201131470 六、發明說明： 【發明所屬之技術領域】 本發明主要關於圖像顯示及控制技術，特別係有關於 一種可動態調整圖像顯示的運作模式的圖像顯示系統及方 法’以達到節省系統資源及耗電量之目的。 【先前技;銜】 不論是個人桌上型電腦、筆記型電腦、或工作站伺服 器等電子計算裝置，皆需外接或内建一顯示器以作為最基 本的人機溝通介面，或用以提供多媒體相關之應用。一般 而言，電子計算裝置係透過一顯示介面卡（Video card、 Graphics card、Video adapter)處理圖像資料，並據以驅動 顯示器以顯示晝面，完成人機溝通之目的。 第1圖為傳統電子計算装置之顯示架構圖。電子計算 裝置100包括中央控制單元110與顯示介面卡120，且顯 示介面卡120係透過低電壓差動訊號架構（Low-Voltage Differential Signaling ’ LVDS)之介面連接至顯示器 13〇， 該低電壓差動訊號架構之介面包括了資料匯流排1 〇與顯 示資料通道（Display Data Channel，DDC)匯流排20，其 中，資料匯流排ίο係用以傳送晝面資料（frame data), 顯示資料通道匯流排20則用以供顯示介面卡ι2〇取得顯示 器130的規格與設定並進-步調整顯示@ 13〇的參數（如 亮度和色彩平衡）或是初始去磁等操作，以輸出適當訊號 發揮顯示器uo之最佳顯示效能。顯示資料通道匯流排2〇 VIT10-0006100- rM//0608-A42368TW-f 201131470 (Serial DAta Line * SDA) ^ 料傳輸線21H ⑷⑽，SCL) 22，序列資 種名稱、序t m的内部資料，如薇牌機 ，資料傳輸===—201131470 VI. Description of the Invention: [Technical Field] The present invention relates to image display and control technology, and in particular to an image display system and method capable of dynamically adjusting an operation mode of image display to achieve a system saving The purpose of resources and power consumption. [Previous technology; title] Whether it is an electronic computing device such as a personal desktop computer, a notebook computer, or a workstation server, an external or built-in display is required as the most basic human-machine communication interface, or used to provide multimedia. Related applications. Generally, an electronic computing device processes image data through a display interface card (Video card, Graphics card, Video adapter), and drives the display to display the surface to complete the communication between human and computer. Figure 1 is a diagram showing the display architecture of a conventional electronic computing device. The electronic computing device 100 includes a central control unit 110 and a display interface card 120, and the display interface card 120 is connected to the display 13 through a Low-Voltage Differential Signaling (LVDS) interface, the low voltage differential The interface of the signal architecture includes a data bus 1 and a display data channel (DDC) bus 20, wherein the data bus ί is used to transmit frame data, and the data channel bus 20 is displayed. For the display interface card ι2 〇 to obtain the specifications and settings of the display 130 and further adjust the display @ 13 〇 parameters (such as brightness and color balance) or initial demagnetization, etc., to output appropriate signals to play the most uo display Good display performance. Display data channel bus 2〇VIT10-0006100- rM//0608-A42368TW-f 201131470 (Serial DAta Line * SDA) ^ Material transmission line 21H (4)(10), SCL) 22, serial resource name, internal data of sequence tm, such as Wei Card machine, data transmission ===-
常容易：現者在操作電子計算裝置時’其使用模式通 力=;:=):狀態，，當使用者將其注意 情況下，雖妙，用者暫時離開座位等等，在此 仍需將一二斤需顯不的畫面並未改變’但顯示介面卡120 此…拉—樣的畫面資料持續輸出至顯示器130,因 入面=1、/電子計算裝置1GG持續佔用系職源進行顯示 2卡0之運作、以及資料匯流排10與顯示資料通道匯 "排20上的資料傳輸，而消耗了不必要的電力能源。 【發明内容】 本發明之一實施例提供了一種圖像顯示系統，包括一 圖像處理模組、以及—顯示模組。上述圖像處理模組偵測 =續第-晝面資料之—第二畫面資料是否與上述第一 晝面資料相同，若上述第二晝面資料與上述第一畫面資料 相同，則於輸出一模式轉換指令與上述第二晝面資料後停 止輸出晝面資料。上述顯示模組根據上述第一晝面資料輸 出顯示晝面，當接收到上述模式轉換指令時，儲存上述第 二晝面資料以作為一暫存資料，並根據上述暫存資料持續 輸出顯示晝面。 ' 本發明之另一實施例提供了一種圖像顯示系統，包括Often easy: the current user is operating the electronic computing device 'its mode of use force ==::=): state, when the user pays attention to it, although the user, the user temporarily leaves the seat, etc., still need to The picture that needs to be displayed for one or two pounds has not changed. 'But the display interface card 120 is pulled. The picture data is continuously output to the display 130. Since the input side=1, / the electronic computing device 1GG continues to occupy the system source for display 2 The operation of the card 0, as well as the data transfer between the data bus 10 and the display data channel "bank 20, consumes unnecessary power energy. SUMMARY OF THE INVENTION An embodiment of the present invention provides an image display system including an image processing module and a display module. The image processing module detects whether the second picture data is the same as the first picture data, and if the second picture data is the same as the first picture data, the output image is After the mode conversion instruction and the second drawing data described above, the output of the face data is stopped. The display module outputs a display surface according to the first facial data, and when receiving the mode switching instruction, storing the second facial data as a temporary storage data, and continuously outputting the display surface according to the temporary storage data. . Another embodiment of the present invention provides an image display system including
VlTl〇O〇06IO〇- ri4//0608-A42368TW-f 5 201131470 一圖像處理模組、以及 -時間區間内持續偵測接續述圖像處理模組在 畫面資料是否盥上、'第—晝面貧料之複數第二 資料與上述第二晝面=面資料相同’若上述第二晝面 -模式轉換指令與上述白_目同，則圖像處理模組於輸出 料；上述I貞一旦面資料後停止輸出晝面資 上述顯不模組根據上述蚩 貝 當接收到上述模式轉換指=貝枓輸出顯示晝面’ 二晝面資料之一者以你主*上述顯不模組儲存上述第 料持續輸出顯示Ϊ面為—暫存資料，並根據上述暫存資 本發明之另—實施例提供了 以下流程步驟：由—顯 ^像^不方法’包括 二m述第—畫面資料之-第二畫面資料 。上这第—晝面資料相同 述第一晝面資料相同時，由上㈣厂2一旦面貝科與上 裝置料;停止輸出晝面資料至上述顯示 7^書面。 i顯不襄置根據上述暫存資料持續輸出顯 於勺月之另一實施例提供了 一種圖像顯示方法，適用 該模組與：圖像處理模組之一圖像顯示系統。 接:自^法包括以下流程步驟：由上述顯示模組根據 =上述圖像處理模組之一第一畫面資料輸出顯示書 圖，處理模組在一時間區間内持續債測接續於 Ί 料之複數第二畫面資料是否皆與上述第— 旦面資料相同；於上述第二晝面資料皆與上述第一晝面資 VIT10-0006100- 7T47〇6〇8-A42368TW-f 201131470 =模=ί處理模組停止輸出晝面資料;在接 = :ί時’由上述顯示模組•存上述第二 一 4 者作為—暫存資料；以及由上 根據上述暫存資料持續輸出顯示畫面。Μ顯不模、、且 的特徵與優點，此領域之熟習技 之精神和範圍内，當可根據本案 顯示系統及方法’做些許的更動 關於本發明其他附力口 術人士，在不脫離本發明 實碓方法中所揭露之圖像 與潤飾而得到。VlTl〇O〇06IO〇- ri4//0608-A42368TW-f 5 201131470 An image processing module, and the continuous detection of the image processing module in the time interval, whether the image data is on the screen, '第昼The second data of the poor material is the same as the second surface=face data. If the second surface-mode conversion command is the same as the above-mentioned white image, the image processing module outputs the material; After the data is stopped, the above-mentioned display module is stopped according to the above-mentioned mussels. When receiving the above-mentioned mode conversion finger = the output of the display, the one of the two sides of the data is stored in the above-mentioned display module. The first material continues to output the display surface as the temporary storage data, and according to the other embodiment of the above-mentioned temporary capital invention, the following process steps are provided: by - display image ^ not method 'including two m description - picture material - Second screen data. On the same page, the first surface information is the same as that of the first (4) factory 2 once the surface of the shell and the upper equipment; stop outputting the surface data to the above display 7^ written. According to another embodiment of the above-mentioned temporary storage data, which is continuously outputted in the form of a spoon, an image display method is provided, which is applicable to the image display system of the module and the image processing module. The method includes the following process steps: the display module outputs a book map according to the first screen data of the image processing module, and the processing module continues to perform the debt measurement in a time interval. Whether the second screen data is the same as the above-mentioned first-side data; the second data in the above-mentioned second surface is the same as the above-mentioned first surface information VIT10-0006100-7T47〇6〇8-A42368TW-f 201131470=module=ί The module stops outputting the face data; when the connection = : ί 'from the above display module, the second one is stored as the temporary storage data; and the display screen is continuously outputted according to the temporary storage data. The features and advantages of the model, the spirit and scope of the skilled artisan in this field, can be made in accordance with the present disclosure system and method 'to make some changes to the other attachments of the present invention, without departing from the present The invention discloses an image and a retouched image disclosed in the method.
【實施方式】 本章節所敘述的是實施本發明之最佳 說明本發明之精神而非用以ΒΡ —+ 、目的在於 明之料r®〜目％ 疋本發保護範圍，本發 明之保s視相之申請專利範圍所 第2圖係根據本發明— 有马+ # ± 貫施例所述之圖像顯示系統。 不、、以相同編號標示之元件代 圖中所對應的元件_，^ ^仵興弟 ^ _ ,,面μ 一门此外，不同編號則用以標示不同 之元件。圖像顯示系缔9ΠΛ Α丨_u 00包括中央控制單元110與圖像 〇 像處理槟組220係透過低電壓差動訊 號架構之；丨面連接至顯示模组23Q，顯示模組Μ。包括了 顯示面板模組231、時序控制（Timing contr〇ller，tc〇n) 模組232、以及儲存模組233。其中，由時序控制模組232 同步處理顯示面板模組231所需之時序信號，並輸出控制 化號以直接驅動顯示面板模組231。該低電壓差動訊號架 構之介面包括了資料匯流排10與顯示資料通道匯流排 2〇 ’其中’資料匯流排10係用以傳送晝面資料，顯示資料[Embodiment] This section describes the spirit of the present invention in order to best explain the present invention, and is not intended to be used in the context of the present invention. Fig. 2 is a diagram showing an image display system according to the present invention - a horse + #± embodiment. No, the components marked with the same number are the corresponding components in the figure _, ^ ^ 仵 弟 ^ ^, face μ a door In addition, different numbers are used to indicate different components. The image display system 包括 u u u 包括 包括 包括 包括 包括 包括 包括 包括 包括 包括 包括 包括 包括 包括 包括 包括 220 220 220 220 220 220 220 220 220 220 220 220 220 220 220 220 220 220 220 220 220 220 220 220 220 220 220 220 220 220 The display panel module 231, the timing control (Timing contr〇ller, tc〇n) module 232, and the storage module 233 are included. The timing control module 232 synchronously processes the timing signals required by the display panel module 231, and outputs a control number to directly drive the display panel module 231. The interface of the low-voltage differential signal structure includes a data bus 10 and a display data channel bus 2 ’ ’, where the data bus 10 is used to transmit the data, display data
VtT1 〇~〇〇〇6j〇〇~ 7"l4^0608-A42368TW-f 201131470 通道匯流排20則用以供圖像處理模組220取得顯示模組 230的規格與設定並進一步調整顯示模組230的參數（如 亮度和色彩平衡）或是初始去磁等操作，以輸出適當訊號 發揮顯示模組230之最佳顯示效能。顯示資料通道匯流排 20又可再包括序列資料傳輸線21與序列時脈傳輸線22， 序列資料傳輸線21係用以傳送顯示模組230的内部資料， 如廠牌機種名稱、序號、解析度等，而序列時脈傳輸線22 則用以提供序列資料傳輸線於傳送資料時的同步時脈。 不同於傳統顯示架構，在本發明如第2圖所示之實施 例中，圖像處理模組220在輸出第一晝面資料至顯示模組 230後，會偵測下一個晝面資料是否需要更新，意即偵測 接續於第一晝面資料之第二晝面資料是否與第一晝面資料 相同，若相同，則代表使用者目前的使用模式在閒置的狀 態，意即第一晝面資料之内容與第二畫面資料相同，因此， 圖像處理模組220透過序列資料傳輸線21傳送一模式轉換 指令至顯示模組230中的時序控制模組232，以通知顯示 模組230進入省電模式。在另一實施例中，圖像處理模組 220可在輸出第一晝面資料至顯示模組230後，在一預設 之時間區間内持續偵測接續於第一晝面資料之複數個第二 晝面資料是否皆與第一晝面資料相同，若複數個第二晝面 資料皆與第一晝面資料相同，才透過序列資料傳輸線21 傳送該模式轉換指令至顯示模組230中的時序控制模組 232，以通知顯示模組230進入省電模式，如此一來，則可 避免過於頻繁地切換省電模式。 V/T10-0006100- ri^/0608-A42368TW-f 201131470 接著，圖像處理模組2 查 匯流排1G傳送至顯示4 料透過資料 顯示裝置23。的程序Λ· ’然後停止輪出晝面資料至 統可停止部分供電至H一實施例中’圖像顯示系 理模組220進人閒置—像處理杈組22G，以使圖像處 -預，之二 民狀態。上述模式轉換指令可為 取或寫入指令，咬一二/屬位址(—鳴-)之讀 換之用。4新&義之特殊指令專用於上述模式轉 像产23G中㈣序控制模組232在接收到來自圖 像處理22G的模式轉換指令時，則進人省電^自圖 =:ΠΓ到的第二晝面資料儲存於儲:二 乍為一暫存㈣，並控制顯示面板模組231根據 =且233中的暫存資料持續輸出顯示畫面 = 接收及讀取晝面資料。由於上述儲存= θ需用以儲存—份晝面資料’因此，其儲存容量的大 ’:、則疋視顯示面板模組231 _析度而定，且儲存模組加 可為任何儲存媒介，例如：唯讀記憶體、快閃記憶體、以 及，碟等非揮發性記憶體（Non·Volatile Memory，NVM )、 或Ik棧存取5己憶體、快取記憶體等揮發性記憶體（V〇iatiie Memory) 〇 此外，當顯示模組230進入省電模式後，時序控制模 組232會持續將顯示面板模組231目前之垂直遮沒 (Vertical Blank )資訊透過序列時脈傳輸線22傳送至圖像 處理模組220。值得注意的是，處於閒置或休眠狀態的圖 VIT10-0006100- rM^0608-A42368TW-f 201131470 = 組220雖然停止輸出晝面資料，但仍合持〜 t續！生的晝面資料，因此，當圖像處理模測 的一第三心：要更新時，意即债測到第二晝面資料之德 組謂料與第二晝面資料不相同時，圖像處理模 沒資訊決定休眠狀態’並根據所魏到的垂直遮 時間將第三晝=組別之-同步時間’然後在該同步 控制模組232 = 處於省電模式的顯示模組23G中，時 傳入，因此，當時=續監控是否有資料從資料匯流排10 〗。所接收到的;三書232偵測到透過資料匯流排 模式，由時序控制模组2324/干^顯:組咖離開省電 三畫面資料輪出顯示查“員不面板模組如根據第 存資料。換句話說，：：使用儲存模組功中的暫 不使用儲存模組I 離開省電模式時，則 二理模組—第二畫 圖像處理模陶:置 的垂直遮沒資訊決定與顯示模组 二«所接收到 在該同步時間先改變序列資料傳輸線Γ之=時間，然後 資料匯流靖送電第tv面 組230在偵測到序列資料傳輸線21二==時顯示模 開省電模式並改由根據第三晝面資 VIT10-0006100- TH//0608-A42368TW-f 201131470 使用儲存模組233中的暫存資料。 第3圖係根據本發明另一實施例所述之圖像顯示系 統。如圖所示，其中以相同編號標示之元件代表該元件與 第1圖中所對應的元件相同，此外，不同編號則用以標示 不同之元件。圖像顯示系統300包括中央控制單元110與 圖像處理模組320，且圖像處理模組320係透過嵌入式顯 示埠架構（embedded DispalyPort，eDP)之介面連接至顯 示模組330，顯示模組330包括了顯示面板模組33卜時序 • 控制模組332、儲存模組333、以及背光模組334。其中， 由時序控制模組332同步處理顯示面板模組331所需之時 序信號，並輸出控制信號以直接驅動顯示面板模組331與 背光模組334。該嵌入式顯示埠架構之介面包括了主連線 31、輔助通道（auxiliary channel)線32、以及熱插拔偵測 (Hot Plug Detect，HPD)線33，其中，主連線31係用以 傳送晝面資料，輔助通道線32用以管理與控制顯示模組 230的規格與設定，熱插拔偵測線33則用以偵測來源設備 • 與接收設備在處於通電狀態下的連接事件以及傳送垂直遮 沒資訊。 在此實施例中，圖像處理模組320係透過辅助通道線 32通知顯示模組330進入省電模式。進一步說明，圖像處 理模組320在輸出第一晝面資料至顯示模組330後，會偵 測下一個晝面資料是否需要更新，意即偵測接續於第一晝 面資料之第二畫面資料是否與第一晝面資料相同，若相 同，則代表使用者目前的使用模式在閒置的狀態，因此， VIT10-0006100- n4//0608-A42368TW-f 11 201131470 圖像處理模組320透過辅助通道線32傳送一模式轉換指令 至顯示模組330中的時序控制模組332，以通知顯示模組 330進入省電模式。在另—實施例中，圖像處理模組320 可在輸出第一晝面資料至顯示模組330後，在/預設之時 間區間内持續偵測接續於第一晝面資料之複歡個第二畫面 資料是否皆與第一畫面資料相同，若複數個第二晝面資料 皆與第一晝面資料相同，才透過輔助通道線傳送該模式 轉換指令至顯示模組330中的時序控制模組332，以通知 顯示模組330進入省電模式，如此一來，則彳避免過於頻 鲁 繁地切換省電模式。 % 接著，圖像處理模組320再將第二晝面資料透過主連 線31傳送至顯示模組330，然後停止輸出晝面資料至顯示 裝置330的程序。此時：在一實施例中，圖像顯示系統3〇〇 可停止部分供電至圖像處理模組32〇，以使圖像處理模組 320進入閒置或休眠狀態。上述模式轉換指令可為一預設 之指令，例如指定一從屬位址之讀取或寫入指令，或一新 定義之特殊指令專用於上述模式轉換之用。 ’ 顯示模組330中的時序控制模組332在接收到來 像處理模組DO的模式轉換指令時，則進入省電、圖 從主連線31接收到的第二晝面資料儲左’、式把 中以作為一暫存資料，並控制顯示 模組333中的暫存資料持續輸出顯示晝面，31根據儲存 連線31接收及讀取畫面資料。由於上述儲存需再從主 用以儲存一份晝面資料，因此，其儲存容果級333僅需 ♦的大小則是視 V/T ίΟ-0006/00-Τΐν/060Ζ~Α4236^ΎΨ4 12 201131470 顯示面板模組33 何儲存媒介，例如Ϊ析度疋儲存模組333可為任 等非揮發性纪情^讀記憶體、快閃記憶體、以及硬碟 發性記憶體或隨機存取記憶體、快取記憶體等揮 組3^持it組330進入省電模式後’時序控制模 過埶奸并伯、.，肩不面板模組231目前之垂直遮沒資訊透 二:、貞測線33傳送至圖像處理模組320。值得注意的 置或休眠狀態的圖像處理模組32G雖然停土輸 當“二t仍會持續偵測後續發生的晝面資料，因此， 田°处、、且320偵測到下一晝面資料需要更新睥，音 第二畫面資料之後的一第三二 : 態，並根據所接么3f會離開閒置或休眼狀 之一同步_ 、垂直U訊决定與顯示模組330 ，曰，一後在該同步時間將第=書面主 連線31傳送至顯示模 :—旦面貝料透過主 的顯示模組㈣中，時序控制 有資料從主連線3^，_，^ 2仍料續監控是否 到透過主連線3!所接收到的第二田金而序控制模組3 3 2谓測 330離開省電模式，由時:面貧料時，則顯示模組 ㈣根據第三畫面資料指示顯示面板模 組333中的暫存資料。 而不使用儲存模 第4圖係根據本發明一實 〜 流程圖。在此實施财’本發示方法= 效控制輸出畫面資料至一顯示穿晋 '、丁法係用以有 、 以節省系統資源，並 viTio-oooeioo-Tvmm -AAimvm 13 201131470 示裝置在省電模式下根據暫存資料輪出顯示* (St;。㈣示震置根據一第一晝面資料輪出顯示書： ==:?組33。’而_面資料者可為= 甲的圖像處理模組22〇或第3 ，輪出第一畫面資料後，則偵測接續於第4= Γ是否與第—畫面資料相同（步驟叱〇， 面資料未更新的狀況。所以在第二晝面資料盘第一 二二枓相同時，由該顯示裝置储存第二晝面資料以 了：，並由一圖像處理模組停止輸出晝面資料至顯 (步驟_)，最後，指示顯示裝置根據暫二： 該二輪^顯不晝面（步驟s梢），意即顯示裝置以及包括 s^’’、不裝置之圖像顯示系統已進入了省電模式。 =圖係根據本發明另一實施例所述之圖 =顯在:實施例中’本發明之圖像顯示方_ 如圖像處理模組之圖像顯示系統，例 ®中的圖像顯示系統200或第3圖令的圖像顯 、·’ 300 °該圖像顯示方法的執行步驟由' ==自圖像處理模組之-第-:二St 2^0或ΓΓ圖Λ顯示模組可為第2圖中的顯示模組 圖二3=5:圖像處理模組可為第2 32〇。輪2 ΐ 圖中的圖像處理模組 第一晝面資料後，由圖像處理模組在一時間區間 VIT1〇-〇〇〇6io〇-Tw/m%.A42m-m.f 14 201131470 内細貞測接續於第-晝面資料 否皆與第一晝面資料相同（步酹μ弟一直戶 ^步驟S520),若皆相同’代表 使用者目前的使用模式在閒置的狀態，因而導致晝面資料 持續保持相同。所以在第二晝面資料書面資料相 同時，由圖像處理模組傳送—模式轉換指第二晝面資 料至顯示模組，並使圖像處理模組停 晝面資料（步 驟測）。其中’若圖像處理模組與顯示模组之間的溝通VtT1 〇~〇〇〇6j〇〇~7"l4^0608-A42368TW-f 201131470 The channel bus 20 is used by the image processing module 220 to obtain the specifications and settings of the display module 230 and further adjust the display module 230. The parameters (such as brightness and color balance) or initial demagnetization operations, etc., to output appropriate signals to achieve the best display performance of the display module 230. The display data channel bus 20 can further include a sequence data transmission line 21 and a sequence clock transmission line 22, and the sequence data transmission line 21 is used to transmit the internal data of the display module 230, such as the name, serial number, resolution, etc. of the brand model. The sequence clock transmission line 22 is used to provide a synchronization clock when the sequence data transmission line transmits data. Different from the conventional display architecture, in the embodiment shown in FIG. 2, after the image processing module 220 outputs the first page data to the display module 230, it will detect whether the next page data needs to be needed. The update means that the second page data connected to the first page data is the same as the first page data. If they are the same, it means that the user's current usage mode is idle, meaning the first page. The content of the data is the same as the second screen data. Therefore, the image processing module 220 transmits a mode conversion command to the sequence control module 232 in the display module 230 through the sequence data transmission line 21 to notify the display module 230 to enter power saving. mode. In another embodiment, the image processing module 220 can continuously detect the plurality of pages connected to the first page data within a predetermined time interval after outputting the first page data to the display module 230. Whether the two side data are the same as the first side data, if the plurality of second side data are the same as the first side data, the mode conversion command is transmitted to the display module 230 through the sequence data transmission line 21. The control module 232 notifies the display module 230 to enter the power saving mode, so that the power saving mode can be avoided from being switched too frequently. V/T10-0006100- ri^/0608-A42368TW-f 201131470 Next, the image processing module 2 transmits the search stream 1G to the display material transmission display device 23. The program Λ · ' Then stop the round-up data to the system can stop part of the power supply to H. In the embodiment, the image display system module 220 is idle - like the processing group 22G, so that the image is - pre- , the second state of the people. The above mode conversion instruction may be a read or write instruction, and a bite/secondary address (-----) is used for reading. 4 new & special instructions for the above-mentioned mode transfer production 23G (four) sequence control module 232 when receiving the mode conversion command from the image processing 22G, then enter the power saving ^ self-image =: ΠΓ to the The two-dimensional data is stored in the storage: the second is a temporary storage (four), and the display panel module 231 continues to output the display screen according to the temporary storage data in the = 233 = receiving and reading the dry data. Since the above storage = θ is required to store the information of the facet - therefore, the storage capacity is large ':, depending on the display panel module 231 _ the degree of resolution, and the storage module can be any storage medium, For example: read-only memory, flash memory, and non-volatile memory (Non Volatile Memory, NVM), or Ik stack access 5 memory, cache memory and other volatile memory ( In addition, when the display module 230 enters the power saving mode, the timing control module 232 continuously transmits the current vertical blank information of the display panel module 231 through the sequence clock transmission line 22 to Image processing module 220. It is worth noting that the figure is in idle or dormant state. VIT10-0006100- rM^0608-A42368TW-f 201131470 = Although group 220 stops outputting face data, it still holds ~ t continued! Raw face data, therefore, when the third part of the image processing model is to be updated, that is, when the debt measurement of the second face data is different from the second face data, the figure If the processing mode does not determine the sleep state 'and the third 昼 = group-synchronization time according to the vertical occlusion time, then the synchronization control module 232 = the display module 23G in the power saving mode, When it is passed in, therefore, at that time = continue to monitor whether there is data from the data bus 10〗. Received; three books 232 detected through the data bus mode, by the timing control module 2324 / dry ^ display: group coffee to leave the power saving three-picture data round out display to check "the staff does not panel module, such as according to the first In other words,:: When using the storage module to temporarily use the storage module I to leave the power saving mode, the second module - the second image processing mode: the vertical blanking information is determined And the display module 2 is received at the synchronization time to change the sequence data transmission line = = time, and then the data sinking power transmission tv surface group 230 displays the mode power transmission line 21 when the detection of the sequence data transmission line 21 == The mode is changed to use the temporary storage data in the storage module 233 according to the third face VIT10-0006100-TH//0608-A42368TW-f 201131470. FIG. 3 is an image according to another embodiment of the present invention. Display system. As shown in the figure, elements denoted by the same reference numerals denote the same elements as those in the first figure, and different numbers are used to indicate different elements. Image display system 300 includes central control unit 110 and image processing mode 320, and the image processing module 320 is connected to the display module 330 through an interface of an embedded display interface (eDP). The display module 330 includes a display panel module 33, a timing control module 332, The storage module 333 and the backlight module 334. The timing control module 332 synchronously processes the timing signals required by the display panel module 331 and outputs control signals to directly drive the display panel module 331 and the backlight module 334. The interface of the embedded display architecture includes a main connection 31, an auxiliary channel line 32, and a Hot Plug Detect (HPD) line 33, wherein the main connection 31 is used for transmission. The auxiliary channel line 32 is used to manage and control the specification and setting of the display module 230. The hot plug detection line 33 is used to detect the source device and the connection event and the transmission of the receiving device in the power-on state. In this embodiment, the image processing module 320 notifies the display module 330 to enter the power saving mode through the auxiliary channel line 32. Further, the image processing module 320 is in the transmission mode. After the first page of data is sent to the display module 330, it is detected whether the next piece of data needs to be updated, that is, whether the second picture data connected to the first picture data is the same as the first picture data. If they are the same, it means that the user's current usage mode is idle. Therefore, the VIT10-0006100-n4//0608-A42368TW-f 11 201131470 image processing module 320 transmits a mode conversion command to the display through the auxiliary channel line 32. The timing control module 332 in the module 330 notifies the display module 330 to enter the power saving mode. In another embodiment, the image processing module 320 can continuously detect the sequel to the first slab data in the /preset time interval after outputting the first page data to the display module 330. Whether the second picture data is the same as the first picture data. If the plurality of second picture data are the same as the first picture data, the mode conversion instruction is transmitted to the timing control mode in the display module 330 through the auxiliary channel line. The group 332 is configured to notify the display module 330 to enter the power saving mode, so as to avoid switching the power saving mode too frequently. %, the image processing module 320 then transmits the second page data to the display module 330 through the main connection 31, and then stops the process of outputting the face data to the display device 330. At this time, in an embodiment, the image display system 3 停止 can stop the partial power supply to the image processing module 32 〇 to cause the image processing module 320 to enter an idle or sleep state. The above mode conversion instruction may be a preset instruction, such as a read or write instruction designating a slave address, or a newly defined special instruction dedicated to the above mode conversion. When receiving the mode switching instruction from the image processing module DO, the timing control module 332 in the display module 330 enters the power saving, and the second page data stored in the figure from the main connection 31 is stored in the left side. The medium is used as a temporary storage data, and the temporary storage data in the display module 333 is controlled to continue to output the display surface, and 31 receives and reads the image data according to the storage connection 31. Since the above storage needs to be used to store a piece of data from the main source, the storage capacity level 333 only needs to be sized to be V/T Ο 0006 0006 0006 0006 0006 0006 0006 0006 0006 0006 0006 0006 0006 0006 0006 0006 0006 236 236 236 236 236 236 236 236 236 236 236 236 236 12 12 12 12 12 12 12 12 The display panel module 33, the storage medium, for example, the degrading storage module 333 can be any non-volatile memory, flash memory, and hard disk memory or random access memory. , cache memory and other groups of 3 ^ holding it group 330 into the power-saving mode after the 'sequence control mode over the smuggling and smuggling,., the shoulder is not panel module 231 the current vertical cover information through two:, 贞 line 33 Transfer to image processing module 320. It is worth noting that the image processing module 32G in the dormant state or the dormant state will continue to detect the subsequent facet data, even if the image is stopped. Therefore, the field is detected, and 320 is detected. The data needs to be updated. After the second screen data, the third and second states are selected, and according to the connected 3f, one of the idle or closed eyes will be synchronized. _, the vertical U signal determines and displays the module 330, 曰, one After the synchronization time, the first written main connection 31 is transmitted to the display mode: - the surface material is transmitted through the main display module (4), and the timing control has data from the main connection 3^, _, ^ 2 still continues Monitor whether the second control received by the main connection 3! is controlled by the control module 3 3 2, and the measurement 330 leaves the power saving mode. When the time is poor, the display module (4) is based on the third screen. The data indicates the temporary storage data in the display panel module 333. Instead of using the storage module, the fourth figure is a flow chart according to the present invention. In this embodiment, the present method is used to control the output of the image data to a display. Jin', Dingfa is used to save system resources, and viTio-oooeioo-Tvmm -AAim Vm 13 201131470 The display device rotates the display according to the temporary data in the power saving mode* (St; (4) The display shows the book according to a first face data: ==:? Group 33. 'And _ surface data The image processing module 22 or the third image of the image can be detected. After the first screen data is rotated, it is detected whether the fourth image is the same as the first image data (step 叱〇, the surface data is not updated). Therefore, when the first side of the second data tray is the same, the second device data is stored by the display device: and an image processing module stops outputting the data to the display (step _) Finally, the indication display device is based on the temporary two: the two-wheeled display (step s-tip), meaning that the display device and the image display system including the s^'' and the non-device have entered the power-saving mode. = Figure according to another embodiment of the present invention = apparent in the embodiment: 'Image display method of the present invention _ Image display system such as image processing module, image display system in Example ® 200 or 3rd image of the image display, · 300 ° The image display method is executed by ' == from the image The module - the first: two St 2 ^ 0 or the map display module can be the display module in Figure 2 Figure 2 3 = 5: the image processing module can be the 2nd 32. Wheel 2后 After the first image data of the image processing module in the figure, the image processing module is carefully measured and connected in a time interval VIT1〇-〇〇〇6io〇-Tw/m%.A42m-mf 14 201131470 The data in the first page is the same as the data in the first page (step 酹 弟 一直 ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ The same is true. Therefore, when the written information of the second page is the same, it is transmitted by the image processing module. The mode conversion refers to the second page data to the display module, and the image processing module stops the data (step measurement). . Where 'if the image processing module and the display module communicate
是透過如第2圖所示的低電壓差動訊號架構所規範之資料 傳輸線路，則上述模式轉換指令可載送於序列資料傳輸 線，而上述垂直遮沒資訊可载送於序列時脈傳輸線；若圖 像處理模組與顯示模組之間的溝通是透過如第3圖所示的 嵌入式顯示埠架構所規範之資料傳輸線路，則上述模式轉 換指令可載送於輔助通道線，而上述垂直遮沒資訊可載送 於熱插拔偵測線。 最後，在顯示模組接收到模式轉換指令時，由顯示模 組儲存第二晝面資料之-者以作為—暫存資料（步驟 S540) ’並且由顯示模峰據暫存資料持續輸出顯示畫面 (步驟S550)，此時，整個圖像顯示系統皆已完成進入省 電模式之程序。由於在省電模式下，圖像處理模組進入了 閒置狀態而不再輸出晝面資料，因此可有效節省系統資 源，同時，顯不模組亦將晝面資料的取用來源切換至妥善 儲存的暫存貧料，所以也不會造成無晝面資料可輸出之問 題。 在圖像顯示系統進入省電模式後，本發明之圖像顯示 VITl〇.〇〇〇6/〇〇. rH//0608-A42368TW-f 15 201131470 處理如何離開省電模式之程序， 至圖像處理梭έΒ 垂直遮沒資訊傳送 粗並持續侦第二晝面資料之後的查而次 厂疋而要更新。也就是說，由上述圖像_ |貝 第二晝面資料之後之一第三晝面資組偵測到 圖像處理構…同步時間傳送第；：資 組，以通知_示模組離開省電模模/頁不模 第二書而次， 從”肩不模組改由根攄 示㈣之出顯示畫面。或者’若圖像處理模組與顯 «所3 =通是透過如第2圖所示的低電壓差㈣號 木稱所規k f料傳輸線路，則本發明 =步;間先改變低嶋動訊號架構== ==電位’以通知顯示棋組離開省電模式,然後再 1送第二A面資料至顯示模組，使顯示缝在偏 二枓傳輸線之電位改變時改由根據第三晝面資料顯示書 上述之圖像顯示方法可透過使用軟體、韌體、以及硬 體的任意組合得以實現，硬體可為任何具有圖像顯示功能 之裝置，例如：個人電腦、伺服器、筆記型電腦、個人數 位助理（personalDigitalAssistant，PDA) 軟^可儲存牧統域财，_存於其他機除·^ 移除/揮發性/非揮發性之電 了移除/不了 _或可由上述硬體所存取，子、"’可包括於上述硬體 列如.磁體媒介、光學媒介、 V/T10-0006100- ri^/0608-A42368TW-f 201131470 快閃記憶卡、數位磁帶、固態（solid state)隨機存取記憶 體、固態唯讀記憶體等等。 本發明雖以各種實施例揭露如上，然而其僅為範例參 考而非用以限定本發明的範圍，任何熟習此項技藝者，在 不脫離本發明之精神和範圍内，當可做些許的更動與潤 飾。例如：中央控制單元110可與圖像處理模組220或顯 示模組230整合為一圖像顯示子系統；顯示模組230可與 圖像處理模組220整合於單一裝置内或各為獨立之電子裝 • 置，同樣地，顯示模組330可圖像處理模組320整合於單 一裝置内或各為獨立之電子裝置。因此上述實施例並非用 以限定本發明之範圍，本發明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1圖係顯示傳統圖像顯示系統之架構圖。 第2圖係根據本發明一實施例所述之圖像顯示系統。 • 第3圖係根據本發明另一實施例所述之圖像顯示系 統。 第4圖係根據本發明一實施例所述之圖像顯示方法之 流程圖。 第5圖係根據本發明另一實施例所述之圖像顯示方法 之流程圖。 【主要元件符號說明】 10〜資料匯流排； VIT10-0006100- rH//0608-A42368TW-f 17 201131470 20〜 顯示資料通道匯流排； 21〜 序列資料傳輸線， 22〜 序列時脈傳輸線； 31〜 主連線； 32〜 輔助通道線； 33〜 熱插拔偵測線； 100、200、300〜圖像顯示系統； 110〜中央處理單元； 120〜顯示介面卡； 130〜顯示器； 220、320〜圖像處理模組； 230、 330〜顯示模組； 231、 331〜顯示面板模組； 232、 332〜時序控制模組； 233、 333〜儲存模組； 3 3 4〜背光模組。 νΐΤ1Ο-ΟΟΟ6ΙΟΟ-Τ\Α//060%-ΑΛ2Ί,6ΖΊ^Ν-ϊThe data transmission line is regulated by the low voltage differential signal architecture as shown in FIG. 2, and the mode switching instruction may be carried on the sequence data transmission line, and the vertical blanking information may be carried on the sequence clock transmission line; If the communication between the image processing module and the display module is through a data transmission line as specified by the embedded display architecture shown in FIG. 3, the mode switching instruction may be carried on the auxiliary channel line, and the above Vertical obscuration information can be carried on the hot plug detection line. Finally, when the display module receives the mode switching instruction, the second module data is stored by the display module as the temporary storage data (step S540)', and the display mode is continuously outputted by the display mode peak data. (Step S550), at this time, the entire image display system has completed the process of entering the power saving mode. In the power-saving mode, the image processing module enters the idle state and no longer outputs the data. This saves system resources. At the same time, the display module switches the source of the data to the proper storage. Temporary storage of poor materials, so it will not cause problems with the output of innocent data. After the image display system enters the power saving mode, the image of the present invention displays VITl〇.〇〇〇6/〇〇.rH//0608-A42368TW-f 15 201131470 How to handle the process of leaving the power saving mode, to the image Handling the shuttlecock Vertically obscuring the information transmission coarsely and continuously detecting the second side of the data after the inspection and the next factory to update. That is to say, the image processing structure is detected by the third image group of the third image after the image _ | 贝 昼 ; 同步 同步 同步 同步 ; ; ; ; ; ; ; ; ; ; ; 同步 同步 同步 同步 同步 同步 同步 同步The electric model/page is not the second book, and the screen is displayed from the "shoulder not module to the root display (four). Or 'if the image processing module and the display «3 pass through as the second The low voltage difference (four) shown in the figure is called the kf material transmission line, then the invention = step; first change the low sway signal structure == == potential 'to inform the display group to leave the power saving mode, and then 1Send the second A-side data to the display module, so that the display seam is changed according to the third image data display method according to the third image data display method, and the software display method can be used by using software, firmware, and hard. Any combination of the body can be realized, and the hardware can be any device having an image display function, for example, a personal computer, a server, a notebook computer, a personal digital assistant (PDA), a soft storage system, _ Saved in other machines except ^ remove / volatile / non-volatile electricity Removed/cannot _ or can be accessed by the above hardware, sub, "' can be included in the above hardware column such as magnet medium, optical medium, V/T10-0006100- ri^/0608-A42368TW-f 201131470 Flash memory card, digital tape, solid state random access memory, solid state read only memory, etc. The present invention has been disclosed above in various embodiments, but is merely exemplary and not intended to limit the present invention. The scope of the present invention can be modified and retouched without departing from the spirit and scope of the present invention. For example, the central control unit 110 can be integrated with the image processing module 220 or the display module 230. The image display module 230 can be integrated with the image processing module 220 in a single device or each of the separate electronic devices. Similarly, the display module 330 can be integrated with the image processing module 320. The present invention is not intended to limit the scope of the present invention, and the scope of the present invention is defined by the scope of the appended claims. 1 is an architectural diagram showing a conventional image display system. Fig. 2 is an image display system according to an embodiment of the present invention. Fig. 3 is an image display according to another embodiment of the present invention. Figure 4 is a flow chart of an image display method according to an embodiment of the present invention. Fig. 5 is a flow chart of an image display method according to another embodiment of the present invention. 】 10~ data bus; VIT10-0006100-rH//0608-A42368TW-f 17 201131470 20~ Display data channel bus; 21~ sequence data transmission line, 22~ sequence clock transmission line; 31~ main connection; 32~ Auxiliary channel line; 33~ hot plug detection line; 100, 200, 300~ image display system; 110~ central processing unit; 120~ display interface card; 130~ display; 220, 320~ image processing module; 230, 330~ display module; 231, 331~ display panel module; 232, 332~ timing control module; 233, 333~ storage module; 3 3 4~ backlight module. ΐΤΐΤ1Ο-ΟΟΟ6ΙΟΟ-Τ\Α//060%-ΑΛ2Ί,6ΖΊ^Ν-ϊ