200532499 本發明係關於一種在網際網路上傳輸資料之方法，該方法係利用一架設於 網際網路上之中介伺服器，在連接到網際網路的各種裝置之間，傳輸各種數位資 料之方法。 【先前技術】 目前欲連接網際網路，無線上網可透過PHS手機、具備GPRS功能之手機、 數據機及網路卡，或801.11a/b/g等WLAN技術之設備來達成，有線的部分則有 撥接、ADSL及CABLE等連線方式。其中以GPRS及PHS連接網際網路者，受 限於目前之技術，無法直接對其他網路裝置傳送資料，其他網路裝置之使用者亦 無法直接對其傳輸資料。 現今利用GPRS及PHS之方式上網者，多係使用具備該等功能之手機，而 可透過電信業者所架設之基地台互相傳送文字訊息(SMS、EMS)、聲音及圖片 (MMS)，惟尙無法傳輸動態之影音資料，亦即可傳輸之資料類型與格式受有限 帋ij ;至於第三代行動通訊(3G)業者，雖已可傳輸影音資料，但尙無法以資料串流 之方式做到接近即時(real-time)之傳輸。 且上述有限制之資料傳輸方式幾乎皆限於手機之間互傳，而無法使手機使 用者與利用其他方式連接網際網路者，如個人電腦、PDA之使用者，在網路上 進行不受距離限制之資料傳遞。因此目前手機欲與個人電腦或PDA等裝置傳輸 資料時，只能在有限的距離內，透過紅外線、通用序列匯排流(USB)、藍芽(Bluetooth) 等方式來達成 ，甚爲不便。 【發明內容】 本發明之目的，係提供一種方法，使得使用者不論利用何種方式連接網際 網路，皆可在彼此之間傳輸數位資料，不受連線方式以及資料類型及格式之限制。 藉由中介伺服器之架設，利用任何方式連接網際網路之使用者（即傳送方) 可將其所欲傳送之不限格式、類型之資料，上載並存放於該中介伺服器，而不論 200532499 以何種方式同樣連接至網際網路之一個或數個其他使用者（即接收方），即可連 線至該中介伺服器下載該筆資料。 本發明之特點在於突破目前手機之間傳輸資料類型及格式之限制，並可使 以GPRS或PHS之方式連接網際網路之裝置相互間，及該等裝置與以GPRS或PHS 以外之方式連接網際網路之裝置之間，亦可在網際網路上做不受距離限制之資料 傳輸。 【實施方式】 本發明之實施例包含三個構成部分：傳送方、中介伺服器及接收方，其中 中介伺服器係架設於網際網路上，且係以超文字標記語言(HTML)格式之網頁作 爲其使用者介面，故傳送方與接收方所使用之裝置需具備連接網際網路及開啓、 讀取該格式之網頁之能力，且至少有一方係以GPRS及PHS之方式連接網際網路。 本發明之實施步驟，參照圖式第一圖，首先需將該中介伺服器架設完成； 其次，傳送方經由網際網路與該中介伺服器取得連線，並將所欲傳送之資料上載 並存放於該中介伺服器；在上載動作完成後，傳送方需通知接收方使其知悉該筆 資料處於可得下載使用之狀態；最後，接收方亦經由網際網路與該中介伺服器取 得連線，並將該筆資料下載使用。 在上述步驟中，若該筆資料係動態影音或動態影像檔案時，接收方亦可利 用現有之資料串流(Streaming)技術，在經過數秒到數十秒之緩衝處理後，不需等 到傳送方完成上載動作即可下載收看。 茲配合圖式說明本發明之具體實施例：首先，傳送方使用連接至網際網路 之筆記型電腦，將一段影片檔案上載存放於中介伺服器（如圖式第二圖）；其次， 傳送方通知接收方使其知悉（如圖式第三圖）；最後，接收方使用連接至網際網 路之GPRS或PHS手機，連接至該伺服器下載該影片檔案（如圖式第四圖）。 以上所述僅爲本發明實施方式之例示，在不變更本發明實質的實施例均爲 本發明之專利範圍。 .200532499 【圖式簡單說明】 第一圖：本方法之實施流程圖。 第二圖：傳送方將資料上載，存放於中介伺服器。 第三圖：傳送方通知接收方。 第四圖：接收方連接至該伺服器下載該筆資料。 第五圖：本方法之整體架構圖。 元件標號： 1傳送方 11傳送方使用之裝置 13傳送方所傳送之資料 2中介伺服器 3接收方 31接收方使用之裝置 4網際網路 拾、申請專利範圍： 1.一種在網際網路上傳遞資料之方法，使一個使用連接至網際網路之裝置的傳送 方，透過一架設於網際網路上之中介伺服器，得以傳送一切能在網際網路上傳遞 之各式數位資料，至一個使用連接至網際網路之裝置的接收方；其中傳送方及接 收方使用之裝置，係以GPRS或PHS之方式連接至網際網路，並具備開啓及讀取 超文字標記語言格式之網頁之能力者；其步驟爲： A.傳送方使用其連接至網際網路之裝置連接至該中介伺服器，並將所欲傳遞 之各式數位資料上載儲存或暫存於該中介伺服器之硬碟、記憶體或其他儲存設備 中； B.傳送方通知一個或一個以上之接收方；200532499 The present invention relates to a method for transmitting data on the Internet. The method is a method for transmitting various digital data between various devices connected to the Internet by using an intermediate server installed on the Internet. [Previous technology] At present, if you want to connect to the Internet, wireless Internet access can be achieved through PHS mobile phones, GPRS-capable mobile phones, modems and network cards, or WLAN technology devices such as 801.11a / b / g. The wired part is There are dial-up, ADSL and CABLE connection methods. Among them, those who use GPRS and PHS to connect to the Internet are limited by the current technology and cannot directly transmit data to other network devices, and users of other network devices cannot directly transmit data to them. At present, those who use GPRS and PHS to access the Internet mostly use mobile phones with these functions, and can send text messages (SMS, EMS), sound and pictures (MMS) to each other through the base station set up by the telecommunications operator, but they cannot Transmission of dynamic audio and video data, that is, the type and format of data that can be transmitted is limited. As for the third-generation mobile communications (3G) industry, although audio and video data can be transmitted, it cannot be approached by data streaming. Real-time transmission. And the above limited data transmission methods are almost limited to the mutual transmission between mobile phones, and it is impossible for mobile phone users to connect to the Internet with other methods, such as personal computer and PDA users, on the network without distance restrictions. Information transfer. Therefore, at present, when a mobile phone wants to transmit data with a personal computer or a PDA, it can only achieve it through infrared, universal serial bus (USB), Bluetooth, etc. within a limited distance, which is very inconvenient. [Summary of the Invention] The purpose of the present invention is to provide a method so that users can transfer digital data between each other regardless of the method used to connect to the Internet, regardless of the connection method and the type and format of the data. By setting up an intermediary server, users (ie senders) connected to the Internet in any way can upload and store data of any format and type they want to transmit, regardless of 200532499. In the same way, one or more other users (receivers) connected to the Internet can connect to the intermediary server to download the data. The feature of the present invention is to break through the restrictions on the type and format of data transmitted between mobile phones, and to allow devices connected to the Internet using GPRS or PHS to communicate with each other, and to connect the devices with the Internet using methods other than GPRS or PHS. Data can be transmitted between devices on the Internet without any distance restrictions. [Embodiment] The embodiment of the present invention includes three components: a transmitting side, an intermediary server, and a receiving side, wherein the intermediary server is set up on the Internet, and a web page in HTML format is used as the Its user interface, so the devices used by the sender and receiver must have the ability to connect to the Internet and open and read web pages in that format, and at least one of them must be connected to the Internet using GPRS and PHS. For the implementation steps of the present invention, referring to the first diagram of the figure, the intermediary server must first be set up. Second, the sender obtains a connection with the intermediary server via the Internet, and uploads and stores the data to be transmitted. At the intermediary server; after the uploading operation is completed, the sender needs to notify the receiver to make it aware that the data is available for download and use; finally, the receiver also obtains a connection with the intermediary server via the Internet. Download and use this information. In the above steps, if the data is a dynamic video or a moving image file, the receiver can also use the existing data streaming technology. After buffering for several seconds to tens of seconds, there is no need to wait for the sender. Complete the upload action to download and watch. The following describes the specific embodiment of the present invention with the drawings: first, the transmitting party uses a notebook computer connected to the Internet to upload and store a video file on an intermediary server (as shown in the second diagram in the figure); second, the transmitting party Notify the receiver to make it known (Figure 3). Finally, the receiver uses a GPRS or PHS phone connected to the Internet to connect to the server to download the video file (Figure 4). The above descriptions are merely examples of the embodiments of the present invention, and the embodiments without changing the essence of the present invention are all within the patent scope of the present invention. .200532499 [Brief description of the figure] The first figure: the implementation flowchart of this method. Figure 2: The sender uploads the data and stores it on the intermediary server. Figure 3: The sender notifies the receiver. Figure 4: The receiver connects to the server to download the data. Figure 5: The overall architecture of the method. Symbols of components: 1 sender 11 device used by the sender 13 data transmitted by the sender 2 intermediary server 3 receiver 31 device used by the receiver 4 Internet pick-up, patent application scope: 1. a kind of transmission on the Internet The data method enables a sender using a device connected to the Internet to transmit all kinds of digital data that can be transmitted on the Internet through an intermediary server installed on the Internet to one using a connection to Recipients of Internet devices; those used by the sender and receiver are those who are connected to the Internet by GPRS or PHS and have the ability to open and read web pages in Hypertext Markup Language format; The steps are: A. The sender uses its device connected to the Internet to connect to the intermediary server, and uploads or saves various digital data to be transferred or temporarily stored in the hard disk, memory or In other storage equipment; B. the sender notifies one or more recipients;