為了解決上述之問題，本發明的目的在於提供一種加速網頁顯示亞洲語系字型的方法，此種於網頁顯示字型的方法能讓使用者在無需太多等待時間的情況下享受多樣化的亞洲語系字型。 基於上述目的與其他目的，本發明提供一種加速網頁顯示亞洲語系字型的方法。首先，從對應到一網頁網址的一網頁源下載至少一網頁資訊到一瀏覽器端，網頁資訊包括一連接資訊、至少一字碼資訊、與至少一字型資訊。再來，瀏覽器端根據連接資訊從一字型伺服器下載一字型顯示程式，字型顯示程式至少根據該網頁網址與該字型資訊產生至少一第一定址資訊。之後，字型顯示程式根據第一定址資訊，至字型伺服器嘗試下載一第一子集合字型檔案。若瀏覽器端成功下載第一子集合字型檔案，瀏覽器端對第一子集合字型檔案進行解譯並產生一第一解譯結果，並將第一解譯結果呈現於一網頁上。接著，字型顯示程式將網頁網址、字碼資訊、與字型資訊傳送至字型伺服器，該字型伺服器包括一字型產生模組。再來，字型產生模組判斷網頁網址對應之字型資訊與字碼資訊至少其中之一是否有變動或並不存在該網址對應之字型資訊與字碼資訊，若是則進行下述步驟。首先，字型產生模組根據字碼資訊與字型資訊產生至少一對應的第二子集合字型檔案，及至少依據網頁網址與字型資訊產生一第二定址資訊。之後，傳送第二定址資訊至瀏覽器端的字型顯示程式，且字型顯示程式根據第二定址資訊下載第二子集合字型檔案。接著，瀏覽器端對第二子集合字型檔案進行解譯並產生一第二解譯結果，並將該第二解譯結果呈現於一網頁上。 在上述的加速網頁顯示亞洲語系字型的方法中，字型伺服器包括一原始字型資料庫，該字型產生模組產生該第二子集合字型檔案的步驟包括以下步驟。首先，從原始字型資料庫中尋找符合該字型資訊要求之字型。接著，根據所接收到之字碼資訊，從原始字型資料庫中取得對應到該字碼資訊中之每一字碼的一字型圖像。再來，產生該字碼資訊與該字型圖像間之一索引表，且依據該索引表從原始字型資料庫中產生第二子集合字型檔案。 在上述的於網頁顯示字型的方法中，當字型產生模組判斷網頁網址、字型資訊、與字碼資訊任一未有變動時，該第二定址資訊等於該第一定址資訊。 在上述的於網頁顯示字型的方法中，當字型資訊與字碼資訊有變動時，第二解譯結果將覆蓋第一解譯結果。 基於上述目的與其他目的，本發明提供一種字型伺服器，此字型伺服器通訊連接至一瀏覽器端，該瀏覽器端包括至少一網頁資訊，該網頁資訊包括一連接資訊、至少一字碼資訊、與至少一字型資訊，瀏覽器端根據連接資訊而連接至字型伺服器。字型伺服器包括一字型顯示程式與一字型產生模組，其中字型伺服器依據瀏覽器端的請求而傳送字型顯示程式至瀏覽器端，而字型產生模組產生至少一子集合字型檔案，且該字型伺服器還包括對應至該第一定址資訊的至少一第一子集合字型檔案。其中，於瀏覽器端的字型顯示程式根據網頁網址與字型資訊產生至少一第一定址資訊，該字型顯示程式根據第一定址資訊從字型伺服器嘗試下載一第一子集合字型檔案，之後於瀏覽器端的字型顯示程式將網頁網址、字碼資訊、與字型資訊傳送至字型伺服器。若該字型產生模組判斷該網頁網址對應之該字碼資訊與該字型資訊至少其中之一是否不存在或有變動，則進行下述步驟。首先，根據字碼資訊與字型資訊產生至少一對應的第二子集合字型檔案，且根據網頁網址與字型資訊產生一第二定址資訊，並傳送第二定址資訊至瀏覽器端的字型顯示程式。其中，於收到第二定址資訊後，瀏覽器端的字型顯示程式根據第二定址資訊從字型伺服器下載第二子集合字型檔案並進行解譯以產生一第二解譯結果，並將該第二解譯結果呈現於一網頁上。 基於上述目的與其他目的，本發明提供一種瀏覽器端，此瀏覽器端通訊連接至一字型伺服器與至少一網頁源。網頁源包括至少一網頁資訊，該網頁資訊包括一連接資訊、至少一字碼資訊、與至少一字型資訊，而字型伺服器包括一字型顯示程式與一字型產生模組。字型產生模組適於產生至少一子集合字型檔，瀏覽器端適於儲存由該網頁源所下載的網頁資訊以及由字型伺服器所下載的該字型顯示程式，該瀏覽器端依據網頁資訊與字型顯示程式執行下述步驟。首先，根據連接資訊從一字型伺服器下載一字型顯示程式。接著，字型顯示程式至少根據網頁網址與字型資訊產生至少一第一定址資訊。再來，字型顯示程式根據第一定址資訊從字型伺服器嘗試下載第一子集合字型檔案。若成功下載第一子集合字型檔案，對該第一子集合字型檔案進行解譯並產生一第一解譯結果，並將第一解譯結果呈現於一網頁上。接著，字型顯示程式將網頁網址、字碼資訊、與字型資訊傳送至字型伺服器，其中字型伺服器的字型產生模組判斷網頁網址所對應之字型資訊與字碼資訊至少其中之一是否有變動或並不存在，若是則根據字碼資訊與字型資訊產生至少一對應的第二子集合字型檔案，及至少依據網頁網址與字型資訊產生一第二定址資訊，並傳送第二定址資訊至瀏覽器端。之後，字型顯示程式根據第二定址資訊下載第二子集合字型檔案。然後，對第二子集合字型檔案進行解譯並產生一第二解譯結果，並將第二解譯結果呈現於一網頁上。 此外，上述瀏覽器端為裝設有瀏覽器軟體的一智慧型手機、一平板電腦、一桌上型電腦、或一筆記型電腦。In order to solve the above problems, an object of the present invention is to provide a method for accelerating the display of Asian fonts on a webpage. This method of displaying fonts on a webpage allows users to enjoy a variety of Asian languages without much waiting time. Language font. Based on the foregoing and other objectives, the present invention provides a method for accelerating the display of Asian fonts on a webpage. First, at least one webpage information is downloaded from a webpage source corresponding to a webpage URL to a browser. The webpage information includes a connection information, at least one character code information, and at least one font information. Then, the browser side downloads a font display program from a font server according to the connection information, and the font display program generates at least one first addressing information based on at least the webpage URL and the font information. After that, the font display program tries to download a first sub-collection font file to the font server according to the first addressing information. If the browser successfully downloads the first sub-collection font file, the browser end interprets the first sub-collection font file and generates a first interpretation result, and presents the first interpretation result on a web page. Then, the font display program sends the webpage URL, font information, and font information to a font server, and the font server includes a font generating module. Furthermore, the font generation module determines whether at least one of the font information and the font information corresponding to the webpage URL is changed or the font information and the font information corresponding to the webpage does not exist. If so, the following steps are performed. First, the font generating module generates at least one corresponding second subset font file according to the font information and the font information, and generates a second addressing information based on at least the webpage URL and the font information. After that, the second addressing information is sent to the font display program on the browser side, and the font display program downloads the font file of the second subset according to the second addressing information. Then, the browser side interprets the second sub-collection font file and generates a second interpretation result, and presents the second interpretation result on a web page. In the above method for accelerating the display of Asian fonts on a webpage, the font server includes an original font database, and the step of generating the second subset of font files by the font generating module includes the following steps. First, find the font from the original font database that meets the font information requirements. Then, according to the received character code information, a font image corresponding to each character code in the character code information is obtained from the original font database. Then, an index table between the character code information and the font image is generated, and a second sub-set font file is generated from the original font database according to the index table. In the method for displaying fonts on a webpage, when the font generation module determines that there is no change in the webpage URL, font information, or font information, the second addressing information is equal to the first addressing information. In the above method for displaying fonts on a web page, when the font information and the code information are changed, the second interpretation result will cover the first interpretation result. Based on the above and other objectives, the present invention provides a font server, which is communicatively connected to a browser end, the browser end includes at least one web page information, the web page information includes a connection information, at least one character code Information, and at least one font information, the browser end connects to the font server based on the connection information. The font server includes a font display program and a font generation module. The font server sends the font display program to the browser according to a request from the browser. The font generation module generates at least a subset. A font file, and the font server further includes at least one first subset font file corresponding to the first addressing information. The font display program on the browser side generates at least one first addressing information according to the webpage URL and the font information, and the font display program attempts to download a first subset of characters from the font server according to the first addressing information. File, and then send the webpage URL, font information, and font information to the font server in the font display program on the browser. If the font generation module determines whether at least one of the font information and the font information corresponding to the webpage URL does not exist or has changed, the following steps are performed. First, generate at least one corresponding second subset font file according to the font information and font information, generate a second address information based on the webpage URL and font information, and send the second address information to the font display on the browser side Program. Wherein, after receiving the second addressing information, the font display program on the browser side downloads the second subset collection font file from the font server and interprets it to generate a second interpretation result according to the second addressing information, and The second interpretation result is presented on a web page. Based on the foregoing and other objectives, the present invention provides a browser end, which is communicatively connected to a font server and at least one web page source. The webpage source includes at least one webpage information, the webpage information includes a connection information, at least one character code information, and at least one font information, and the font server includes a font display program and a font generation module. The font generation module is adapted to generate at least a subset of the font files. The browser end is adapted to store the webpage information downloaded by the webpage source and the font display program downloaded by the font server. The browser end Perform the following steps based on the web page information and font display program. First, download a font display program from a font server based on the connection information. Then, the font display program generates at least one first addressing information based on at least the webpage URL and the font information. Then, the font display program attempts to download the first sub-collection font file from the font server based on the first addressing information. If the first sub-collection font file is successfully downloaded, the first sub-collection font file is interpreted and a first interpretation result is generated, and the first interpretation result is presented on a web page. Next, the font display program sends the webpage URL, font information, and font information to the font server, and the font generation module of the font server determines at least one of the font information and the font information corresponding to the webpage URL. If there is a change or does not exist, if so, at least one corresponding second subset font file is generated according to the font information and font information, and a second addressing information is generated based on at least the webpage URL and font information, and the first Addressing information to the browser. After that, the font display program downloads the font file of the second subset according to the second addressing information. Then, the second sub-set font file is interpreted to generate a second interpretation result, and the second interpretation result is presented on a web page. In addition, the browser end is a smart phone, a tablet computer, a desktop computer, or a notebook computer equipped with browser software.
請參照圖1，圖1所繪示為本發明之系統的實施例的示意圖。在本實施例中，系統100包括一網頁源110、一瀏覽器端120、與一字型伺服器130，其中網頁源110、瀏覽器端120、與字型伺服器130之間是藉由網際網路20而彼此通訊連接。網頁源110是由至少一個（在本實施例為多個）伺服主機112所構成，這些伺服主機112可以置於一處或分散於多處。另外，瀏覽器端120在本實施例中為一桌上型電腦，此桌上型電腦包括一主機123與一螢幕124；在其他實施例中，瀏覽器端120也可以為一筆記型電腦、一智慧型手機、一平板電腦、一All in One電腦或其他可以瀏覽網頁的電子裝置。此外，字型伺服器130也可由一個或多個伺服主機所構成，且字型伺服器130包括一字型產生模組132與一原始字型資料庫134，關於字型產生模組132與原始字型資料庫134將在後文有詳細的介紹。 請同時參照圖2A與圖2B，圖2A與圖2B所繪示為本發明之於網頁顯示字型的方法的流程圖。首先，實施步驟S110，使用者於瀏覽器端120將瀏覽器開啟，在本實施例中，瀏覽器可以為Internet Explorer、Firefox、Opera Web Browser、或Google Chrome等。再來，實施步驟S120，之後透過超連接的方式連接到網頁源，這樣螢幕124就會顯示出如圖3所示的網頁，圖3所示的網頁網址：http://www.abc.com.tw/。需注意的是，圖3所示網頁網址與網頁內容僅是示意，不代表真實網址，且網頁所示的內容也僅用於本申請案說明之用。此外，如圖4A所示，會從網頁源110下載到瀏覽器端120的網頁資訊包括一連接資訊、至少一字碼資訊、與至少一字型資訊，其中連接資訊是指連接到字型伺服器130的網址。另外，字碼資訊則例如是圖3所示網頁30中下拉式選單區32中所示的「時尚專區」、「女性用品」、「3C產品」、「日常用品」等，而字型資訊則例如是指上述字碼所使用的字型，例如為：POP1字型。 之後，實施步驟S130，如圖4B所示，瀏覽器端120根據連結資訊連接到字型伺服器130後，便會從字型伺服器130下載字型顯示程式，此字型顯示程式的部分原始碼如圖6A所示。再來，實施步驟S140，相關部分原始碼於圖6A的方框601中所圈選的區域，位於瀏覽器端120的字型顯示程式會根據網頁網址（即圖3所示的網頁網址：http://www.abc.com.tw/）與字型資訊(例如有使用到pop1與pop2兩套字型)，而產生一第一定址資訊，此第一定址資訊如圖6C中方框611所示。 然後，實施步驟S150，如圖4C所示，瀏覽器端120根據第一定址資訊從字型伺服器130下載一第一子集合字型檔案。在本實施例中，第一子集合字型檔案較佳是只包括對應到該網頁30中所示字碼的字型，而非全部的字型。然後，實施步驟S160，瀏覽器端120的主機123會對第一子集合字型檔案進行解譯，以產生一第一解釋結果，此第一解釋結果會呈現於瀏覽器端120的網頁上。詳細地說，瀏覽器端120會根據第一子集合字型檔案，而使網頁上的字碼（部分或全部）的字型會呈現對應到第一子集合字型檔案的字型。 再來，實施步驟S170，如圖4D所示，瀏覽器端120的字型顯示程式會將網頁網址與對應到該網頁網址的字碼資訊及字型資訊傳送到字型伺服器130。之後，實施步驟S210，字型產生模組132會判斷對應到該網頁網址的字碼資訊或字型資訊是否有變動，或判斷對應到該網頁網址的字碼資訊或字型資訊是否不存在。在本實施例中，字型產生模組132的部分原始碼如圖6B所示。 更詳細的說，請同時參照圖1，在一般的情況下，字型伺服器130與網頁源110是由不同的業者所負責（但也可以同屬相同的業者），網頁源110的業者會向字型伺服器130的業者訂購服務，這樣一來瀏覽器端120的消費者在瀏覽網頁源110的時候就可在網頁上看到字型伺服器130所提供的特殊字型，其運作的相關程序已如步驟S110~步驟S170所示。例如，於步驟S150所提到的第一子集合字型檔案便可為網頁源110的業者向字型伺服器130的業者訂購服務後，字型伺服器130便在字型伺服器130預先儲存的第一子集合字型檔案。然而，網頁源110的業者可能對該網頁中的字型或字碼進行修改，而導致於步驟S150所下載的第一子集合字型檔案無法讓網頁正確呈現更改後的字型或字碼。或者，網頁源110的業者可能新增新的網頁，當該新增網頁首次被下載時，字型伺服器130便不會存在與網址對應之字型資訊與字碼資訊。當發生上述情況時，系統100便會執行步驟S230~步驟S260的程序，以產生新的子集合字型供使用，關於步驟S230~步驟S260將於下文詳細說明。在本實施例中，若不存在上述的情況，則字型伺服器130便不會產生新子集合字型（如步驟S220），字型顯示程式會直接下載第一子集合字型檔案顯示，直到瀏覽器端120的使用者離開該網頁30。 請繼續參照圖2B，實施步驟S230，於字型伺服器130中，字型產生模組132會產生一第二子集合字型及一第二定址資訊。詳細地說，字型產生模組132根據瀏覽器端120所上傳的字碼資訊與字型資訊產生至少一對應的第二子集合字型檔，且也會依照網頁網址與字型資訊產生一第二定址資訊，此第二定址資訊如圖6C中方框612所示。 之後，實施步驟S240，請同時參照圖4E，字型伺服器130將第二定址資訊傳送到瀏覽器端120。然後，實施步驟S250，請同時參照圖4F，瀏覽器端120的字型顯示程式130會根據第二定址資訊向字型伺服器130下載第二子集合字型檔案。再來，實施步驟S260，瀏覽器端120的主機123對第二子集合字型檔案進行解譯並產生一第二解譯結果，並將第二解譯結果呈現於網頁30上。也就是說，原本呈現在網頁30上的第一解釋結果會被第二解釋結果所覆蓋。值得注意的是，在較佳實施例中，因網頁會同時有多瀏覽者瀏覽，當有一位瀏覽者讀取過該網頁30並於字型伺服器130上產生第二子集合字型檔案後，其他瀏覽者即可在瀏覽時直接下載第二子集合字型檔案做顯示，無需再等待字型伺服器130通訊處理後方能顯示，故可以縮短處理和傳送所需的時間，從而讓瀏覽器端120的瀏覽者在無需太多等待時間的情況下享受多樣化的字型。 需注意的是，在其他的實施例中，當字型產生模組132判斷網頁網址對應之字型資訊或字碼資訊無變動或已存在該網址對應之字型資訊與字碼資訊時，也會執行步驟S230~步驟S260。不過，在此情況下，第二定址資訊會等於第一定址資訊。 綜上所述，在本發明中，瀏覽器端120會先進行下載第一子集合字型檔案的程序並顯示第一解釋結果，之後字型伺服器130上的字型產生模組132才會判斷對應到該網頁網址的字碼資訊或字型資訊是否有變動，或判斷對應到該網頁網址的字碼資訊或字型資訊是否不存在。也就是說，字型產生模組132在未進行判斷前，瀏覽器端120就會顯示第一解釋結果，相較於先進行判斷再顯示，本發明所揭露的方法可以減少瀏覽器端120的使用者的等待時間。而且，就算第一子集合字型檔案不是所欲的子集合字型檔案，之後字型伺服器130也會依據瀏覽器端120所上傳的字碼資訊與字型資訊產生正確的第二子集合字型檔。 以下，將對第二子集合字型檔案的產生方式進行較詳細的介紹。請參照圖5，圖5所繪示為產生第二子集合字型檔案的流程圖。 首先，實施步驟S310，字型產生模組132判斷及確認是否接收到來自瀏覽器端120所傳送之字碼資訊與字型資訊。接著，實施步驟S320，字型產生模組132從原始字型資料庫134中尋找符合字型資訊所要求的字型，並且由至少一套字型資料所組成，其來源包括但不限於TTF(Truetype字型檔案格式)、TTC(Truetype字型檔案集格式)、OTF(opentype字型檔案格式)、XML(將字型檔案存成XML格式)，其來源包含將字型轉換成等同效果之資料格式等。 再來，實施步驟S330，根據所接收到之字碼資訊（例如：“時尚專區”），字型產生模組132從原始字型資料庫134中取得對應到字碼資訊中之每一字碼的一字型圖像。舉例來說，當字型資訊為：[王漢宗字體](未顯示於圖中)，其中“時”字之Unicode字碼為6642，則尋找[王漢宗字體]中之字碼索引值，得出字碼索引值為18432，又尋找[王漢宗字體]，以字碼索引值18432尋找此字型圖像位置，取得字型圖像之內容，其餘字“尚”、“專”、及“區”均可以同樣方式取得其字型圖像之內容，故不再贅述。 然後，實施步驟S340，產生字碼資訊與字型圖像間之一索引表（未繪示）。之後，依據索引表便可以從原始字型資料庫134中產生第二子集合字型檔案。 本發明說明如上，然其並非用以限定本創作所主張之專利權利範圍。其專利保護範圍當視後附之申請專利範圍及其等同領域而定。凡本領域具有通常知識者，在不脫離本專利精神或範圍內，所作之更動或潤飾，均屬於本創作所揭示精神下所完成之等效改變或設計，且應包含在下述之申請專利範圍內。Please refer to FIG. 1, which is a schematic diagram of an embodiment of a system according to the present invention. In this embodiment, the system 100 includes a webpage source 110, a browser end 120, and a font server 130. The webpage source 110, the browser end 120, and the font server 130 are connected via the Internet. The network 20 is in communication with each other. The webpage source 110 is composed of at least one (in this embodiment, multiple) server hosts 112, and these server hosts 112 may be placed in one place or distributed in multiple places. In addition, the browser end 120 is a desktop computer in this embodiment, and the desktop computer includes a host 123 and a screen 124; in other embodiments, the browser end 120 may also be a notebook computer, A smartphone, a tablet, an All in One computer, or other electronic devices that can browse the web. In addition, the font server 130 may also be composed of one or more servo hosts, and the font server 130 includes a font generating module 132 and an original font database 134. The font database 134 will be described in detail later. Please refer to FIG. 2A and FIG. 2B at the same time. FIG. 2A and FIG. 2B are flowcharts of a method for displaying fonts on a webpage according to the present invention. First, step S110 is implemented, and the user opens the browser on the browser 120. In this embodiment, the browser may be Internet Explorer, Firefox, Opera Web Browser, or Google Chrome. Then, step S120 is implemented, and then the webpage source is connected to the webpage through a hyperlink, so that the screen 124 displays the webpage shown in FIG. 3, and the webpage URL shown in FIG. 3: http://www.abc.com .tw /. It should be noted that the webpage URL and webpage content shown in FIG. 3 are only schematic, and do not represent the real web site, and the content shown on the webpage is only used for the description of this application. In addition, as shown in FIG. 4A, the webpage information downloaded from the webpage source 110 to the browser 120 includes a connection information, at least one character code information, and at least one font information, where the connection information refers to a connection to a font server URL of 130. In addition, the character code information is, for example, the "fashion zone", "female products", "3C products", "daily goods", etc. shown in the drop-down menu area 32 in the web page 30 shown in FIG. Refers to the font used by the above code, for example: POP1 font. After that, step S130 is implemented. As shown in FIG. 4B, after the browser 120 is connected to the font server 130 according to the link information, the font display program is downloaded from the font server 130. The code is shown in Figure 6A. Then, step S140 is implemented, and the source code of the relevant part is in the area circled in box 601 in FIG. 6A. The font display program located at the browser 120 will be based on the webpage URL (that is, the webpage URL shown in FIG. 3: http : //www.abc.com.tw/) and font information (for example, two sets of fonts, pop1 and pop2, are used), and a first addressing information is generated. This first addressing information is shown in the box in FIG. 6C Shown at 611. Then, step S150 is implemented. As shown in FIG. 4C, the browser 120 downloads a font file of the first subset from the font server 130 according to the first addressing information. In this embodiment, the first subset font file preferably includes only the fonts corresponding to the code shown in the webpage 30, but not all the fonts. Then, step S160 is implemented. The host 123 of the browser 120 interprets the font file of the first subset to generate a first interpretation result, and the first interpretation result is presented on the webpage of the browser 120. In detail, the browser 120 will render the fonts (partial or all) of the fonts on the webpage according to the font files of the first subset, and the fonts corresponding to the font files of the first subset. Then, step S170 is implemented. As shown in FIG. 4D, the font display program on the browser 120 transmits the webpage URL and the font information and font information corresponding to the webpage URL to the font server 130. After that, step S210 is implemented. The font generation module 132 determines whether the font information or font information corresponding to the webpage URL has changed, or determines whether the font information or font information corresponding to the webpage URL does not exist. In this embodiment, part of the original code of the font generating module 132 is shown in FIG. 6B. In more detail, please refer to FIG. 1 at the same time. Under normal circumstances, the font server 130 and the webpage source 110 are under the responsibility of different vendors (but they can also belong to the same vendor). Order services from the font server 130 provider, so that consumers on the browser 120 can see the special fonts provided by the font server 130 on the webpage when they browse the webpage source 110. The related procedures have been shown in steps S110 to S170. For example, after the font file of the first sub-collection mentioned in step S150 can be ordered from the font server 130 by the service provider of the webpage source 110, the font server 130 is pre-stored in the font server 130. The first sub-collection of font files. However, the operator of the webpage source 110 may modify the fonts or fonts in the webpage, which results in that the font file downloaded in the first sub-collection in step S150 cannot correctly display the changed fonts or fonts on the webpage. Alternatively, the operator of the webpage source 110 may add a new webpage. When the new webpage is downloaded for the first time, the font server 130 will not have the font information and font information corresponding to the URL. When the above situation occurs, the system 100 will execute the procedures of steps S230 to S260 to generate new sub-set fonts for use. The steps S230 to S260 will be described in detail below. In this embodiment, if the above situation does not exist, the font server 130 will not generate a new sub-collection font (such as step S220), and the font display program will directly download the first sub-collection font file for display, Until the user of the browser 120 leaves the web page 30. Please continue to refer to FIG. 2B and implement step S230. In the font server 130, the font generating module 132 generates a second sub-collection font and a second addressing information. In detail, the font generating module 132 generates at least a second subset of font files corresponding to the font information and font information uploaded by the browser 120, and also generates a first font file according to the webpage URL and font information. Two addressing information. This second addressing information is shown as block 612 in FIG. 6C. After that, step S240 is implemented. Referring to FIG. 4E at the same time, the font server 130 sends the second addressing information to the browser 120. Then, step S250 is implemented. Please refer to FIG. 4F at the same time. The font display program 130 of the browser 120 downloads the font file of the second subset to the font server 130 according to the second addressing information. Then, in step S260, the host 123 of the browser 120 interprets the font file of the second subset and generates a second interpretation result, and presents the second interpretation result on the webpage 30. That is, the first interpretation result that was originally presented on the web page 30 will be covered by the second interpretation result. It is worth noting that, in the preferred embodiment, since a webpage is viewed by multiple viewers at the same time, when one viewer reads the webpage 30 and generates a second subset of font files on the font server 130 , Other viewers can directly download the second sub-collection font file for display during browsing, and there is no need to wait for the font server 130 to communicate and process it before displaying, so the time required for processing and transmission can be shortened, so that the browser The viewer of the terminal 120 enjoys a variety of fonts without much waiting time. It should be noted that, in other embodiments, when the font generation module 132 determines that the font information or font information corresponding to the webpage URL has not changed or that the font information and font information corresponding to the webpage address already exist, it is also executed. Steps S230 to S260. However, in this case, the second addressing information is equal to the first addressing information. To sum up, in the present invention, the browser 120 will first download the font file of the first subset and display the first interpretation result, and then the font generation module 132 on the font server 130 will Determine whether the font information or font information corresponding to the webpage URL has changed, or determine whether the font information or font information corresponding to the webpage URL does not exist. In other words, before the font generation module 132 makes a judgment, the browser end 120 will display the first interpretation result. Compared with the judgment and display, the method disclosed by the present invention can reduce the browser end 120's User wait time. Moreover, even if the first sub-collection font file is not the desired sub-collection font file, the font server 130 will then generate a correct second sub-collection character according to the font information and font information uploaded by the browser 120 Profile. In the following, the generation method of the font file of the second subset will be described in detail. Please refer to FIG. 5, which is a flowchart of generating a font file of the second subset. First, in step S310, the font generation module 132 determines and confirms whether the font information and font information transmitted from the browser 120 are received. Next, step S320 is implemented. The font generation module 132 searches the original font database 134 for a font that meets the requirements of the font information, and is composed of at least one set of font data. Its source includes, but is not limited to, TTF ( Truetype font file format), TTC (Truetype font file format), OTF (opentype font file format), XML (save font files as XML format), the source of which contains data that converts fonts to equivalent effects Format, etc. Then, step S330 is implemented. According to the received character code information (for example, “fashion area”), the font generating module 132 obtains a character corresponding to each character code in the character code information from the original font database 134. Type image. For example, when the font information is: [Wang Hanzong Font] (not shown in the figure), where the Unicode character code of the word "Time" is 6642, then find the index value of the code in [Wang Hanzong Font] to get the code index value. For 18432, look for [Wang Hanzong Font], and find the position of this font image with the code index value of 18432, and get the content of the font image. The remaining characters "Shang", "Special", and "District" can be obtained in the same way The content of the font image is not repeated here. Then, step S340 is implemented to generate an index table (not shown) between the character code information and the font image. Then, according to the index table, a second sub-set font file can be generated from the original font database 134. The present invention has been explained as above, but it is not intended to limit the scope of the patent rights claimed in this creation. The scope of its patent protection shall depend on the scope of the attached patent application and its equivalent fields. Anyone with ordinary knowledge in the field, without departing from the spirit or scope of this patent, makes changes or retouches that are equivalent changes or designs made under the spirit disclosed in this creation, and should be included in the scope of patent application described below Inside.