1220248 玫、發明說明： 【發明所屬之技術領域】 本發明是關於一種以可讀寫光碟機對光碟片執行格式化之方法，. 主要是設計由一單元裝置，不需經由電腦，利用控制晶片能直接由光 碟機執行光碟片格式化之操作，此方法專供應用在可讀寫光碟機，亦 可將控制晶片直接設於光碟機内，以提昇光碟機寫入資料之方便性。 【先前技術】 可讀寫光碟機對空白光碟片寫入資料時，其資料寫入之前必須對· 空白光碟片作格式化(format)之操作，同時，此一操作步驟，都必須藉· 由電腦主機，或至少必須將可寫入式光碟機連接於電腦主機，以電腦 為主要處理中心，才能順利完成光碟片之格式化作業。如此而言，在籲 實際作業上對於使用可讀寫光碟機並不方便，尤其是在須要將空白光 碟片格式化卻沒有電腦可用時，光碟機即全無功能而造成使用困擾， 且傳統已知之可讀寫光碟機，亦從未見此一可直接格式化光碟片之功 能。 【發明内容】 雲於此-問題仍有待改善，本發明提供了—種以可讀寫光碟機對 光碟片執行袼式化之方法。 即’本發明主要目的，是提供一種以可讀寫光碟機，直接執行光 =片袼式化之方法，係設計以一簡易單元裝置，不需經由電腦，以控籲 !ί軟體能直接由光碟機執行光碟片袼式化之操作，因而大幅提昇了光 碟機的使用功效。 一依據上述，本發明由辆魏行絲卩格式化之方法，主要包含 流程，可以由軟體形態預先寫人—控制晶片；多數控制鍵及至 二伯不燈’ Μ置在—單元表面，該控制日日日片係設於單元内部，利 上訊連接埠可將控制單元連接於光碟機，經單元表面㈣按鍵，不 j由電腦，即能直接由辆顧行光格式化之獅，達到前述 1220248 上述之本方法鱗供應用在可讀寫光碟機，將控繼體預先寫入 控制晶片中亚安裝於_單元内，藉由控制單元即可完成光碟片格式化 之作業’亦可將該控制晶片直接設於光碟機⑽電路板，使該光碟機 具有此-魏，以大幅提麵麟光碟片作格式化㈣、與快速 資料之方便性。 【實施方式】 、、^附第—目，本發明以可讀寫光碟機對光碟片執行格式化之方 法’是應用在可讀寫光碟機2Q，可直接對光碟機2G内的光碟 化(format)之作業，以利後續資料寫入該光碟片内。 上述之本方法，主要包含—控制流程如第 可以，態嘯寫入一控制晶，如第一圖所示，= 片二“又於一控制早兀10之内部，多數控制鍵及至少一指示燈…嗖 置早兀10表面，各該控制鍵包括一開關按鍵u、一寫入鍵12、 ς m合格式化鍵14;開關按鍵11係用作啟動作業，寫入鍵12係用 7啟動寫人，選職13 _作寫人模式選擇，料化鍵μ係用作 式化先^，指示燈15制作顯示寫人完成麵祕式化完成。σ 如弟一圖，上述控制方法之控制流程包括下列步驟· m動格式化作業，按下_按鍵„，即開啟單元可以進行 2·设定此裝置為忙錄狀態； 乍業， 3.是否為空白CDRW光碟片？如果是’職人下—步驟 化作業，如果為否，卿測是否為重新格式化U〇F光碟片.式 4·是否為重新格故觀綱#?如果是， ς ’、 速袼式化，如果為否，則輸出錯誤訊息； 父驟進行快 5·進行完整格式化作業； 格式蝴之後，娜式化指令，寫人卿騎系統， 7. 結束格式化作業。 8. 如前述步驟4.進行快速格式化後，寫人咖觀魏，寫人標藏： 6 9.結束格式化作業。 10·如前述步驟3或4輸出錯誤訊息後，未經修正時，則結束作業。 上述流程中之UDF(Universal Dlsk F〇rmat，或稱通用光碟格式)光 碟片及槽案糸統為與習知IS〇966〇標準光碟樓案系統格式相容之光碟 檔案系統，可以提供上述CDRW光碟片於資料寫入之標準格式規範]、 且目前此種UDF袼式運用於各種儲存媒體及支援各種電腦作業系:， 例如·目刖的DVD即採用此種格式之光碟檔案系統。 上述流程中，利賭制單元1Q表面之_按鍵u，可以由單鍵於 制完成作業，·也可以__按鍵„與袼式化鍵14 ,以兩步 = 入作業；寫人鍵12則可供光碟片已袼式化後，將資料(如數位記憶體 21内部之資料)寫入光碟片之後續寫入作業。 心 。。一又如第一圖，上述控制單元1〇，係利用通訊連接埠，如⑽，將 早兀10連接於可讀寫光碟機2〇，經單元1〇表面之相關控制鍵，不需 經由電腦，即可直接對光碟機内部之空白光碟片作格式化。 ，方法係專供在可讀寫辅機2q，該控制軟體係預先寫入控 ^曰片16，並安裝於單元1G ;控制晶片丨6也可直接設於光碟機2〇， 機驾入2光碟機的電路板上，使光碟機具有此一功能，以提昇光碟 機寫入資料之方便性。 本方法之上述控制單元1〇，亦可經由通訊連接埠，如USB，連接 式電3Q ’如第一圖所示，經單元1G表面之相關控制按鍵，可 直接對光碟機内部之空自光碟片作格式化。 2述之本發明，設計以單元裝置，不需經由電腦，由控制晶片 碟片格式化，以利後續將資料寫人光碟片之作業。此方法 …·、用在可讀寫光碟機’亦可將控制晶片直接設於光碟機内 預期之功能及目的。 j本發明已詳細制致使習於此藝麵據以實施 ，然而以上所 列僅細兒明，舉凡所有等效結構之改變及不脫本發明精神 之類似修改，均應隸屬本發明之範嘴。 1220248 為此，爰依法具文提出專利申請，請惠予審查，並祈及早核准本 案專利，是為至禱。 【圖式簡單說明】 第一圖表示本發明系統架構方塊圖。 第二圖表示本發明之控制流程圖。 【元件符號簡單說明】 10單元 11開關按鍵 12寫入鍵 13選擇鍵 14格式化鍵 15顯示燈 16控制晶片 20光碟機 21數位記憶體 30可攜式電腦1220248 Description of the invention: [Technical field to which the invention belongs] The present invention relates to a method for formatting an optical disc with a readable and writable optical disc drive. It is mainly designed by a unit device without using a computer and using a control chip The formatting operation of the optical disc can be directly performed by the optical disc drive. This method is exclusively used for readable and writable optical disc drives, and the control chip can also be set directly in the optical disc drive to improve the convenience of writing data to the optical disc drive. [Previous technology] When a rewritable optical disc drive writes data to a blank disc, the blank disc must be formatted before the data is written. At the same time, this operation step must be borrowed. The computer host, or at least the writable optical disc drive must be connected to the computer host, and the computer is the main processing center to successfully complete the formatting operation of the optical disc. In this way, it is not convenient to use a rewritable optical disc drive in practical operations, especially when a blank disc needs to be formatted but no computer is available, the optical disc drive is completely non-functional and causes troubles in use. I know that I can read and write optical drives, and I have never seen such a feature that can directly format optical discs. [Summary of the Problem] This is a problem. The problem still needs to be improved. The present invention provides a method for performing a normalization of optical discs with a readable and writable optical disc drive. That is, the main purpose of the present invention is to provide a method for directly performing optical = film processing with a readable and writable optical disc drive, which is designed with a simple unit device without the need of a computer to control the software directly. The optical disc drive performs a disc-type operation, thereby greatly improving the use efficiency of the optical disc drive. According to the above, the method for formatting the present invention by a Weixing silk thread mainly includes a process, which can be written in advance by a human-control chip in software form; most of the control keys and the second LED are placed on the surface of the unit. The Japanese film is located inside the unit. The control unit can be connected to the optical disc drive through the Lexicon port. By pressing the button on the surface of the unit, the lion can be directly formatted by a car without a computer, reaching the aforementioned 1220248. The method scale supply is used in a readable and writable optical disc drive. The controller is written in the control chip in advance and installed in the _ unit. The control unit can complete the operation of formatting the optical disc. The control chip can also be directly set. The optical disc drive is equipped with a circuit board, so that the optical disc drive has this and Wei, and the convenience of formatting and quick data is greatly improved. [Embodiment] The first and second method of the present invention is to use a readable and writable optical disc drive to format an optical disc. The method is applied to the readable and writable optical disc drive 2Q, and can directly convert the optical disc in the optical disc drive 2G ( format) to facilitate subsequent data to be written into the disc. The above-mentioned method mainly includes-the control flow is as described in the first step, and a state crystal is written into a control crystal, as shown in the first figure, = slice two "is inside a control early 10, most control keys and at least one instruction The lights ... set the surface of the early 10, each of the control keys includes a switch key u, a write key 12, and a format key 14; the switch key 11 is used as a start operation, and the write key 12 is used 7 to start Writer, post selection 13 _ Make a writer mode selection, the materialization key μ is used as a formula first ^, and the indicator light 15 is produced to show that the writer has completed the face secretization. Σ As shown in the figure, the control of the above control methods The process includes the following steps: m Formatting operation, press the _ button „, the unit can be turned on 2. Set this device to busy recording status; Zhaye, 3. Is it a blank CDRW disc? If it is 'professional staff-step-by-step operation, if not, test whether it is to reformat the UOF disc. Type 4 · Is it a reformatting concept ## If it is, ς', speed-type, If it is not, an error message is output; the parent quickly performs a complete formatting operation; after formatting the butterfly, writes the instructions to write the system, and ends the formatting operation. 8. After quick formatting as described in step 4. Writer Kaguanwei, Writer Mark: 6 9. End the formatting job. 10 · After the error message is output in step 3 or 4 above, if there is no correction, the operation is ended. The UDF (Universal Dlsk Form, or Universal Disc Format) discs and slots in the above process are all disc file systems that are compatible with the format of the conventional ISO 966 standard disc format system, which can provide the above CDRW The standard format specification for writing data in optical discs], and this UDF type is currently used in various storage media and supports various computer operating systems: For example, the DVD of this project uses the optical disc file system in this format. In the above process, the _ button u on the surface of the profit gambling system 1Q can be completed by a single key, or the __ button „and the 化 key 14 can be used to enter the operation in two steps; the writer key 12 is After the optical disc has been formatted, the data (such as the data in the digital memory 21) is written to the subsequent writing operation of the optical disc. As shown in the first figure, the control unit 10 is used. The communication port, such as ⑽, connects the early 10 to a readable and writable optical disc drive 20, and can directly format the blank disc inside the optical disc drive through the relevant control keys on the surface of the unit 10 without using a computer. The method is specially designed for the readable and writable auxiliary machine 2q. The control software system writes the control film 16 in advance and installs it in the unit 1G; the control chip 6 can also be directly installed in the optical disk drive 20, and the machine is driven in. 2 The circuit board of the optical disc drive enables the optical disc drive to have this function, so as to improve the convenience of writing data to the optical disc drive. The above-mentioned control unit 10 of the method can also be connected via a communication port, such as USB, to a connected electrical 3Q 'As shown in the first picture, the relevant control buttons on the surface of the unit 1G can be directly The empty space inside the optical disc drive is used for formatting. The invention described in 2 is designed as a unit device, without the need for a computer, to be formatted by a control chip disc, so as to facilitate the subsequent writing of data to the optical disc. This method ... · Used in a readable and writable optical disc drive. The control chip can also be directly set in the function and purpose of the optical disc drive. J The present invention has been made in detail so that Xi is implemented in this art, but the above list is only detailed For example, all equivalent structure changes and similar modifications that do not depart from the spirit of the present invention should belong to the scope of the present invention. 1220248 To this end, a patent application has been filed according to the law, please review it, and pray for the early approval of the patent in this case. [Brief description of the diagram] The first diagram shows a block diagram of the system architecture of the present invention. The second diagram shows the control flowchart of the present invention. [Simple explanation of the component symbols] 10 unit 11 switch button 12 write button 13 Select key 14 Format key 15 Display light 16 Control chip 20 Optical disc drive 21 Digital memory 30 Portable computer