201131352 六、發明說明： 【發明所屬之技術領域】 顯 15及其顯示方法與可攜式電腦，尤 示電十H之狀態資訊的自發光顯示器 本發明係指一種自發光 指一種透過部分顯示屏以顯 及其顯示方法與可攜式電腦 【先前技術】 可攜式電腦有著體積小、# 用者輕易地在辦公室以外4特性，能夠讓傾 功能，科树讀，並_f«統的各賴 田土 4重的桌上型電腦_在桌面之前。為了方便信 用者了解相關運作情形 〜為了方便傾 示相關H 攜切《配備林_細燈，來淘 晴參考第1圖，第 式電腦10係透過一顯示屏1〇n |_口一一可搞式電腦10之示意圖。可系 τ , 00顯示晝面，並透過發光二極體指示;I：; 否:1〜=γΓχβ峨鋼齡刮目職電池雜（充電與 離等次子鎖續狀‘_、大小寫鎖定鍵狀態、無軸卡狀態或藍牙a i專資訊。透過發光二極體_ 方式除了需增加燈具及相關：二：-1〜Led-n顯示運作資訊的 滅或_方奸-、彡心11 穌外，祕其雜單調地以0‘ 無助於系統整合的實現。 201131352 另外’目前在研發階段中，如欲使用偵錯卡（debug card)進行 偵錯，則快速週邊元件互連（PCIExpress)插槽需預留信號線及電 源線給偵錯卡。然而，於量產之後，一般來說會將電源部份拿掉。 如此一來’如果於量產之後欲使用偵錯卡進行偵錯，就必需拆卸機201131352 VI. Description of the invention: [Technical field of invention] Display 15 and its display method and portable computer, especially the self-illuminating display of state information of electric HH. The present invention refers to a self-illuminating refers to a type of transmissive display The display and display method and the portable computer [Prior Art] The portable computer has a small size, and the user can easily use the 4 features outside the office to enable the tilt function, the tree read, and the _f Lai Tian soil 4 heavy desktop computer _ before the desktop. In order to facilitate the creditors to understand the relevant operational situation ~ in order to facilitate the display of the relevant H to carry the "equipped with forest _ fine lights, to Taoqing reference to Figure 1, the first computer 10 series through a display 1 〇 n | _ one by one A schematic diagram of the computer 10 . Can be τ, 00 shows the 昼 surface, and is indicated by the light-emitting diode; I:; No: 1~=γΓχβ峨 steel age scraping battery (charging and reciprocal sub-lock continuation '_, uppercase and lowercase lock key Status, no axle card status or Bluetooth AI information. In addition to the need to add lights and related through the LED _ way: 2: -1 ~ Led-n shows the operation of information or _ 方 - -, 彡 11 11 The secret monotonously 0' does not contribute to the realization of system integration. 201131352 In addition, 'in the current development stage, if you want to use debug card for debugging, then fast peripheral component interconnection (PCIExpress) plug The slot needs to reserve the signal line and the power line to the debug card. However, after mass production, the power part is generally removed. So, if you want to use the debug card for debugging after mass production, It is necessary to disassemble
台’進行重工（rework)，造成相當大的麻煩。有鑑於此，習知技術 實有改進之必要。 U •【發明内容】 因此，本發明之主要目的即在於提供一種自發光顯示器及其顯 示方法與可攜式電腦。 本發明揭露一種自發光顯示器，用於一電子裝置中。該自發光 顯不器包含有-顯示屏及-顯示控制器。該顯示屏用來透過複數個 魯自發光元件進行顯示’包含有一資料顯示區域，用來顯示一畫面； 以及一狀態顯示區域，用來顯示該電子裝置之一狀態資訊。該顯示 控制器’用來接收對應於該晝面之一影像資料及對應於該狀態資訊 之一控制訊號’以驅動該資料顯示區域及該狀態顯示區域分別顯示 該畫面及該狀態資訊。 本發明另揭露-種顯示方法，用於一自發光顯示器中。該顯示 方法包含有將該自發光顯7Γ：器之一顯示屏分割為一資料顯示區域及 201131352 一狀態顯示11域；透過該資料顯示區域顯示-晝面；以及透過該狀 態顯示區域顯示一狀態資訊。 本發明另揭露-種可攜式電腦，包含有一運作模組，用來實現 該可攜式電腦之功能；以及—自發光顯示器。該自發光顯示器包含 有一顯不屏及一顯示控制器。該顯示屏用來透過複數個自發光元件 進灯顯不’包含有—資料顯祕域，絲齡-晝面；以及-狀態 顯不區域，絲顯示該電子I置之—狀態資訊。該顯示控制器，用 來接收對應於該晝面之―影像資料及對應於該狀態資訊之一控制訊 號’以驅動該資料顯示區域及雜態齡區域分職_晝面及該 狀態資訊。 【實施方式】 請參考第2圖’第2圖為本發明實施例之一可攜式電腦2〇之功 能方塊圖。為求簡潔，第2圖係以一運作模组202及一自發光顯示 器204表示可攜式電腦20。運作模組202可包含中央處理器(CPU)、 。己隐體、南橋、北橋、嵌入式控制器（embecjded controller，EC)等， 用來實現可攜式電腦20之功能，其詳細内容應為業界所熟知，於此 不贅述。自發光顯示器204耦接於運作模組202,包含有一顯示屏 206及一顯示控制器208。顯示屏2〇6係由自發光顯示元件所組成， 並被分割為一資料顯示區域21〇及一狀態顯示區域212。其中，自 發光顯示元件可以是有機發光二極體（〇rganiclightemittingdi〇de， 201131352 OLED)、電漿分子等，而不限於此。顯示控制器208透過一介面214 耦接於運作模組202，用來接收一影像資料Img-data及一控制訊號 ，並據以驅動資料顯示區域210及狀態顯示區域212分別顯示 對應的晝面Img及狀態資訊Sta。因此，可攜式電腦20不需增加額 外的發光二極體燈及相關電路，即可透過狀態顯示區域212以豐富 多元的方式顯示系統狀態。 簡單來說，顯示控制器208係透過介面214，接收運作模組202 鲁所輸出對應於晝面Img之影像資料Img_data及對應於狀態資訊sta 之控制訊號Con，進而驅動資料顯示區域210及狀態顯示區域212 分別顯示畫面Img及狀態資訊Sta。其中，由於顯示屏206係透過 有機發光二極體進行顯示’所以資料顯示區域21〇及狀態顯示區域 212可分別點亮和顯示不同的色彩’即狀態顯示區域Μ〗可於資料 顯示區域210未顯示晝面Img時，顯示狀態資訊Sta。換句話說， 顯示屏206可分割出狀態顯示區域212 (如顯示屏2〇6最下方長方 _形區域或其它部分），且狀態顯示區域加可根據控制訊號c〇n以 豐富多το的方式顯示狀態資訊Sta，如系統狀態(8〇邮4,35)、數字 鎖定鍵狀態、大小寫鎖定鍵狀態、電池狀態(充電，放電）、無線網 卡狀態、藍牙的狀態、系統溫度、中央處理器溫度、風扇轉速、日 期時間等。在此情形下’可攜式電腦2G不需增加_的發光二極體 燈及相關電路，即可透過狀態顯示區域212以豐富多元的方式顯示 系統狀態。 201131352 需>主意的是，第2圖所示為本發明之實施例，本領域具通常知 4者當可據以做不同之修飾，而不限於此。舉例來說，在第2圖中， 介面214係表示運作模組2〇2與顯示控制器2〇8間的訊號連結，實 際上’其不限於單—瓣"介面，亦可以由多他號線或訊號介面所 組成，且根據不同的實現方式，本領域具通常知識者當可適當調整 相關運作方式’使顯示控制器2〇8正確接收到影像資料Img—_及 控制訊號Con。例如，當介面214係以單一顯示介面（如低電壓差 分訊號）實現時’顯示控制器2〇8可透過保留接腳（reseryedpin) 於接收影像資料Img_data關時’接收控制訊號―，或者以分時 (Time Divisional)方式，分別接收影像資料Img—data及控制訊號The station's rework caused considerable trouble. In view of this, the prior art is necessary for improvement. U. SUMMARY OF THE INVENTION Accordingly, it is a primary object of the present invention to provide a self-luminous display, a display method thereof, and a portable computer. The invention discloses a self-luminous display for use in an electronic device. The self-illuminating display includes a display and a display controller. The display screen is used for displaying through a plurality of self-illuminating elements, and includes a data display area for displaying a picture; and a status display area for displaying status information of the electronic device. The display controller </RTI> is configured to receive one of the image data corresponding to the face and a control signal corresponding to the status information to drive the data display area and the status display area to display the picture and the status information, respectively. The invention further discloses a display method for use in a self-luminous display. The display method comprises: dividing the display screen of the self-luminous display into a data display area and a 201131352 one-state display 11 field; displaying the area through the data display area; and displaying a status through the status display area News. The invention further discloses a portable computer comprising a working module for realizing the function of the portable computer; and a self-illuminating display. The self-illuminating display includes a display screen and a display controller. The display screen is used to display a plurality of self-illuminating elements through the display, including the data display secret area, the silk age-昼 surface, and the - state display area, and the silk display the electronic I-state information. The display controller is configured to receive an image data corresponding to the image and a control signal corresponding to the status information to drive the data display area and the mixed status area and the status information. [Embodiment] Please refer to FIG. 2, FIG. 2 is a functional block diagram of a portable computer in accordance with an embodiment of the present invention. For the sake of brevity, FIG. 2 shows the portable computer 20 with a working module 202 and a self-illuminating display 204. The operational module 202 can include a central processing unit (CPU), . The hidden body, the south bridge, the north bridge, the embedded controller (EC), etc. are used to implement the functions of the portable computer 20, and the details thereof are well known in the industry, and will not be described here. The self-luminous display 204 is coupled to the operating module 202 and includes a display 206 and a display controller 208. The display screen 2〇6 is composed of a self-luminous display element and is divided into a data display area 21A and a status display area 212. The self-luminous display element may be an organic light emitting diode (20113352 OLED), a plasma molecule or the like, without being limited thereto. The display controller 208 is coupled to the operation module 202 via a interface 214 for receiving an image data Img-data and a control signal, and driving the data display area 210 and the status display area 212 to respectively display the corresponding surface Img. And status information Sta. Therefore, the portable computer 20 can display the system status in a rich and diverse manner through the status display area 212 without adding additional LED lights and related circuits. Briefly, the display controller 208 receives the image data Img_data corresponding to the surface Img and the control signal Con corresponding to the status information sta through the interface 214, thereby driving the data display area 210 and the status display. The area 212 displays the screen Img and the status information Sta, respectively. Wherein, since the display screen 206 is displayed through the organic light emitting diode, the data display area 21 and the status display area 212 can respectively illuminate and display different colors, that is, the status display area 可 can be displayed in the data display area 210. When the face Img is displayed, the status information Sta is displayed. In other words, the display screen 206 can divide the status display area 212 (such as the lowermost rectangular _-shaped area or other part of the display screen 2 〇 6), and the status display area can be enriched according to the control signal c 〇 n Mode display status information Sta, such as system status (8 〇 4, 35), digital lock button status, case lock button status, battery status (charge, discharge), wireless network card status, Bluetooth status, system temperature, central processing Temperature, fan speed, date and time, etc. In this case, the portable computer 2G can display the system status in a rich and diverse manner through the status display area 212 without adding a light-emitting diode lamp and associated circuitry. 201131352 It is to be understood that FIG. 2 shows an embodiment of the present invention, and those skilled in the art can be modified differently without being limited thereto. For example, in FIG. 2, the interface 214 represents a signal connection between the operation module 2〇2 and the display controller 2〇8, in fact, it is not limited to a single-valve interface, but may also be The line or signal interface is composed, and according to different implementation manners, those skilled in the art can appropriately adjust the relevant operation mode to enable the display controller 2〇8 to correctly receive the image data Img__ and the control signal Con. For example, when the interface 214 is implemented by a single display interface (such as a low voltage differential signal), the display controller 2〇8 can receive a control signal by receiving a reseryed pin when receiving the image data Img_data, or Time Divisional method, receiving image data Img-data and control signals respectively
Con。反之，當介面214係以多個介面實現時，則可同時接收影像 資料Img—data及控制訊號c〇n。 在可攜式電腦20中，由於資料顯示區域21〇及狀態顯示區域 212可分別點亮，因此即使系統運作在低耗電模式下（如休眠狀態 S1〜S5)甚至關機狀態，狀態顯示區域212仍可點亮，以豐富多元 的方式顯示系統狀態。在此情形下，於可攜式電腦2〇對系統執行偵 錯（debug)指令時，偵錯指令之程式碼可直接透過運作模組2〇2 中之嵌入式控制器傳送至顯示屏2〇6，以進行偵錯，並由狀態顯示 區域212顯不狀態資訊sta (如偵錯結果），所以僅需操作於低耗電 模式下，不需將顯示屏206的自發光元件全部導通，以節省電源消 耗。如此一來，不僅不需偵錯卡，亦可省去原本快速週邊元件互連 (PCIExpress)插槽上用於偵錯的電路。更進一步地，本發明可讓 201131352 嵌入式控制器於狀態顯示區域212進行顯示，再加上嵌入式控制器 可，麵盤，因此可攜式電腦20可視為有兩台電腦，增加嵌二式控 制器操作的方便性，且可直接對嵌入式控制器執行所欲指令及動 作。因此，相較於習知技術，本發明不僅不需增加額外的發光二極 體燈及相關電路，亦不需偵錯卡及偵錯電路即可進行偵錯，更可以 增加使用廣度與節省電源消耗。 鲁 值得注意的是，本發明之主要精神，係將自發光顯示器的顯示 屏分割出一塊狀態顯示區域，用來根據控制訊號以豐富多元的方 式，獨立顯示狀態資訊。本領域具通常知識者當可依本發明之精神 加以修飾或變化，而不限於此。舉例來說，除了可攜式電腦外，其 它如手持設備、通信終端、儀器、儀表等可使用自發光顯示器的電 子裝置，皆屬本發明之範疇。再者，資料顯示區域21〇及狀態顯示 區域212可以彼此重疊，亦即狀態顯示區域212顯示内容係由晝面 Img與顯示狀態資訊Sta疊加而成。當然，資料顯示區域21〇及狀 ♦態顯不區域2!2亦可以彼此分開，卿資料顯示區域⑽及狀態顯 示區域212係分別專屬顯示畫面Img與顯示狀態資訊Sta。此外， 介面214可以是單一訊號介面’亦可以由多個訊號介面所組成，只 要顯示控制器208可正確接收到對應於晝面Img之影像資料 hg—data及對應於狀態資訊§ta之控制訊號c〇n即可。 因此’自發光顯示器204之顯示操作，可歸納為一顯示流程30, 如第3圖所示’其包含以下步驟： 201131352 步驟300 :開始。 7驟302 .將自發光顯示器2〇4之顯示屏2⑽分割為資料顯示 區域210及狀態顯示區域212。 ^驟304透過資料顯示區域210顯示畫面img。 >^驟306 ·透過狀態顯示區域212顯示狀態資訊 步驟308 :結束。 關於流程30可參考上魏明，在此不再贊述。 在1去技術中，液晶顯不器需單獨使用發光二鋪燈及相關電 路以心示系m不僅需增加額外的發光二極體燈及相關電路， 且僅能單調地以明滅或_方雜示系綠t。她之下，本發明 透過自發光7G件發光的顯不屏，分割出—塊狀態顯示區域，用來獨 立顯示狀㈣訊。如此-來，本發明不僅不需增加額外的發光二極 體燈及相關電路’即可透過狀態顯示區域以豐富多it的方式顯示系 統狀態，亦不需偵錯卡及偵錯電路即可進行偵錯，更可以增加使 廣度與節省電源消耗。 總而言之，本發明可以豐富多元的方式顯示系統狀態，更可以 增加使用廣度與節省電源消耗。 以上所述僅為本發明之較佳實施例，凡依本發 所做之均輕化娜飾1蘭本發明之涵蓋範圍。 - 201131352 【圖式簡單說明】 第1圖為一習知技術中可攜式電腦之示意圖。 第2圖為本發明實施例之一可攜式電腦之功能方塊圖。 第3圖為本發明實施例之一顯示流程之示意圖。 【主要元件符號說明】Con. On the other hand, when the interface 214 is implemented by multiple interfaces, the image data Img_data and the control signal c〇n can be simultaneously received. In the portable computer 20, since the data display area 21 and the status display area 212 can be respectively illuminated, the status display area 212 is displayed even if the system operates in a low power consumption mode (eg, sleep states S1 to S5) or even a shutdown state. It can still be lit to display the system status in a rich and diverse way. In this case, when the portable computer executes a debug command on the system, the code of the debug command can be directly transmitted to the display 2 through the embedded controller in the operating module 2〇2. 6, to perform debugging, and the status display area 212 displays the status information sta (such as the debug result), so only need to operate in the low power consumption mode, and it is not necessary to turn on the self-luminous elements of the display 206 to Save power consumption. In this way, not only does not need to debug the card, but also the circuit for debugging on the original PCI Express slot. Furthermore, the present invention allows the 201131352 embedded controller to be displayed in the status display area 212, and the embedded controller can be used for the faceplate. Therefore, the portable computer 20 can be regarded as having two computers, and the embedded type II is added. The convenience of the controller operation, and can directly execute the desired instructions and actions on the embedded controller. Therefore, compared with the prior art, the invention not only does not need to add additional LED lights and related circuits, but also can detect errors without detecting the error card and the debugging circuit, and can increase the use breadth and save power. Consumption. It is worth noting that the main spirit of the present invention is to separate the display screen of the self-illuminating display into a state display area for independently displaying the status information according to the control signal in a rich and diverse manner. Those skilled in the art will be able to modify or change the present invention without departing from the spirit and scope of the invention. For example, in addition to portable computers, other electronic devices such as handheld devices, communication terminals, instruments, meters, etc., which can use self-illuminating displays, are within the scope of the present invention. Furthermore, the data display area 21 and the status display area 212 may overlap each other, that is, the status display area 212 displays the content by superimposing the face Img and the display state information Sta. Of course, the data display area 21 and the state display area 2! 2 may be separated from each other, and the data display area (10) and the status display area 212 are exclusive display screens Img and display status information Sta, respectively. In addition, the interface 214 may be a single signal interface or may be composed of multiple signal interfaces, as long as the display controller 208 can correctly receive the image data hg_data corresponding to the surface Img and the control signal corresponding to the status information §ta C〇n can be. Therefore, the display operation of the self-luminous display 204 can be summarized as a display flow 30, as shown in Fig. 3, which includes the following steps: 201131352 Step 300: Start. Step 302: The display 2 (10) of the self-luminous display 2〇4 is divided into a data display area 210 and a status display area 212. Step 304 displays the screen img through the material display area 210. > Step 306 - Display status information through the status display area 212. Step 308: End. For the process 30, please refer to Wei Weiming, and I will not comment here. In the 1 go-to-technology, the liquid crystal display device needs to use the two-lamp light and the related circuit separately to not only add additional light-emitting diode lamps and related circuits, but also can only monotonously extinguish or _ square Show green t. Underneath, the present invention divides the block state display area through the display screen of the self-illuminating 7G device for independent display (four). In this way, the present invention can display the system state in a rich multi-it manner through the state display area without adding an additional light-emitting diode lamp and related circuits, and can be performed without a debug card and a debugging circuit. Debugging can increase the breadth and save power consumption. In summary, the present invention can display system status in a rich and diverse manner, and can increase the breadth of use and save power consumption. The above description is only the preferred embodiment of the present invention, and all of the lightening of the present invention is based on the scope of the present invention. - 201131352 [Simple description of the diagram] Figure 1 is a schematic diagram of a portable computer in a conventional technology. FIG. 2 is a functional block diagram of a portable computer according to an embodiment of the present invention. FIG. 3 is a schematic diagram of a display process according to an embodiment of the present invention. [Main component symbol description]
10、20 可攜式電腦 202 運作模組 204 自發光顯示器 100 、 206 顯示屏 208 顯示控制器 210 資料顯不區域 212 狀態顯示區域 214 介面 30 顯示流程 300〜308 步驟 Led_l 〜Led—η 指示燈 Img 晝面 Sta 狀態資訊 Img_data 影像資料 Con 控制訊號10, 20 Portable Computer 202 Operation Module 204 Self-illuminating Display 100, 206 Display 208 Display Controller 210 Data Display Area 212 Status Display Area 214 Interface 30 Display Flow 300~308 Step Led_l ~ Led-η Indicator Img SSta status information Img_data image data Con control signal