1261761 九、發明說明： 【發明所屬之技術領域】 本發明係關於一種圖形化使用介面系統，特別是關於一種用 於繪製多螢幕圖像之圖形化使用介面系統。 【先前技術】 隨著科技的進步及多媒體技術的日益創新，行動通訊裝置、 _ 個人數位助理（Personal Digital Assistants，PDA)以及數位電 視等現代的顯示設備已經不再只具有單一功能，而是集合了許多 的多媒體功能於一身。而如何在顯示設備與使用者間建立多媒體 功旎溝通的橋樑，一般均是在顯示設備中架設圖形化使用介面 (Graph User Interface，GUI)系統，使用者藉由輸入設備，如滑 鼠、按鍵及觸控面板等輸入資訊，顯示設備會對輸入資訊進行處 理後傳送信息予圖形化使用介面系統，而圖形化使用介面系統會 # 依據接收的信息，即時重新繪製螢幕之圖像以回應使用者，如此 即可達成與使用者互動之多媒體功能。 請參閱第一圖，其係乃習知之一種圖形化使用介面系統示意 圖，其中圖形化使用介面系統1丨至少包含一後台處理單元丨“以 及複數個客戶端處理單元112，且圖形化使用介面系統n係用於 一螢幕12圖像之繪製，而該螢幕12可為一電腦螢幕，亦可為/ 手機上之螢幕。當後台處理單元111接收一外部信息13後，會將 外部信息13進行分析，其中外部信息13可為一輸入信息，乃經 由使用者之輸入資訊處理轉換而得；亦可為一定時器信息，用以 ^61761 傳達預设B寺間之功能開啟， 元⑽係用以接收後台處理單元程式。而客戶端處理單 之圖像。由於螢幕】2之圖像不止料信息，.裂勞幕 视窗系統為例，一個 見早一多媒體功能，以微軟 客户端處理單元i P二不—多媒體功能，亦即對應一 112進行繪製螢幕12之圖像二應之客戶端處理單元 據繪製信息繪製螢慕P ^各戶喊理單元⑴只負責依 信息，其_=====⑼η貞責管理賴 體功能以決定對應之客戶喊理單元=辑部信息所對應之多媒 製信姆爾縣猶1。2叹犧息，再錄 處理112 ^_發送一詢問信息予後台 若是，則客戶端處理單元112則^ 1疋否有新的緣製信息， 12之圖像。當後a 、订級綠製信息，並緣製螢幕 提醒广自早^ 〇早 有新的1 會製信息時，亦可發送- :ΤΜ進仃接收繪製信息。而後台處理Μnl Ml 端處理單元112更 2早凡出以及客戶 繪製的即時性。 以進订同步，以確保螢幕圖像 功-上5圖，使用介面系統可以達成與使用者互動之多媒體 月匕一疋目刖習知之圖形化使用介”丑 MicroWindow等等，均口料斟祕墓:、、先如MlniGUI，QT， 同時齡進行綠製及管理，而不能 顯的榮幕進行1 會製及管理。但是如今具多螢幕之 』不攻備如雨後春筍般的被大量使用，尤以 的雙螢幕年嬙幺曰 m "大寸尚年輕人雯用 邊幕顿為取’習知之圖形化使用介面系統即無法同時對雙 1261761 螢幕手機之兩螢幕進行繪製及管理。而目前多螢幕之顯示設備在 螢幕圖像之處理上均採用圖形化使用介面系統只針對一個螢幕進 行繪製及管理，至於其他螢幕之圖像處理則透過顯示設備驅動 (Video Graphics Array Driver，VGA Driver)程序來進行繪製。 請參閱第二圖，其係乃習知之一種適用雙螢幕之圖像繪製之 系統示意圖，其中包含一圖形化使用介面系統u以及一顯示設備 驅動程序21，係用以繪製一雙螢幕手機22之第一螢幕221及第二 螢幕222。圖形化使用介面系統η係如前所述當接收一外部信息 13，進行處理後繪製第一螢幕mi之圖像。顯示設備驅動程序21 係接收-外部緣製信息23後，直接進行緣製第二螢幕222之圖 像’其中外部繪製信息23為非使用者輸入轉換而得之信息，一般 可為一時間信息，使得顯示設備驅動程序21依既定格式繪製表示 間之圖像，亦可為—來電號碼信息，使得顯示設備驅動程序^ 依既定格績製表示來魏碼之圖像。所峨由顯示設備驅動程 序21繪製之圖像’無法具有與使用者進行即時互動之多媒體功 i之而純接收外部繪製信息23後直接進行_第二螢幕 22之圖像。如果尚有其他複數個·，财縣 圖像=與使用者進行即時互動之多媒體功能。 上述系統雖然可以同時繪置多個螢幕 形化使用介㈣統對應—螢幕，亦即 有早一圖 :;=r力能，已儀足二期== 情有綠㈣纽多雜魏之要求。麵速 1261761 二圖解決上述問題，乃可以大幅提昇如雙螢幕手機之多 、』不4備的附加價值，使得其更受消費者喜愛使用以提昇競 爭力。 藉此’開發-细形化使用介面系統，該圖形化使用介面系 統可同Μ會製至少兩螢幕之圖像以解決上述習知圖形化使用介面 2 U螢幕圖像日禮合度不佳問題，實為多螢幕齡設備使用 夕身又刀1及本發明人念兹在兹者，而本發明人基於多年從事於 f螢幕顯賴備研究開發與諸多實務經驗，乃思及改良之意念， 窮其個人之專業知識，並且經多方研究設計與專題探討，至此提 出-種可同時繪製至少兩螢幕之圖像之圖形化使用介面系統以作 為上述問題一解決方式與依據。 【發明内容】 小本發明提供之一種圖形化使用介面系統，係用於同時繪製至 少兩螢幕之圖像，而該圖形化使用介面系統至少包含一後台處理 早兀、至少兩服務器處理單元以及複數個客戶端處理單元。其中 後台處理單元制以接收—外部信息，而外部信息可為一輸入信 乃、、、工由使用者之輸入資訊處理轉換而得。且兩服務器處理單 元係分別對應於該兩螢幕，用於接收後台處理單元之一信息且判 辦。息所對應之一繪製信息以及客戶端處理單元，再依纟會製信 息的即時性進行管理排程優先順序。而客戶端處理單元係接收對 應服務器處理單元之繪製信息，並繪製對應螢幕之圖像。 1261761 综合上述，本發明提供之__於同時繪製至少兩榮幕 像之圖形化使时㈣統，可以滿足t今期望多螢幕顯示設備之 所有螢幕皆能表現多媒體魏之要求，使得多螢幕顯示設備之附 加價值大幅提升，不僅可以提升多螢幕顯示設魅業之競爭力， 更可讓國人在個料螢幕顯示設斜能享有最好的品質。 兹為使貴審查委員對本發明之技術特徵及所達 ϋ功 更進-步之暸解與認識，下文謹提供較佳之實施例及相關圖^以 為辅佐之用，並以詳細之說明文字配合說明如後。 【實施方式】 請參閱第三圖’其係乃依據本發明之—種圖形化使用介面系 統示意圖，其中圖形化使用介面系統31至少包含一後台處理單^ 3U、至少二服務器處理單★ 312、313以及複數個客=處= 元314、315，且圖形化使用介面系統31係用於一顯示裝置犯中 • 第一螢幕321及第二螢幕322圖像之繪製，其中該顯示裝置犯可 為-雙螢幕手機’而在本實施财，鞠示裝置32係為一具雙榮 幕之顯示面板。當後台處理單it 311接收一外部信息、33後，將 夕卜部信息33進行分析’其中外部信息、33更可包含對應服務器處 理單元312、313之一識別資料以使後台處理單元311得以辨別該 外部信息33對應之服務器處理單元312、313，而外部信息33 ^ 為一輸入信息，乃經由使用者之輸入資訊處理轉換而得；亦可為 〜定時器信息，用以傳達一預設時間之功能開啟，如螢幕保護程 式。該服務器處理單元312、313係分別對應第一螢幕321及第一 1261761 螢幕322，用以接收後台處理單元311之一信息。複數個客戶端 314、315係用以接收對應服務器處理單元312、313之一繪製信 息，並依據該繪製信息進行繪製對應第一螢幕321及第二螢幕322 之圖像。以第一螢幕321之圖像繪製作為說明，由於第一螢幕321 之圖像不止呈現單一多媒體功能，以微軟視窗系統為例，一個視 窗介面即表示一多媒體功能，亦即對應一客戶端處理單元314，因 此會有複數個相對應之客戶端處理單元314進行繪製第一螢幕 321之圖像。其中客戶端處理單元314只負責依據繪製信息繪製對 應之第一螢幕321之圖像，而對應之服務器處理單元312負責管 理繪製信息，其依據從後台處理單元311接收的信息，判斷該信 息所對應之多媒體功能以決定對應之一繪製信息以及客戶端處理 單元314 ’再依綠製信息的即時性進行管理排程優先順序。而第二 螢幕322之圖像緣製即仿同上所述。由此，當尚有其他複數個營 幕’則本_化使时餘統31可再增加對應之複數個服務器處 理单⑽及客戶端處理單元進行該對應榮幕圖像的繪製，如此即 y解決習知之圖形化使用介面系統只能處理單—勞幕之圖像問 =JL可使所有螢幕皆具有可與使用者進行即時互動之多媒體功 月& 〇 元314^· # #幕321流程作說明，客戶端處理單 兀314更可㈣發送—詢問信息予簡 : 服務器處理單元312是否有新 早曰疋3 ^以確認 單元314則進行接收給制仁自 ^彳0心右疋，則各戶端處理 曰衣^息’亚緣製螢幕312之圖像。告服铱 斋處理早元312有新的緣製信息時 =像田服務 之客戶端處理單元314，肖 =$ k息予對應 ^亥各戶端處理單元314可以進行 1261761 接收緣製信息。而服務器處理單元312以及客戶祕理單元3i4 更可透過繪製信息以進行同步，以確保螢幕圖像繪製的即時性。 ❿縣杰處理單元312亦可定時發送一詢問信息予後台處理單元 • I11 ’用Γ確認後台處理單元311是否有新的信息 ，若是，則服務 、為處理單凡312則進行接收信息，並判斷該信息所對應之多媒體 •b以决疋對應之客戶端處理單元314以及繪製信息，再依繪製 仏息的即日寸性進打官理排程優先順序。當後台處理單元311有新 的信息對應於服務器處理單元312時，亦可發送一提醒信息予該 雛服務讀理單元312’用以提醒該服務器處理單元312可以進行接 收該1息。而後台處理單元311以及服務器處理單元312更可透 $該信息以進行同步，以確保信息傳遞上之同步性。而圖像綠製 第二螢幕322流程即仿同上所述。 睛-併茶閱第四圖，其係乃依據第三圖之圖形化使用介面系 統之-種緣製多螢幕圖像之方法流程圖，首先後台處理單元接收 外部信息S41，其中外部信息可包含對應服務器處理單元之一識別 • 貧料以使後台處理單元得以辨別該外部信息對應之服務器處理單 而外部信息可為一輸入信息以及一定時器信息，而後台處理 單疋更可發送-提醒信息予對應之服務器處理單元，用以提醒該 服務為處理單元可以進行接收—信息。接著，服務器處理單元接 收後台處理單元之信息S42,其中服務器處理單元亦可定時發送一 詢問信息予後台處理單元，用以確認後台處理單元是否有新的信 心而彳于以進行接收信息，並可藉由該信息與後台處理單元進行同 步。而服務器處理單元會判斷該信息所對應之多媒體功能以決定 對應之客戶端處理單元以及繪製信息，再依繪製信息的即時性進 1261761 行管理排程優先順序。且服_處理單元亦可發送 對應之客戶端處理單元，用以提醒該客戶 _生。:予 收緣製信息。接著，客戶端處理單^接收對應服務^^仃接 服I處理早H以確認服務器處理單元是否有 而侍以進行接收繪製信息，並可藉由 衣彳5心 π J猎由轉製仏息與服務器處理單 疋進仃同步。农後，客戶端處理單元緣製對應勞幕之圖像撕。 請參閱第五圖，其係乃依據第四圖之—鱗製多螢幕 7方法之初始⑽程圖，當系統開始啟動時，可分成兩個執行緒進 灯初始化，其中S51表後台處理單元初始化流程，而咖表服務 始化流程。其中後台處理單元初始化流程開始係為 後台处理早磁動S51卜當啟動後台處理單元時可直接初始化定 時，，以使可作為與服務器處理單元進行同步之過程，之後便可 循祕收外部信息’並提供該賴之服務减理單元接收信息。 而服務②處理單元初始化流程開始係先初始化終端舰1，其中包 含依據勞幕數量建立對應數量之服魅處理單元，接著建立背景 V兄S522 ’其係為依據作業系統而初始設定，以微軟視窗系統為 例，乃建立一視窗背景環境，接著初始化圖形設定S523，其係可 為設定視窗邊界值等參數，接著建立信息連接簡，其係為服務 器處理單元建立與後台處理單元之聯繫通道，可包含載入共享資 源，並設定資源標誌，如雙方之識別碼等，接著循環等待信息 S525，其更可包含設定一空閒處理函數，而服務器程式可接收後 台處理單元之信息，判斷優先權以提供該對應之客戶端單元接收 繪製信息。 1261761 I由上述之實施例說明，利用本發明提供之—種用於同時繪製 至少兩螢幕之圖像之圖形化使用介面系統，可以滿足當今期^ 榮幕顯示設備之所有螢幕皆能表❹媒體魏之要求，使得多榮 設備之附加價社幅提升。賴本發日犯以較佳實施例揭 ，然其麟用膽定本發明’任何_此技藝者，在不脫 明之範圍内，當可作各種之更動與潤飾，因此本發 軏圍當視後附之申請專利範圍所界定者為準。 【圖式簡單說明】 第圖係為習知之一種圖形化使用介面系統示意圖； 係為習知之—種適用雙螢幕之圖像繪製之系統示意圖； 圖係為依據本發明之一種圖形化使用介面系統示意圖； =回系、為依據第二圖之_化使用介面系統之_種^ 圖像之方法流程圖；以及 衣夕靜 φ =圖係為依獅叫之—種繪製多螢幕®像之方法之初始化流 1261761 【元件符號說明】 11 ··圖形化使用介面系統； 111 :後台處理單元； 112 :客戶端處理單元； 12 :螢幕； 13 :外部信息； 21 :顯示設備驅動程序； 22 :雙螢幕手機； • 221 :第一螢幕； 222 :第二螢幕； 23 :外部繪製信息； 31 :圖形化使用介面系統； 311 :後台處理單元； 312 :服務器處理單元； 313 :服務器處理單元； I 314 :客戶端處理單元； 315 :客戶端處理單元； 32 :顯示裝置； 321 :第一螢幕； 322 :第二螢幕； 33 :外部信息； S41〜S44 :流程；以及 S51、S511、S52、S521 〜S525 :流程。1261761 IX. Description of the Invention: [Technical Field] The present invention relates to a graphical user interface system, and more particularly to a graphical user interface system for rendering multi-screen images. [Prior Art] With the advancement of technology and the increasing innovation of multimedia technology, modern display devices such as mobile communication devices, personal digital assistants (PDAs), and digital TVs no longer have a single function, but a collection. A lot of multimedia features in one. How to establish a bridge of multimedia communication between the display device and the user generally sets up a graphical user interface (GUI) system in the display device, and the user inputs the device, such as a mouse and a button. And input information such as a touch panel, the display device processes the input information and transmits the information to the graphical user interface system, and the graphical user interface system uses the received information to instantly re-render the image of the screen in response to the user. In this way, multimedia functions that interact with the user can be achieved. Please refer to the first figure, which is a schematic diagram of a graphical user interface system, wherein the graphical user interface system 1 丨 includes at least one background processing unit 以及 "and a plurality of client processing units 112, and the graphical interface system is used. The n is used for drawing a screen 12 image, and the screen 12 can be a computer screen or a screen on the mobile phone. When the background processing unit 111 receives an external message 13, the external information 13 is analyzed. The external information 13 can be an input information, which is converted by the user's input information processing; or can be a timer information, used to communicate the function of the preset B-story between the 61617, and the element (10) is used. Receive the background processing unit program. The client processes the single image. Since the image of the screen is not limited to information, the crack screen system is an example, one sees the early multimedia function, and the Microsoft client processing unit i P Second no-multimedia function, that is, corresponding to a 112 image of the screen 12, the client processing unit draws the information according to the drawing information, and the household unit (1) only Responsible for information, its _=====(9) η 管理 管理 管理 管理 管理 管理 管理 管理 管理 管理 = = = = = = = = = = = = = = = = = = = = = = = = = = = = = 多 多 多 多Processing 112 ^_ Sending an inquiry message to the background If yes, the client processing unit 112 will have a new edge information, 12 image. When a, order green information, and screen reminder广自早早 〇 When there is a new 1 meeting information, you can also send - : ΤΜ 仃 仃 to receive drawing information. And the background processing Μ nl Ml end processing unit 112 more 2 out and the customer's immediacy. Set the synchronization to ensure the screen image function - on the 5th picture, use the interface system to achieve the multimedia interaction with the user. The visual use of the familiar use of the ugly MicroWindow, etc., are the secrets of the secret tomb: First, such as MlniGUI, QT, at the same time, the green system and management, but can not show the honor of the 1 system and management. But nowadays, there are many screens that are not used in the spring and have been used in large numbers, especially the double-screen age m " large inch young people use the side curtain to take the 'scientific graphical interface system That is, it is impossible to draw and manage the two screens of the dual 1261761 screen phone at the same time. At present, the multi-screen display device uses a graphical user interface system to draw and manage only one screen in the processing of the screen image. The image processing of other screens is driven by the display device (Video Graphics Array Driver, VGA Driver ) Program to draw. Please refer to the second figure, which is a schematic diagram of a system for image drawing of a dual screen, which comprises a graphical user interface system u and a display device driver 21 for drawing a dual screen mobile phone 22 The first screen 221 and the second screen 222. The graphical user interface system η is used to process an image of the first screen mi after receiving an external information 13 as described above. After the display device driver 21 receives the external edge information 23, directly performs the image of the second screen 222. The external drawing information 23 is information obtained by non-user input conversion, and generally can be a time information. The display device driver 21 causes the image between the representations to be drawn according to the predetermined format, and may also be the caller number information, so that the display device driver can display the image of the Wei code according to the established performance. The image drawn by the display device driver 21 can't have the multimedia function of real-time interaction with the user, and the image of the second screen 22 is directly processed after the external drawing information 23 is received. If there are other plurals, Caixian Image = multimedia function that interacts instantly with the user. Although the above system can simultaneously draw multiple screens to use the (four) system corresponding to the screen, that is, there is an earlier picture:; = r force, has been in the second phase == love green (four) New York Wei Wei requirements . Face speed 1261761 The second problem solves the above problems, which can greatly increase the added value of the dual-screen mobile phone, which makes it more popular with consumers to enhance competitiveness. By using the 'development-fine-grained interface system, the graphical user interface system can simultaneously produce at least two screen images to solve the problem of poor matching of the above-mentioned conventional graphical user interface 2 U screen image. It is actually a multi-screen age device that uses the ceremonial body and the knife 1 and the inventor of the inventor, and the inventor is based on years of research and development and many practical experiences on the screen, thinking and improving ideas, poor His personal expertise, and through multi-disciplinary research design and topical discussion, has come up with a graphical user interface system that can simultaneously draw at least two screen images as a solution and basis for the above problems. SUMMARY OF THE INVENTION The present invention provides a graphical user interface system for simultaneously drawing images of at least two screens, and the graphical user interface system includes at least one background processing, at least two server processing units, and a plurality of Client processing unit. The background processing unit is configured to receive-external information, and the external information can be converted into an input signal, and the work is processed by the input information of the user. And the two server processing units respectively correspond to the two screens for receiving information of one of the background processing units and determining. One of the information corresponding to the information and the client processing unit, and then manage the scheduling priority according to the immediacy of the information. The client processing unit receives the drawing information of the corresponding server processing unit and draws an image corresponding to the screen. 1261761 In summary, the present invention provides a graphical time (four) system for simultaneously drawing at least two glory images, which can satisfy the requirement that all screens of a multi-screen display device can express multimedia Wei, so that multi-screen display The added value of the equipment has been greatly improved, which not only enhances the competitiveness of the multi-screen display and the charm industry, but also allows the Chinese to enjoy the best quality in the display screen. In order to give your reviewers a better understanding of and understanding of the technical features and remedies of the present invention, the preferred embodiments and related figures are provided below for assistance, and the detailed explanations are as follows. Rear. [Embodiment] Please refer to the third figure, which is a schematic diagram of a graphical user interface system according to the present invention, wherein the graphical user interface system 31 includes at least one background processing unit 3U, at least two server processing units ★ 312, 313 and a plurality of users = 314, 315, and the graphical user interface system 31 is used for a display device to make a picture of the first screen 321 and the second screen 322, wherein the display device can be - Dual screen mobile phone' In the present implementation, the display device 32 is a display panel with a double screen. When the background processing unit 311 receives an external information 33, the external information 33 is analyzed. The external information 33 may further include the identification data of one of the corresponding server processing units 312, 313 to enable the background processing unit 311 to discriminate the The external information 33 corresponds to the server processing unit 312, 313, and the external information 33 ^ is an input information, which is converted by the user's input information processing; or may be - timer information for conveying a preset time The function is turned on, such as a screen saver. The server processing units 312 and 313 respectively correspond to the first screen 321 and the first 1261761 screen 322 for receiving information of one of the background processing units 311. The plurality of clients 314 and 315 are configured to receive one of the corresponding server processing units 312 and 313, and draw an image corresponding to the first screen 321 and the second screen 322 according to the drawing information. Taking the image of the first screen 321 as an illustration, since the image of the first screen 321 not only presents a single multimedia function, in the case of the Microsoft Windows system, a window interface represents a multimedia function, that is, corresponds to a client processing unit. 314, so there will be a plurality of corresponding client processing units 314 to draw an image of the first screen 321 . The client processing unit 314 is only responsible for drawing an image of the corresponding first screen 321 according to the drawing information, and the corresponding server processing unit 312 is responsible for managing the drawing information, which is determined according to the information received from the background processing unit 311. The multimedia function determines the corresponding one of the drawing information and the client processing unit 314' manages the scheduling priority according to the immediacy of the green information. The image edge of the second screen 322 is similar to that described above. Therefore, when there are still other plurality of camps, then the _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The solution to the traditional graphical interface system can only process the image of the single-screen. QL can make all the screens have the multimedia function of real-time interaction with the user. 〇 314 ^· # #幕321 For example, the client processing unit 314 can further (4) send - query information to Jane: whether the server processing unit 312 has a new address 3 ^ to confirm the unit 314 to receive the system to the right? Each household handles the image of the Asian-made screen 312. When the service processing has been completed, the client processing unit 314, the image processing unit 314 of the field service, and the corresponding processing unit 314 can perform the 1261761 receiving edge information. The server processing unit 312 and the client secretory unit 3i4 can further synchronize the drawing information to ensure the immediacy of the screen image drawing. The county processing unit 312 can also periodically send an inquiry message to the background processing unit • I11 ' to confirm whether the background processing unit 311 has new information, and if so, the service, the processing unit 312, receives the information, and determines The multimedia corresponding to the information is determined by the corresponding client processing unit 314 and the drawing information, and then prioritized according to the day-to-day nature of drawing the suffocation. When the background processing unit 311 has new information corresponding to the server processing unit 312, a reminder message may also be sent to the service processing unit 312' to remind the server processing unit 312 to receive the information. The background processing unit 311 and the server processing unit 312 can further synchronize the information to ensure synchronization on the information transmission. The image green second screen 322 flow is as described above. The eye-and tea read the fourth picture, which is based on the graphical flow chart of the method of using the interface system to generate a multi-screen image according to the third figure. First, the background processing unit receives the external information S41, wherein the external information may include Corresponding to one of the server processing units identifies the poor material so that the background processing unit can identify the server processing list corresponding to the external information, and the external information can be an input information and a timer information, and the background processing unit can send the reminder information. The corresponding server processing unit is configured to remind the service that the processing unit can receive the information. Then, the server processing unit receives the information S42 of the background processing unit, wherein the server processing unit may also periodically send an inquiry message to the background processing unit to confirm whether the background processing unit has new confidence and is in a position to receive the information, and This information is synchronized with the background processing unit. The server processing unit determines the multimedia function corresponding to the information to determine the corresponding client processing unit and the drawing information, and then manages the scheduling priority according to the immediacy of the drawing information. The service_processing unit may also send a corresponding client processing unit to remind the customer. : To receive information. Then, the client processes the device to receive the corresponding service, and then the server handles the processing of the device to determine whether the server processing unit has a service to receive the drawing information, and can be converted into a message by the server. Handle a single synchronization. After the farm, the client processing unit edge corresponds to the image tear of the screen. Please refer to the fifth figure, which is based on the initial (10) diagram of the method of the scale multi-screen 7 in the fourth figure. When the system starts to start, it can be divided into two thread initializations, wherein the S51 table is processed by the background processing unit. Process, and the coffee table service initialization process. The background processing unit initialization process starts with the background processing early magnetic motion S51. When the background processing unit is started, the timing can be directly initialized, so that the process can be synchronized with the server processing unit, and then the external information can be collected. And provide the service receiving unit to receive information. The service 2 processing unit initialization process begins by initializing the terminal ship 1, which includes establishing a corresponding number of service processing units according to the number of screens, and then establishing a background V brother S522 'which is initially set according to the operating system, to Microsoft Windows For example, the system establishes a window background environment, and then initializes a graphic setting S523, which can set parameters such as a window boundary value, and then establishes an information connection simple, which is a communication channel between the server processing unit and the background processing unit. Including loading a shared resource, and setting a resource flag, such as an identification code of both parties, and then looping through information S525, which may further include setting an idle processing function, and the server program may receive information of the background processing unit to determine the priority to provide The corresponding client unit receives the drawing information. 1261761 I is illustrated by the above embodiments, and the graphical user interface system for simultaneously drawing images of at least two screens provided by the present invention can satisfy all the screens of today's glory display devices. Wei’s request has increased the additional price of Dorong’s equipment. Lai Benfa made a case of a better example, but he used the invention to 'anybody'. In the scope of the unclear, when it can be used for various changes and retouching, the hairpin is attached to it. The scope defined in the scope of application for patent application shall prevail. BRIEF DESCRIPTION OF THE DRAWINGS The figure is a schematic diagram of a graphical user interface system; it is a schematic diagram of a system for image rendering of a dual screen; the figure is a graphical user interface system according to the present invention. Schematic diagram of the method of using the image system of the interface system according to the second figure; and the method of drawing the multi-screen image by the lion-like system Initialization flow 1261761 [Component symbol description] 11 · Graphical interface system; 111: Background processing unit; 112: Client processing unit; 12: Screen; 13: External information; 21: Display device driver; Screen phone; • 221: first screen; 222: second screen; 23: external drawing information; 31: graphical user interface system; 311: background processing unit; 312: server processing unit; 313: server processing unit; I 314 : client processing unit; 315: client processing unit; 32: display device; 321: first screen; 322: second screen; 33: external information; S41~S44: flow; S51, S511, S52, S521 ~S525: Process.