去選擇一記憶 從多個分割儲存空間中選出其中一個儲存空間。就多個小 ^ =而言，選擇—記憶區乃指從多個小尺寸記紐中選出一個記 單件S體在下文中，『選擇—記憶區』是指選擇單—儲存空間或 ^者，如上所述，『記憶體』是指以『F :卸除式磁碟 ^形式顯示在-典型電腦上之單元，而『記憶區』是指=固定 j的形式存在於記憶财之—儲存空間或多赌贿域^ ίί』。在下列說明中’係以相同方式區分術語『記憶體』與『記 相同或相似的樓案被分類為音樂檐、演講槽金 :資·等’這些__存在各個記麵中J竑装= σ。買取及播放由開關從記憶區中所選出之一記憶區。 在配置於USB記，ϋ裝置上朋來從記憶區中選出—記憶區之 7 200923667 對 關之一記憶區 開 叙卜二ί開關的另—實施例中，配置—開關，且藉由重複啟 以心個記憶區中選出—記憶區。在這種情況下，當 k區被選取時，先前所選的記憶區則被釋放。 田° ，外’在開關的又另一實施例中，配置正向與反向 中選擇並啟動—開關，使每個記憶區從這些依正向 開關中被選出。當-記憶區被選取，先前所選的記 者辯記難置可進—步包含—顯示器，其可讓使用 ίϊϊί㈣⑳。此顯示11可包含—在USB記憶裝置外側上 包含用以用以顯示一指定至各個記憶區的數字，或可 用乂對應至各自之記憶區且僅就一選取記憶區加以點亮之小 、丘泡。5明严地，小燈泡包含發光二極體(LED，light emission diode}。 曰，時，交換單元的第一實施例將詳細地敘述如下。在記憶區 夕個丨、尺寸5己丨思體形成的情況下，一交換單元可包含：一控200923667 VI. Description of the Invention: [Technical Field] The present invention relates to a universal serial bus (USB) memory device, and more particularly to enabling a memory area from an external memory (including a secure data one) (SD (Seture digital) memory card), internal memory or a memory area (ie, the memory itself) is selected in the divided memory area, and the playback device recognizes the selected USB memory device. [Prior Art] , -; ^ recalled as a storage device for electronically storing electronic components or processing; to; two electricity: instructions and materials, the electronic components include components and perform - specific electronic functions, for example, including at least - Electronic device, broadcast device, educational device or entertainment device; and the 0 is sighed here to perform a separate function of the specific electronic side == ϋ and music playback, video playback, recording, video (such as the Japanese s film) will The data obtained for individual functions is stored in a device that is difficult to play internal memory for playback by car audio or computer; and is identified via USB port. °. General audio player 'computer, etc. - in such memory (such as flash memory I#, ςΓ^ t compact flash) memory, or some other 5 memory, flash memory (CF, multiple divided memory areas. - In the case of gossip, 5, and 5), there is one or a gift, "memory" refers to "F••Removable Disk" or a similar form 200923667. 'Storing a variety of materials, such as audio instructions: the term "memory" in the same way and the USB port in the following _ memory device is linked to play 褒 ^ ▲ 日 别 别 All memory is said to be harmful Recalling the area 'by setting in the wear, the city ______ set ^^ to remember the light as above, the same = SB reading device 记忆 - memory body, at this time, regardless of the number of memory areas, ίΐϊί" The playback device is displayed so that it is difficult to maintain the confidentiality and the film is added because the unnecessary memory area is also the same as the necessary memory area, and the interface is included in the interface through the playback device. In the process of reaching the broadcast broadcast, the '--the device is considered to be the And the memory device can be used to show the facts, so the process of selecting the necessary record _ is performed, so that the display of all the memory areas is not necessary. Moreover, in a very convenient interface setting In the case of a playback device, a selection-memory area is possible; however, especially in the case where an interface limited to playing a particular file is set (eg in a car audio player, a general audio player, a video player) In addition to the information to be played, all the information is displayed °, ° causes the disclosure of non-essential information. [Invention] [Technical Problems] Therefore, due to the above problems in the prior art, the creation SUMMARY OF THE INVENTION One object of the present invention is to provide a USB memory device capable of selecting a memory area from a plurality of divided memory areas by one or more switches provided in the USB memory device. The selected memory area is recognized as memory by the playback device: the unselected memory area is not displayed on the playback device, so the unselected 200923667 δ has been easily removed. 1.3⁄4 zone confidentiality. Some provide a coffee memory device, which can be selected when playing a music or video & data, ===image (video) function, and stored tone If the switch is selected, the search will be related to the search for music in all the memory areas in the relevant memory device, thus reducing the search time currently required. [Technical Solution] ^ ·· - USB ^ ^ The switch, the German zone; and - or a plurality of 4::==, the memory area selects the -memory zone in the switch signal and selects an exchange unit to respond to The invention provides a usb memory device that is connected to an audio player, a DVD^tn device such as a car audio player, a general device, a playback state, a navigation system, or a computer. The USB memory is provided with a memory area; and - the USB is enabled to communicate with the playback device; the plurality of divided memory areas are selected by a selection of one of the memory areas, and H is operable, wherein the memory area is switched In order to remember the memory of women and children in the real memory area. A curry, ^ Λ , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB Or is it formed by a small size memory; and makes this be smashed? —^ 纟 个 个 个 个 — — — — — — — — — — — — — — — — — — — — — — — — — — , , , , , , , , , , , , , , , , , , , , , Among them, the USB communication link selects a memory positive, and only the selected memory area is recognized as a memory by the playback device connected to m. 200923667 The memory area is formed by dividing a single high-capacity memory; or by a plurality of independent small-sized memories. Furthermore, in a USB memory device, the switch can be selected by activating its memory. In detail & this operation is implemented by including an exchange unit. An embodiment of the switching unit includes: a controller for receiving a signal from the switch; a connection terminal coupled to the USB port for being activated by the controller; and a connection terminal coupled to the respective memory area, wherein the selection is performed The connection and release between the connection terminals " in a memory area is performed by the connection terminal through the activation of the controller. In addition, another embodiment of the switching unit includes a controller (e.g., a microcomputer) for accepting signals from the switches, wherein a memory area is selected by the microcomputer from a plurality of divided memory areas located in the ticks. " At the same time, the memory area is the space for storing files. In the case where the USB memory device contains a single high-capacity memory, the divided storage space of each memory can be a memory area. In the case where the USB memory device contains a plurality of small-sized memories, the small-sized memory can be a memory area. Therefore, in the case of high-capacity memory, a switch is used to select a memory to select one of the plurality of divided storage spaces. In the case of a plurality of small ^ =, the selection - the memory area refers to selecting a single piece of S body from a plurality of small size entries. In the following, "selection - memory area" refers to a selection list - storage space or ^, As mentioned above, "memory" refers to the unit displayed on the typical computer in the form of "F: removable disk ^, and the "memory area" refers to the form of fixed j in the memory - storage space Or more gambling bribes ^ ίί』. In the following description, the term "memory" is distinguished in the same way as "the same or similar building is classified as music 檐, speech slot gold: ......" __ exists in each face J 竑 = σ. Buy and play a memory area selected by the switch from the memory area. In the USB device, the device is selected from the memory area - the memory area 7 200923667 is in the other embodiment of the memory area, the configuration - switch, and by repeating Select the memory area from the memory area. In this case, when the k zone is selected, the previously selected memory zone is released. In yet another embodiment of the switch, the forward and reverse select and activate switches are configured such that each memory region is selected from the forward switches. When the -memory area is selected, the previously selected narrator can hardly enter the step-by-display, which allows the use of ίϊϊί(4)20. The display 11 can include - a number on the outside of the USB memory device for displaying a number assigned to each memory area, or a small, mound that can be used to correspond to a respective memory area and only illuminate a selected memory area bubble. 5, the light bulb contains a light emitting diode (LED). The first embodiment of the exchange unit will be described in detail below. In the memory area, the size of the 5 丨 尺寸In the case of formation, an exchange unit may include:
I 142 i用以接收從開關來的信號；一第一連結端子，經由控制器 、、、二至USB埠；及多個第二連結端子，連結至相對應的記憶 二鬥在這種情況下，當一開關從多個開關中被選出且接著啟動或 被重複啟動時，藉由在控制器的控制下啟動第一連結端子 沣連結端子，以執行連結或釋放。在這種情況下，當第一連 二碥子連接至一第二連結端子時，在其他第二連結端子與第一連 、、、。碥子之間的連結則被釋放。 θ ^外’交換單元的第二實施例將詳細地敘述如下。在記憶區 $單二向容量記憶體形成的情況下’包含一控制器(如微電腦）， 二^制器使得—記憶區可經由啟動開關而從多個分割記憶區中加 出、’且當一開關從多個開關中選出且接著啟動、或當單一開 破4複啟動時，藉由控制器而選出該一記憶區。 所有類型之典型可攜式記憶體可用來當作適用於本發明之 200923667 =SB記憶裝置的記憶體。可將快閃記憶體、$ =腦硬碟、或其他各式各樣的記憶體分割“憶區或S 【有益之效果】 區。播以f置中選擇-記憶 降低目前所需的^時目卩Γ “像相_所有記憶區之程序，藉此 音訊^器僅:的U區由播放裝置(如汽車 能實現避免非必要的記憶體或記憶i被 供保密性的優勢。 ”下而對未&之圮憶區如 【實施方式】 如下依據本& θ之實施例’usb記触置將參照關詳細地敘述 V- 視圖；圖3為概要地顯示圖！之記㈣另：實施例的透 圖；圖4為概要地顯示在圖i到3 另一實施例的透視 圖；圖5為概要地顯示圖4之:^置，内部結構的方塊 首先，依據本伽之USB記^f 3 =施_方塊圖。 播放器、導航祕、伴唱播《、一般音訊 開關-用以在多個分割的記憶區==度及區:= 9 200923667 好能進一步提供用以回應開關130之啟動而選擇一記憶區的交換 單元140。 如圖1所示，形成USB埠11〇以連結至設置在播放裝置中之 ' 埠(未顯示）；藉由將USB埠110連接至播放裝置之埠，USB記憶 裝置100可被播放裝置所識別。 二立同時，如圖1所示，配置開關130的實施例，俾設置由USB §己憶裝置100的外表面暴露且分別對應至個別記憶區之多個開關 130 ’而當關被啟動時則選取—記憶區，此記憶區對應至從 開關中選出的一開關。 此外，如圖2所示，配置開關13〇的另一實施例，俾設置由 疏裝置1GG之外表面暴露之正向與反向序列開關⑽，而 二選取且啟動時’依正向或反向次序從多個記 並且，如圖3所示，配置開關13〇的又另一實施例，置 =SB記憶裝置⑽之外表面暴露之—開關ug 破啟動時，，好健級轉之罐區帽出—記憶區1關 u- ΙΙΐ ’每—個記憶區為—經認定為—記憶體之標準單元，斑 Ϊ心接^播放裝置(如汽車音訊播放器、—般音訊播放 圖4之實施例所示，在有多個小尺寸的 ϋ 記憶裝置刚内部之情況下，記憶區是指 开14ί)Γ t的5己憶體120 ’與此小尺寸記憶體之連結可由交換單 =力=擇。相反地，如圖5之實施例所示，在有'由一； liiti 100 5 可由^單元的儲存空間120a，與此記憶體之連結 連結單寸rr2。中的分割儲存空間之 存空間不能被=己憶i棒所以在小尺寸記憶_中的儲 文字全相同或相似類型的檔案分類為例如音毕檔荦、 文子㈣、動晝槽案、錄音槽案、或資料播案，且將每 10 200923667 一個記憶區120或12〇a中。僅一由交換單元14〇從記憶區12〇或 120a之中選出的記憶區丨2〇或i2〇a可以被存取及播放。 因此，在USB記憶裝置100連結至一汽車音訊播放器或一一 般音訊播放器的情況下，只有一或多個記憶區12〇或12〇 . 案被儲存在此)可選擇性地被存取。 ’、田 此外，記憶區120或12〇a可分為使用者可任意分割及合併之 可變式雜區’及事先已形成因此不能作^任何任意變更之固 ίΐϊί二種記憶區120或施之記憶體以可交換或不 T乂換的方式包含在USB記憶裝置1〇〇中；或者，可經由一八 ,而連接至外部記憶體’且經由交換單元⑽來執行: 痛奐單兀140被包含在記憶裝置100中，以便回 應開關130之啟動而選擇一記憶區12〇或12%。 如圖4所示，在記憶區120係由多個小尺寸記17n 成的情況下，將交換單元14〇的實施^體3 = 142’用以接收來自於開關13()的 二1 : 由控制器142而連、㈣ττςβ捨11Λ · n遷、4子144，經 連έ士至各自的4 & 口 阜〇，及夕個第二連結端子146， # —_從多個_ 13G中被選出且接 者啟動，或當早一開Μ 130被重複啟動時，第一遠 I或切斷。在這種情5 G 5被啟動’因而達成連結 端子H6時，端/ 144連接至一第二連結 結則被釋放。 、。 〜第一連結端子144之間的連 形成=況由單—高容量記憶㈣ 以從多则繼控制請，用 一開關130被重複啟動時，一記 接者啟動，或當單 -微電腦可用來當做控制器142^°⑽猎由控制器142被選出。 同時’咖記憶裝置1〇〇更包含一配置在其外表面的顯示器 11 200923667 150 ’以便使用者可識別被選擇的記憶區120或120a。如圖1至3 所示:將顯示器150配置，成包含一數位數值顯示器152，其係用 以顯示一指定至各個記憶區120或120a的數字，而開關130可被 才曰疋對應至各自的記憶區120或120a之顏色或數字，或者其可包 含小燈泡154,該小燈泡154對應至各自的記憶區且用以點^一被 選出的§己憶區。明顯地，小燈泡包含發光二極體(lED)。 、依據本發明USB記憶裝置的構造與運作將參照附圖簡短地敘 述如下。 首先，USB記憶裝置之實施例將參照圖丨及圖4之組合來敘 述。USB記憶裝置10〇包含：多個開關13〇，配置於其外表面上， ，對應至各自的記憶區12〇 ;控制器142，用以從開關13〇接收信 號；第厂連結端子144，連結至USB埠11〇且由控制器142加以 ί動:第二連結端子146 ’經由第一連結端子144之絲而連結至 第-連結端子144、且連結至各自的記憶區12();及記憶區12〇， 小尺寸記憶體12〇所形成。現有的小尺寸記憶體如SD記憶 體或快閃記憶體’可用來作為小尺寸記憶體。 開關130彳被指定對應至各自的記憶區120之顏色或數字。 使?者按下其中-個開關u〇，則產生一信號，之後，藉由已 之控彻142，啟動第"連結端子144，俾將第一連結 連結至被連結到相對應記憶區120之第二連結端子146 其中之一。 ，由以上敘述之程序，_記憶區12G從多個記憶區12〇之中 〒選且僅此被的記憶區12()被播放裝置識別為記憶體。 或相似峨纖以『F:卸除式磁碟』 之缸Βτΐ‘ϊ裝置的其他實施例將參照圖2、圖3及圖5 、口來敛达USB §己憶散置11〇包含：一或兩個配置在其外 收信號的控制器142;數位數 12 200923667 單一高容量記憶體124形成之多個分割記憶區120a。現有的記憶 體可用來作為高容量記憶體124。 在這裡，在開關130只有一個的情況下，利用其以正向或反 向選擇記憶區120a。在開關130有兩個的情況下，利用其以兩方 ‘ 向（也就是以正向及反向）來選擇一記憶區120a。同時，在開關 有三個或更多的情況下，用這些開關來選擇對應至其中一者之記 憶區120a。 當單一開關130被重複按下、或兩個或多個開關其中之一被 按下時，即產生一信號，藉由已接收到此信號之控制器142而選 ，一記憶區120。之後，顯示一數字或點亮一相對應的燈泡以便能 夠識別被選出的記憶區12〇a。 夠發Ϊ、’使僅由錄放裝置選出的一記憶區120或1施能 二被識別出之方法被分為兩種。魏，如圖4所示 體作憶區财記憶區之間切換的方法係、以此一方ί ⑽於當由-開關產生一輸入時，連 至被選出的記憶體之後，播在^控制器連結 如圖5所示，用來分割_單_^ ί，別出咖記憶裝置。 使僅-記憶區能夠被識別出的方法g 5己憶體成多個記憶區及 如圖5所示，分割一單一 — 僅一記憶體能夠被播放裝置識二f吻體成多個儲存空間及使 圖7詳細地敘述。，圖6為顯示奸二:體的方法’將參考圖6及 量記憶體分割成多個記憶區之圖、）林發明之實施例將單一高容 憶區之程序的圖式，該-記憶2 7為顯示僅識別出-記 記憶區中所選出。 ’足夕個圖6之高容量記憶體之 圖6之單-高容量記憶體被 路 D成斤茜數目的儲存空間，每 別程序中，使記憶區12〇a的尺寸算仃在一初始記憶體識 —實體位址以便回應存取記憶體°入5記憶體的尺寸，轉換 區域，並執行成為記憶區之分割。°P 7 (5買/寫命令)而存取被選擇 如圖5所示，公室，丨—ss ^ . 200923667 個儲存空間有主要啟動紀錄(MBR，master b〇〇t rec〇r巾、啟動紀錄 (BR，bootrecord)、及檔案配置表(FAT, flle all〇cati〇n table)，如―典 型硬碟的分。如圖7所*，上述分割之高容量記㈣被外部的、 播放裝置識別為-單-儲存空間；也就是僅—記憶區被外部的播 放裝置識別為整個記憶體。在圖7⑻中，當依據本發明的咖記 憶裝置經由USB埠連結至播放裝置，並向USB記憶裝置提供電 力：寺’則USB記憶裝置判定—設定儲雜間的記髓且開始usb 。之後，設定區的MBR被傳送至播放裝置，而作為主機之播 哀置只識別出設定區。因此，播放裝置只識別本發明之usb 憶裝置之設定區為實體記憶體。I 142 i is for receiving a signal from the switch; a first connection terminal is connected to the corresponding memory bin via the controller, the second to the USB port, and the plurality of second connection terminals in this case When a switch is selected from a plurality of switches and then activated or repeatedly activated, the connection or release is performed by activating the first connection terminal 沣 connection terminal under the control of the controller. In this case, when the first connection terminal is connected to a second connection terminal, the other second connection terminal is connected to the first connection. The link between the scorpions is released. The second embodiment of the θ ^ outer 'exchange unit will be described in detail as follows. In the case where the memory area is formed by a single two-way capacity memory, 'contains a controller (such as a microcomputer), and the second memory device enables the memory area to be added from a plurality of divided memory areas via the start switch, and A switch is selected from a plurality of switches and then activated, or when a single break is activated, the memory area is selected by the controller. All types of typical portable memory can be used as memory for the 200923667 = SB memory device of the present invention. You can divide the flash memory, $= brain hard disk, or other various types of memory into the “Recall Area or S [Beneficial Effect] area. Broadcast with f to select - memory to reduce the current time required ^ Witness "Like phase _ all memory areas of the program, by means of the audio device only: the U area by the playback device (such as the car can achieve the advantage of avoiding unnecessary memory or memory i is for confidentiality.) The following is a description of the V-view according to the embodiment of the present & θ, and the following is a detailed description of the V-view; FIG. 3 is a schematic view of the figure! FIG. 4 is a perspective view schematically showing another embodiment of FIGS. 1 to 3; FIG. 5 is a schematic view showing FIG. 4: the block of the internal structure is first, according to the USB of the gamma ^f 3 = Shi _ block diagram. Player, navigation secret, accompaniment broadcast, general audio switch - used in multiple divided memory areas == degrees and areas: = 9 200923667 can be further provided to respond to switch 130 The activation unit 140 is selected to activate a memory area. As shown in FIG. 1, a USB port 11 is formed to be connected to the setting. '埠 (not shown) in the playback device; by connecting the USB port 110 to the playback device, the USB memory device 100 can be recognized by the playback device. Simultaneously, as shown in FIG. 1, the configuration of the switch 130 is implemented. For example, a plurality of switches 130' exposed by the outer surface of the USB device 100 and corresponding to the individual memory regions are respectively selected, and when the gate is activated, a memory region is selected, which corresponds to the selected one of the switches. In addition, as shown in FIG. 2, another embodiment of the configuration switch 13A is configured to set the forward and reverse sequence switches (10) exposed by the outer surface of the device 1GG, and the second selection and start-up In a reverse or sequential order from a plurality of records, and as shown in FIG. 3, another embodiment of the configuration switch 13A, the surface of the SB memory device (10) is exposed - when the switch ug is broken, the good level Turn the can area to the hat - memory area 1 off u- ΙΙΐ 'every memory area is - identified as the standard unit of memory, Ϊ Ϊ heart connected ^ playback device (such as car audio player, - audio playback As shown in the embodiment of Figure 4, there are a plurality of small sizes In the case where the memory device is just inside, the memory area means that the connection between the 5 memory cells 120' and the small size memory can be selected by the exchange order = force = instead, as shown in the embodiment of FIG. It is shown that there is a storage space 120a of the unit by liyi 100 5, and the connection with the memory is connected to the single inch rr2. The storage space of the divided storage space cannot be replaced by the memory of the small size. The files in _ are all the same or similar types of files classified as, for example, audio files, texts (four), dynamic files, audio recordings, or data broadcasts, and will be a memory area of 120 or 12〇 every 10 200923667 in. Only a memory area 丨2〇 or i2〇a selected by the switching unit 14〇 from the memory area 12A or 120a can be accessed and played. Therefore, in the case where the USB memory device 100 is connected to a car audio player or a general audio player, only one or more memory areas 12 or 12 are stored therein and can be selectively accessed. . ', Tian In addition, the memory area 120 or 12〇a can be divided into variable miscellaneous areas that can be arbitrarily divided and merged by the user', and the two types of memory areas 120 or applications that have been formed beforehand and cannot be arbitrarily changed. The memory is included in the USB memory device 1 in an exchangeable or non-switchable manner; alternatively, it can be connected to the external memory via the eighth and is executed via the switching unit (10): It is included in the memory device 100 to select a memory area 12 or 12% in response to activation of the switch 130. As shown in FIG. 4, in the case where the memory area 120 is composed of a plurality of small size records 17n, the implementation unit 3 = 142' of the switching unit 14 is used to receive the two 1 from the switch 13(): The controller 142 is connected, (4) ττςβshe 11Λ · n, 4 sub-144, via the gentleman to the respective 4 & port, and the second second connecting terminal 146, #__ is from a plurality of _ 13G The selected one is activated, or when the opening 130 is repeatedly activated, the first far I or cut off. When this condition 5 G 5 is activated 'and thus the connection terminal H6 is reached, the end/144 is connected to a second junction and is released. ,. ~ Connection between the first connection terminals 144 = condition by single - high capacity memory (four) to control from multiple relays, when a switch 130 is repeatedly activated, a receiver is activated, or when a single-micro computer can be used The controller 142 is selected as the controller 142. At the same time, the 'coffee memory device 1' further includes a display 11 200923667 150 ' disposed on its outer surface so that the user can recognize the selected memory area 120 or 120a. As shown in Figures 1 through 3, the display 150 is configured to include a digital value display 152 for displaying a number assigned to each of the memory areas 120 or 120a, and the switch 130 can be adapted to its respective The color or number of the memory area 120 or 120a, or it may include a small light bulb 154 that corresponds to a respective memory area and is used to select a selected § memory area. Obviously, the small bulb contains a light emitting diode (lED). The construction and operation of the USB memory device in accordance with the present invention will be briefly described below with reference to the accompanying drawings. First, an embodiment of a USB memory device will be described with reference to the combination of FIG. 4 and FIG. The USB memory device 10A includes: a plurality of switches 13A disposed on an outer surface thereof, corresponding to respective memory areas 12A; a controller 142 for receiving signals from the switch 13A; a factory connection terminal 144, connected To the USB port 11 〇 and the controller 142: the second connection terminal 146 ′ is connected to the first connection terminal 144 via the wire of the first connection terminal 144 and connected to the respective memory area 12 (); The area is 12 inches, and the small size memory is formed by 12 inches. Existing small-sized memories such as SD memory or flash memory can be used as small-sized memories. The switch 130A is assigned a color or number corresponding to the respective memory area 120. When the controller presses one of the switches u〇, a signal is generated, and then, by the control 142, the "connection terminal 144 is activated, and the first link is coupled to be coupled to the corresponding memory area 120. One of the second connection terminals 146. According to the above-described procedure, the memory area 12G is selected from among the plurality of memory areas 12, and only the memory area 12() is recognized as a memory by the playback apparatus. Or other embodiments of the cylinder Β ΐ ΐ ϊ 『 『 『 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 F F F F F F F F F F F F F F F F F F F Or two controllers 142 configured to receive signals; a plurality of digits 12 200923667 A plurality of divided memory regions 120a formed by a single high-capacity memory 124. Existing memory can be used as the high-capacity memory 124. Here, in the case where there is only one switch 130, it is used to select the memory area 120a in the forward or reverse direction. In the case where there are two switches 130, it is used to select a memory area 120a in both directions (i.e., forward and reverse). Meanwhile, in the case where there are three or more switches, these switches are used to select the memory area 120a corresponding to one of them. When a single switch 130 is repeatedly pressed, or one of two or more switches is pressed, a signal is generated which is selected by the controller 142 that has received the signal, a memory region 120. Thereafter, a number is displayed or a corresponding light bulb is illuminated to enable identification of the selected memory area 12A. The method of making a memory area, or a memory area 120 or 1 capable of being selected only by the recording and reproducing device, is recognized into two types. Wei, as shown in Figure 4, the method of switching between the memory areas of the memory area, this one ί (10) when the input is generated by the - switch, after being connected to the selected memory, the controller is broadcasted The link is shown in Figure 5, used to split _ single _ ^ ί, do not have a coffee memory device. The method for enabling the only-memory area to be recognized is a plurality of memory areas and as shown in FIG. 5, dividing a single-only memory can be recognized by the playback device into a plurality of storage spaces. And FIG. 7 is described in detail. Figure 6 is a diagram showing the method of dividing the body 2 into a plurality of memory areas with reference to Figure 6 and the method of dividing the memory into a plurality of memory areas, and the embodiment of the invention of the invention of the invention of the single high memory area, the memory 2 7 Only the selected ones in the memory area are identified for display. 'The full-size memory of Figure 6 is a single-high-capacity memory. The storage space of the road D is the number of storage spaces. In each program, the size of the memory area 12〇a is calculated at the initial stage. Memory Sense—The physical address is in response to accessing the memory into the size of the 5 memory, converting the area, and performing the partitioning into the memory area. °P 7 (5 buy/write commands) and the access is selected as shown in Figure 5, the office, 丨-ss ^ . 200923667 storage space has a main start record (MBR, master b〇〇t rec〇r towel, Start record (BR, bootrecord), and file configuration table (FAT, flle all〇cati〇n table), such as "typical hard disk". As shown in Figure 7, the above-mentioned high-capacity record (four) is external, play The device is identified as a - single-storage space; that is, only the memory area is recognized as the entire memory by the external playback device. In Figure 7 (8), when the coffee memory device according to the present invention is connected to the playback device via USB port, and to the USB The memory device provides power: the temple's USB memory device determines that the memory of the memory is set and the usb is started. After that, the MBR of the setting area is transmitted to the playback device, and the broadcast device as the host only recognizes the setting area. The playback device only recognizes that the setting area of the usb memory device of the present invention is a physical memory.
此夕^，如圖7(b)所示’當經由USB記憶裝置的開關執行切換 區時’記憶體被切換至一相對應的儲存空間。在這種情形下， 訊藉由啟動開__，而再-次判定-重置記憶區（也 設儲存帥）A。之後，重複啟動㈣通訊、傳送設定區 心R ^播放裝置、作為主機之賊裝置只識別出奴區之上述 眚骑1是’播放裝置只識別本發明之USB記憶裝置之重置區為 Λ體§己憶體。 沾株、5時’軸未顯示在圖巾’在® 4之小尺寸記憶體有高容量 ’記憶區的數目可使用如圖5所示之高容量記憶體之記 r二y方法，藉由劃分各自記憶區之各自小尺寸記憶體，、並 到尺核,隨的域空間來增加。在雜航下，可得 區的數目，亦即等於小尺寸記憶體的數目乘上每個小尺 之細分記—的數目。在此情況下，最好使用微電腦作 ㈣分及控制記憶區。熟悉本技藝者可使用各種將典型 此^割成多個記憶區及_記，随的方法。 被切明已參照較佳實施例及舉例性誠敘述，唯其應不 可^^繼者。熟悉本技藝者在不離開本發明之範圍内，當 及特殊具體例之内容作各種修改、省略及變化。 【工業實用性】 14 200923667 ，據本發明，USB記憶裝置允許一記憶區經 二；^省=具有—有限界面(供音樂或影像)的播放 »心區(其中已儲存包含音訊或視訊的資料)搜 =(除了已被選擇的資料之外)的程序，因 外部:^==^^^^_憶區被一 置也可祕各機《置^裝 -般影片影像播放器、或電腦)。 瓜曰吼播放态、 【圖式簡單說明】 依據本發明的較佳實施例，圖1為 _ 逯視圖； 馮概要地顯不一記憶裝置的On the other hand, as shown in Fig. 7(b), when the switching area is executed via the switch of the USB memory device, the memory is switched to a corresponding storage space. In this case, the message is initiated by turning on __, and then re-determining - resetting the memory area (also set to store handsome) A. After that, repeating the (4) communication, transmitting the setting area R ^ playing device, and the thief device as the host only recognizes the slave zone. The above-mentioned 眚 1 is the 'playing device only recognizes the reset area of the USB memory device of the present invention as the corpus callosum § Recalling the body. Dip, 5 o' axis is not shown in the towel 'in the small size memory of the 4 size memory, the number of memory areas can be used as shown in Figure 5 high-capacity memory r two y method, by Divide the respective small-size memory of the respective memory areas, and go to the ruler nucleus to increase with the domain space. Under the miscellaneous flight, the number of available zones, that is, the number of small-sized memories multiplied by the number of subdivisions of each ruler. In this case, it is best to use a microcomputer for (4) points and control the memory area. Those skilled in the art will be able to use a variety of methods that will typically be cut into multiple memory areas. It has been clarified that the preferred embodiment and the exemplary description have been made, but it should not be followed. Various modifications, omissions and changes may be made in the details of the particular embodiments of the invention without departing from the scope of the invention. [Industrial Applicability] 14 200923667, according to the present invention, a USB memory device allows a memory area to pass through; ^ Province = has a limited interface (for music or video) playback » heart zone (where data containing audio or video has been stored) ) search = (in addition to the selected data) program, because the external: ^==^^^^_ recall area is also a secret can also be secret machine "set up - general video player, or computer ).瓜曰吼 playback state, [schematic description of the drawings] According to a preferred embodiment of the present invention, FIG. 1 is a _ 逯 view;
圖2為概要地顯示圖i之記憶F 圖3為概要地顯示圖i之記憶另一，例的透視圖； 圖4為概要地顯示在圖丨到3 1 士另一實施例的透視圖； 圖； ^此讀衫之⑽結構的方塊 圖5為概要地顯不圖4之内部纟士播 \ 根據本發明之實施例，圖6為=^另一實施例的方塊圖； 個記憶區之圖；及 ‘、、、不馬容量記憶體被分割成多 圖7(a)及(b)為顯示從多個圖6之言办旦^ 之僅一記憶區被識別出之程序的圖。巧各星圮憶體之記憶區選出 【主要元件符號說明】 100 USB記憶裝置 110 USB 埠 120小尺寸的記憶體 120a分割的記憶區 124高容量記憶體 130開關 15 200923667 140 交換單元 142 控制器 144 第一連結端子 146 第二連結端子 150 顯示器 152 數位數值顯示器 154 小燈泡Figure 2 is a perspective view schematically showing the memory of Figure i; Figure 3 is a perspective view schematically showing another example of the memory of Figure i; Figure 4 is a perspective view schematically showing another embodiment of Figure 3 to 3; Figure 5 is a block diagram of the structure of the (10) structure. Figure 5 is an internal view of the present invention. Figure 6 is a block diagram of another embodiment of the present invention. Fig. and ',,, and non-horse capacity memory are divided into multiple figures. Figs. 7(a) and (b) are diagrams showing a program that is recognized from only one memory area of the plurality of Fig. 6 words. Select the main component symbol description 100 USB memory device 110 USB 埠 120 small size memory 120a divided memory area 124 high-capacity memory 130 switch 15 200923667 140 exchange unit 142 controller 144 First connection terminal 146 second connection terminal 150 display 152 digital value display 154 small light bulb