M284064 18201twf.doc/g 八、新型說明·· 【新型所屬之技術領域】 本創作是有關於一種可接彳妓-欠 傳輸線，且特別是有關於一種f 料儲存的 的可提供韻傳輸與資料儲存^輪^手U驅動程式 【先前技術】 般兩台電子儲存裝置間的資料傳 ί f式進行：糾作業、其_存設爾柄、MQ及ZIf ^接電麟連線(LU/LL5傳輸線）、透砸翻路 序列匯流排傳輸線等。 禹用 但其中’使用磁片作業其儲存容量小和 ^點’目前每個磁片的記憶容量僅有14麵左 J戶二，=檔„過L4她日寺，僅能選擇分片拷貝或 要刀片U ’麻煩又沒有效率。使用其他儲存設 夂ΐΐϊ ΖΙ=Γ這些儲存媒體容量大，但是要移植 體(=二ΐ 電腦的檔案經由其相對之儲存媒 (=枝、Mo或ΖΙΡ讀取機)燒錄成光碟片或儲存在Μ〇 機將拷^而後經由B電腦中之光碟機、Μ〇或ΖΙΡ讀取 、、®案複製到Β電腦，程序上不夠便利。M284064 18201twf.doc / g 8. Explanation of the new type [Technical field to which the new type belongs] This creation is about an accessible prostitute-owing transmission line, and in particular, it can provide rhyme transmission and information about an f material storage Store ^ wheel ^ hand U driver [prior art] Generally, data transfer between two electronic storage devices is performed in f-type: correction operation, its _storage handle, MQ and ZIf ^ connected to the electric connection (LU / LL5 Transmission lines), bus-to-turn sequence bus transmission lines, etc. It is used by Yu but among them, 'the storage capacity is small and the use of magnetic disks', at present, the memory capacity of each magnetic disk is only 14 sides left and the second household, = file „over L4 Tari Temple, you can only choose slice copy or It is cumbersome and inefficient to use the blade U. Use other storage devices. IZ = These storage media have a large capacity, but the files of the transplanted body (= II) are read by the computer's relative storage medium (= branch, Mo, or zip). Machine) to burn into a disc or store it in the MO machine, and then copy it to the B computer through the CD drive, MO or ZIP in the B computer, and then copy the file to the B computer. The program is not convenient.
的優Ϊ Ί3,傳輸線，此方式有著不用透過儲存媒體 ^ 但疋其傳輸速度慢(230Kbps)，佔用並列埠(LpT 網0有效傳輸距離短等為其缺點。透過區域網路，經由 合部輸，這是一個十分便捷的方式’它的運用場 能谁/ —制。電腦間需藉由網路卡及網路線間之連結才 進订貧料傳輸。除了辦公室外’-般家庭並無區域 5 M284064 18201twf.doc/g 2環境，除非一般家庭中擁有三台以上的電腦，才會有架 汉區域。對現代人而言，一個家庭同時擁有筆記型電腦和 桌上型電腦是很常見的。這兩台電腦之間的大量資料傳 輸，右不經由區域網路方式，常是一個令人煩惱的問題。 使用萬用序列匯流排傳輸線(USB dataUnkcable)，可解決 ^問題。然而目前市面上的萬用序舰流排傳輸線係支 更網路|置介面規格(NDIS)，兩台電腦都需要先安裝廠商 所附的驅動程式，才能進行資料的傳輸。換言之，為了在 場合使用現有之萬科舰流排傳輸線，使用者必 著轉程式。並且，絲驅_式之後，必須重 右才能經此傳輸線進行傳輸動作。很明顯的，現 便。、萬用序列匯流排傳輪線對於使用者而言，相當的不方 【新型内容】 主機^!^主要目的即在提供""'種傳輸線，能夠提供兩 傳輸，而且不需另外手動安裝驅動程式。 料儲存的目的在提供—種可提供f料傳輸及資 的傳輪，ij料=讓制者在兩部城之間進行資料 儲存=本f二之，線包括兩連接器，控制單元以及一 協調此傳輪線支援大量儲存裝置類別，並且用於 在一每t連接之兩部主機之間的資料傳輸。 早兀数子，延些貧訊只提供給其中一部連 6 M284064 18201twf.doc/g 接的主機。儲存單元中儲存有—應用程式，此應 板主機之作業系統自動執行應用軟體的功能，藉由主^上 執行此應用程式與傳輸線之控制器溝通以進行資料傳輸。 、藉由本創作提供傳輸線不需手動安裝驅動程式，而且 可兼具有資料儲存的功能，對於使用者而言相當地方便。 為讓本創作之上述和其他㈣、特徵和優點能更明顯The advantages of 传输 3, the transmission line, this method has no need to pass storage media ^ but 疋 its transmission speed is slow (230Kbps), occupying a parallel port (LpT network 0 effective transmission distance is short, etc. as its shortcomings. Through the local network, through the joint output This is a very convenient way of 'whose application can be controlled by the field. Computers need to use the connection between the network card and the network cable to order the poor material transmission. Apart from the office'-there is no area like a home. 5 M284064 18201twf.doc / g 2 environment, unless there are more than three computers in the average family, there will be a Han area. For modern people, it is common for a family to have both a notebook computer and a desktop computer. The large amount of data transmission between these two computers, which does not go through the LAN, is often an annoying problem. Using a universal serial bus transmission cable (USB dataUnkcable) can solve the problem. However, currently on the market The universal sequencer transmission line is supported by the Network | Configuration Interface Specification (NDIS). Both computers need to install the driver attached by the manufacturer before data transmission. In other words, in order to In the occasion, the existing Vanke ship bus transmission line is used, and the user must change the program. And after the silk drive mode, you must reload the transmission line through this transmission line. Obviously, now. Universal serial bus For the user, the transfer line is quite innocent. [New content] The main purpose of the host ^! ^ Is to provide " " 'transmission lines, which can provide two transmissions, without the need to manually install a driver. Material storage The purpose is to provide a kind of transmission wheel that can provide f materials transmission and data, ij material = let the manufacturer store data between the two cities = this f two, the line includes two connectors, the control unit and a coordinator. The transfer line supports a large number of storage device types, and is used for data transmission between two hosts connected per t. As early as possible, some poor information is only provided to one of the 6 M284064 18201twf.doc / g connections An application is stored in the storage unit. The operating system of the host computer automatically executes the function of the application software, and the application is communicated with the controller of the transmission line for data transmission by executing the application on the host. ., By the creation of the present manual installation without providing a transmission line drivers, and it can have a data storage function and, quite convenient for the user. (Iv) In order to make the above and other features and advantages of the present writing can be more
易懂’下文特舉較佳實施例，並配合賴圖式，作詳細說 明如下。 ΰ 。 【實施方式】 為了便於了解摘狀特點，以下的朗仍以萬用序 列埠匯流排傳輸線為例闡釋本創作之技術内容。 根據本創作之USB傳輸線係如第一圖所示。此傳輸 線，括連接器1G與12以連接第—主機與第二主機，一‘ 存早7〇16連接-控制器14，控制器14透過境線18分別 與連接S 10與連接器、12相連接。此控制器中並包括有一 暫存器142。在不同的實施例中，儲存單元16可以是例如 $閃記憶體，f子可抹除可程式化唯讀記憶，遮罩唯讀記 憶體或者硬碟。在此實施例中，連接H 1G與12皆為萬用 序列匯流猶接器，主機與第二域則為=萬用 〃不同於現行白勺USB傳輪線，才艮據本創作的控制器14 係支，大量儲存裝置類別(Mass St〇rage 的標準，能 夠被第—主機及第二主機之作業系統提供的大量儲存裝置 類別驅動奴所。麵存單元10更赫—應用程式 62支援第-主機與第二主機之作業系統中關於自動孰行 M284064 18201twf.doc/g :用==能了便第一或第二主機與此傳輸線連接 二出：的作章ί執行程式162。舉例來說’現有Wind°ws 統能夠在與儲存裝置插入或連接時，執行 儲存1置中名為autoruninf的檔案。 於方ΐ"7!來^稭由第二圖與第三圖說明根據本發明之傳 二進行步=參第考二=器·第-主機 苴美太:欠祖枝的作業糸統向控制器14詢問 類。====== f量刪置類別驅動程式來驅動控制器動作，因而建： 二^㈣11 14之_傳輸管道。在步驟S20與 中，第一主機將此傳輸線視為一大 ，輪通道。同樣地，連接器12插入第二 =的步驟而建立起第二主機與控制器14之間的 卜劫線之間的傳輸通道建立後’在第一主機 =〜用程式162便向控制器14詢問傳輸狀態，以了 機是否欲傳送資料至第一主機。在步驟伽 右〆工制态14的回應表示第二主機 一 ，盡端，要傳送資料至該第一主機，則第一主^ ;亥控，，資料傳送，即步驟幻8。若控制器!4的回應 驟:以=要傳送資料至該第-… μ控制益14。至於在第二主機上執行的應用 8 M284064 18201twf.doc/g 私式162亦是進行相同的步驟。簡言之，在 ^•主機上執行的應用程式，皆係^與控制器及第 來了解遠端主機是否有資料要進行傳送。 4的問答 傳送資料的流程係如第三圖所 複製到第二主機為例，在使用者的:二第主機將標案 執订的應用種式162即通知控制器14有資料 主機上 ^機，即步驟S3G，接下來將根據控制器=第二 料的傳送，即步驟S32。若控制器14的回應表于資 =則第-主機上執行的應用程式162便 傳 傳輸。資料係被傳送至控制器14的暫存哭142，：：枓的 =將暫存器M2内的資料傳送給第 二， 機要先傳物過來，則第 送二 ==:資料的接收’並爾再進行傳 第以了解，控制器14的工作包括協調 第-一主機之間的資料傳輪。資料的傳輪係藉由 =人第一主機上執行的應用程式162與控制器之間 的5句4機制來進行。 ，據本創作提供之傳輸線及其傳輪方法，並不需要使 手動安裝驅動程式，使用者將可更為方便地進行雨部 值二(例如電⑹)之間之資料傳輸。在其他的實施例中，被 ^之資料的内容可以是指令。因而藉由本創作對於遠端 、的4曰案進行其他的動作，例如刪除檔案，亦是可能的。 9 M284064 18201twf.doc/p 根據本創作之一實施例，儲存單元16更包括複數個 區塊，如第四圖所示。各區塊分別以邏輯單元數字LUN〇 至 LUN3 表示之(Logical unit Number ; LUN)。本創作一實 轭例係將LUNO的區塊模擬成光碟機，其他區塊模擬成可 矛夕除式儲存I置(Removable Storage Device)之類的裝置以 ，供使用者儲存資料。因此使用者在使用傳輸線傳送資料 時’亦可以將資料儲存到傳輸線中。 、 、控制态14可以將此複數個區塊的資訊提供給第一主 ，或第二主機。例如’若第―主機先連接此傳輸線，控制 益Η便把所有的區塊資訊都提供給第一主機。而稍後第二 =連接此雜線時，控㈣14便只揭露Lu通的區塊 資訊。在其他的實施例中，控制器14亦可以是預設 連接器10連接的主機提供所有的區塊資訊，對於連接界 12連接的主機只提供LUN0的資訊。 口° =，在㈣的實關中，亦可能規晝成兩個或者更 二 別用於儲存應用程式162與資料。而控制 對其中-部連接的主機揭露所有儲存單元的基本資 於招^然’除了 USB規格’本創作亦可以適用其他的傳 則規才口，例如IEEE1394，SATA等等，孰羽j 知這樣的變化是可能的。 热“項技術者當 、、示上所述’在本創作提出之資料僂 =，在兩_糊刪，不的^ 且可兼具有貪料儲存的功能，對於使用者而言相當財 M284064 18201twf.doc/g 便。 雖然本創作已以較佳實施例揭露如上，然其並非用以 限定本創作，任何熟習此技藝者，在不脫離本創作之精神 和範圍内，當可作些許之更動與潤飾，因此本創作之保護 範圍當視後附之申請專利範圍所界定者為準。 【圖式簡單說明】 第一圖繪示為根據本創作之USB傳輸線。 Φ 第二圖與第三圖繪示本創作之傳輸方法流程圖。 第四圖繪示根據本創作之實施例之儲存單元16 塊圖。 的方 【主要元件符號說明】 10 ' 12 :連接器 14 :控制器 16 :儲存單元 18 :纜線 • 142:暫存器 162 :應用程式 LUN0〜LUN3 :邏輯單元數字 S20〜S28、S30〜S32 :本發明實施例的步驟"Easy to understand" The following describes the preferred embodiment in combination with the Lai diagram in detail. ΰ. [Embodiment] In order to facilitate the understanding of the picking characteristics, the following Lang still uses the universal serial port bus transmission line as an example to explain the technical content of this creation. The USB transmission line based on this creation is shown in the first figure. This transmission line includes connectors 1G and 12 to connect the first host and the second host, a 'storage 7016 connection-the controller 14, the controller 14 is connected to the S 10 and the connector 12 through the boundary line 18 respectively. . The controller also includes a register 142. In different embodiments, the storage unit 16 may be, for example, a flash memory, and the programmable erasable programmable read-only memory, masking the read-only memory or hard disk. In this embodiment, the connection H 1G and 12 are universal serial bus connectors, and the host and the second domain are = universal. Different from the current USB transmission line, the controller is based on the original creation. 14 series support, mass storage device type (Mass Stora's standard, can be driven by a large number of storage device types provided by the operating system of the first host and the second host. The storage unit 10 is even more impressive-the application program 62 supports the first -Automatic operation in the operating system of the host and the second host M284064 18201twf.doc / g: The chapter of the first or the second host connected to this transmission line can be used with ==: Run the program 162. For example Say 'Existing Wind ° ws system can execute the file named autoruninf when it is inserted or connected to the storage device. Yu Fangyu " 7! Let's illustrate the second and third figures according to the present invention. Pass the second step = refer to the second test = device · the first host-United States too: the operating system of the ancestors to the controller 14 to ask the class. ====== f delete the class driver to drive the controller Action, therefore built: Two ^ ㈣11 14 of _ transmission pipeline. In steps S20 and, the first A host regards this transmission line as a large, round channel. Similarly, the connector 12 is inserted into the second step to establish a transmission channel between the second host and the controller 14. The first host = ~ The program 162 asks the controller 14 for the transmission status to determine whether the machine wants to send data to the first host. The response in step 14 of the working state 14 indicates that the second host is one. To send data to the first host, the first host ^; control, the data transfer, that is, step 8. If the controller! 4 responds to the step: == to send data to the first -... μcontrol benefit 14. As for the application running on the second host 8 M284064 18201twf.doc / g Private 162 is the same procedure. In short, the applications running on the host are all related to the controller and the first to understand Does the remote host have any data to transmit? 4 Q & A The process of transmitting the data is as shown in the third figure copied to the second host as an example, in the user's: the second host will apply the order type 162, ie Notify the controller 14 that the data host is online, that is, step S3G. It will be transmitted according to the controller = the second material, that is, step S32. If the response form of the controller 14 is provided, the application program 162 executed on the-host will be transmitted. The data is transmitted to the controller 14 temporarily. Cry 142, :: 枓 = Transfer the data in the temporary register M2 to the second. If you want to transfer the material first, then send the second ==: Receive the data, and then transfer to understand and control. The work of the server 14 includes coordinating the data transfer between the first host. The data transfer is performed by a 5 sentence 4 mechanism between the application program 162 running on the first host and the controller. According to the transmission line and its transmission method provided in this creation, there is no need to manually install the driver, and the user will be able to more conveniently carry out data transmission between the rain part two (for example, electric ballast). In other embodiments, the content of the data may be instructions. Therefore, it is also possible to perform other actions, such as deleting files, on the remote case and the 4th case through this creation. 9 M284064 18201twf.doc / p According to an embodiment of the present invention, the storage unit 16 further includes a plurality of blocks, as shown in the fourth figure. Each block is represented by logical unit numbers LUN0 to LUN3 (Logical unit Number; LUN). A practical example of this creation is to simulate a block of LUNO as an optical disc drive, and other blocks to simulate devices such as removable storage device (Removable Storage Device) for users to store data. Therefore, when users use the transmission line to transmit data, they can also store data on the transmission line. The control state 14 can provide the information of the plurality of blocks to the first host or the second host. For example, 'if the first host connects to this transmission line, the control server will provide all block information to the first host. Later, when the second line is connected, the controller 14 only exposes Lutong's block information. In other embodiments, the controller 14 may also provide all the block information for the host connected to the default connector 10, and only the LUN0 information for the host connected to the connection circle 12.口 ° =, in the actual situation, it may be divided into two or more. It is used to store application 162 and data. And the control of the host connected to the central part to expose all the storage units is basically a trick ^ ran 'in addition to the USB specification' this creation can also apply other rules and regulations, such as IEEE1394, SATA, etc. Changes are possible. Hot "item technicians should, and show, the information presented in this creation 偻 =, in two _ paste, not ^, and can also have the function of greed storage, it is quite rich for the user M284064 18201twf.doc / g. Although this creation has been disclosed in the preferred embodiment as above, it is not intended to limit the creation. Anyone skilled in this art can do a little without departing from the spirit and scope of this creation. Changes and retouching, so the protection scope of this creation shall be determined by the scope of the attached patent application. [Schematic description] The first picture shows the USB transmission line according to this creation. Φ The second picture and the third The drawing shows the flow chart of the transmission method of this creation. The fourth drawing shows the 16-block diagram of the storage unit according to the embodiment of this creation. [Description of the main component symbols] 10 '12: Connector 14: Controller 16: Storage Unit 18: Cables 142: Registers 162: Application programs LUN0 ~ LUN3: Logical unit numbers S20 ~ S28, S30 ~ S32: Steps in the embodiment of the present invention