201108029 六、發明說明： 【發明所屬之技術領域】 本發明係關於作模式衫方法，特別是 透過電腦系統之自動债測機制以選擇產生不同 = 式之操作模式決定方法。 、辑 【先前技術】201108029 VI. Description of the Invention: [Technical Field of the Invention] The present invention relates to a method for making a shirt, in particular, an operating mode determination method that selects a different type by an automatic debt measurement mechanism of a computer system. , series [previous technology]
傳統的桌上型電腦-般都會設置在 點，當使用者有需要時就必_該電腦^仏= 用，以連接的滑鼠及鍵盤進行輪人操作，並藉 4 置顯示對應之使用者介面。由於桌上型電腦體積較2 易搬移，對應設置的顯示農置多以適應個人使用需求的 電腦專用螢幕為主，因此其所搭配之軟體或系統的使用 者介面也通常是固定的，以針對常見或固定範圍内的螢 幕解析度加以設計。 隨著科技的進步，新—代桌上型電腦諸如準系統或 低偏桌上型電腦(nettop),已打破傳統桌上型電腦的窠 臼’大幅減低了本身所佔體積及重量，使得新_代桌上 型電腦可輕㈣換其擺設位置，例如設置在客廳或臥室 與電視相結合，以構成—多媒體機台。但是#新〜代 上型電腦仍搭配傳統固定式的使用者介面時，使用者仍 必須利賴鼠紐盤操作，且介面無法立即支援高解析 度或大尺吋之電視，在使用上多有不便。 【發明内容】 201108029 本發月之主要目的係在提供一種透過 :=測機制以選擇產生不同操作模式之操4:: 為達到上述之目的，本發明之操 〜 =供不同操作模式之電腦系統。該操作 方法包括以下步驟··接收一開機指 、式決定 判斷電腦系統目前所對庠之腦系統； r裝置選擇對應=式二，令 包括以下步驟:判斷電腦系統目前:對= 』不裝置；依據顯示裝置以選擇應之 =用本發明之操作模式決定方法，可隨= 置’而自動選擇對應之作業系統载 2顯不裳 3式’增加使用者於使用上之便利 ^二：作 同的操作感受。 果使用者忐有不 本發明之電腦系統係應用前述 法，電腦系統包括處理模組及記悻呆決定方 收-開機指令以啟動電腦系統二=:組可接 7、、且讀独包括至少-作㈣統及―軟 乂一作業系統用以提供不同褲作禮 ^ 糸統目刖所對應之—指令輸入t置或一 震置’以通知處理模組選擇對應之該操作模式。 【實施方式】 為能讓貴審查委員能更瞭解本發 特舉出較佳實施例說明如下。 u 201108029 以下請先參考圖1係本發明之電 塊圖。如圖1所示’本發明之電腦系統“模= ⑽、模組20。處理模組1〇包括處理器==〇 機接收針對電腦系統1所 開曰令，以通知處理器12啟動 機指令可透過使用者按壓電腦系：門= 示或透過電性連接於電腦系如之遙控=== -遙控器發出之無線控制訊號裝置接收 系統！可針對開機指令產生之 =發明之電腦 操作模式。 纟源不Θ，來選擇不同之 記憶模組20·連接於處理模_，記 =::ΓΓ22、軟體程式24及對應電腦編之 以提= 驅動程式26。至少-作業系統22用 使用者八，而因應不同操作模式產生不同之 供二中，可透過同—作業系統22提 載:斜雇f 式，以供處理模組1〇視狀況而選擇 種模式；或透過不同作㈣統22各提供一 :22ί入，呈現不同之操作模式，但本發明並不以2 ^别述之操作模式可包括傳統作業系統所提供之一ί (例如微軟wind〇ws作業系統之操作介面）、適 之描二人體播放之影音模式（例如—般多媒體播放震置 等^乍”面）及可透過觸控輸入裝置輸入之觸控模式 201108029 軟體程式24用以判斷電腦系統 :入裝置議或顯示裝置2。。，以通知處理模:仏 應之操作模式。電腦祕丨所連接子 =有其1 應的驅動程式26,在電腦系統… 機並進仃糸統仞始化時，便會將這些驅動程式26巷、] 準備運作。此時透過軟體程式24輔助偵測對應指並 裝置100或顯示裝置200之驅動程式26，即可判斷二 輸入裝置100或顯示裝置200之規格及類型，因此本 之電服系統1可依此做為選擇操作模式之參考資1 對不同裝置以選擇對應之操作模式。指令輸入裝置1$ 可為遙控裝置（例如遙控器搭配遙控接收裝置）、— 輸入裝置（例如鍵盤或滑鼠）或觸控輪入裝置（例如觸 控螢幕）等，而顯示裝置200可為高晝質顯示裴置（例 如以HDMI輸出之顯示裝置）或一般顯示裝置（例如以 VGA或DVI輸出之顯示裝置）等。 請參考圖2係本發明之操作模式決定方法之流程 圖。須注意的是，以下雖以圖1所示之電腦系統〗為^說 明本發明之操作模式決定方法，但本發明成不以適用^ 電腦系統1為限，任何其他具類似架構之電腦系統亦可 適用本發明之操作模式決定方法。如圖2所示，本發明 之插作模式決定方法包括步驟S1至步驟S5。以下將詳^ 說明本發明之操作模式決定方法之各個步驟。 @ 步驟S1 :接收一開機指令以啟動電腦系統1。首先 先透過使用者所輸入之開機指令以將本發明之電腦g 統1啟動’在本實施例中’電腦系統1包括二種啟動方 201108029 式^是用者直接按壓電腦系統1之電源開關（圖 未不）以發出-開機指令，以通知處理模_進行後續 機程序；另-種方式為透過裝置（圖未示），使 用者操作遙控器傳送通知電腦㈣丨開機之—無線控制 訊號，此訊號藉由電性連接於電腦系統ι之遙^接收裝 置所接收’並轉換成-開機指令以通知處: 後續開機程序，但本發明不以此Αρρ . 處理模組10之微 機指令後，可通知處理器12以啟動The traditional desktop computer will be set at the point. When the user needs it, the computer will be used. The mouse and keyboard will be connected to the wheel, and the corresponding user will be displayed by 4 interface. Since the size of the desktop computer is easier to move than the 2, the corresponding display display is mainly for the computer-specific screen that suits the individual needs, so the user interface of the software or system to which it is matched is usually fixed. Screen resolutions are common or fixed. With the advancement of technology, new-generation desktop computers, such as bare-bones or low-profile desktops (nettop), have broken the traditional desktop computer's 窠臼 'substantially reduced their size and weight, making new _ The desktop computer can be lightly (four) changed to its position, such as in the living room or bedroom combined with the TV to form a multimedia machine. However, when the #新~代上电脑 is still equipped with the traditional fixed user interface, the user still has to rely on the mouse keyboard operation, and the interface cannot immediately support the high-resolution or large-size TV. inconvenient. SUMMARY OF THE INVENTION 201108029 The main purpose of this month is to provide a means of selecting different operating modes through the := measuring mechanism. 4: In order to achieve the above objectives, the operation of the present invention is a computer system for different operating modes. . The operation method comprises the following steps: receiving a boot finger, determining the brain system currently determined by the computer system; r device selection corresponding = formula 2, including the following steps: determining the computer system current: right = 』 no device; According to the display device, the selection method should be used to determine the method according to the operation mode of the present invention, and the corresponding operation system can be automatically selected according to the setting, and the user can be conveniently used. The feeling of operation. If the user does not apply the foregoing method to the computer system of the present invention, the computer system includes the processing module and the recording and deciding decision to start the computer system 2 =: the group can be connected to 7, and the reading includes at least - The (four) system and the "soft" operating system are used to provide different pants for the ceremony. The command input t or a shock is set to notify the processing module to select the corresponding operation mode. [Embodiment] In order to enable the reviewing committee to better understand the present invention, a preferred embodiment will be described below. u 201108029 The following is a block diagram of the present invention with reference to FIG. As shown in FIG. 1 , the computer system of the present invention has a mode = (10) and a module 20. The processing module 1 includes a processor == the machine receives a command for the computer system 1 to notify the processor 12 to start the machine command. The user can press the computer system: the door = display or the electrical connection to the computer system such as the remote control === - the remote control device sends the wireless control signal device receiving system! The computer operating mode can be generated for the power-on command. The memory module 20 is selected to be connected to the processing module _, the memory =:: ΓΓ 22, the software program 24 and the corresponding computer program to mention the driver 26. At least - the operating system 22 uses the user eight In view of the different modes of operation, different supply and delivery can be carried out through the same operating system 22: obliquely f-type, for the processing module 1 to choose the mode according to the situation; or through different works (four) Providing one: 22 入, showing different modes of operation, but the present invention does not include the operation mode of the other operating system may include one of the traditional operating system ί (for example, the operation interface of the Microsoft wind 〇 ws operating system), suitable Drawing two human body playing Tone mode (e.g. - as a multimedia player, etc. ^ shock at first opposing "surface) of an input device and a touch mode may be input through the touch 201,108,029 software program 24 for determining whether the computer system: means meeting or the display device 2. . , to notify the processing mode: 仏 should operate mode. The connection to the computer secrets = there is a driver 26 for the computer. When the computer system is started, the drivers will be ready for operation. At this time, the software program 24 assists in detecting the driver device 26 of the corresponding finger device 100 or the display device 200, and can determine the specifications and types of the two-input device 100 or the display device 200. Therefore, the electric service system 1 can be configured accordingly. To select the operating mode reference 1 to select the corresponding operating mode for different devices. The command input device 1$ can be a remote control device (such as a remote control with a remote control receiver), an input device (such as a keyboard or a mouse) or a touch wheel entry device (such as a touch screen), and the display device 200 can be high. A enamel display device (for example, a display device that outputs with HDMI) or a general display device (for example, a display device that outputs VGA or DVI). Please refer to FIG. 2, which is a flow chart of the method for determining the operation mode of the present invention. It should be noted that although the computer system shown in FIG. 1 is used to describe the operation mode determining method of the present invention, the present invention is not limited to the applicable computer system 1, and any other computer system having a similar architecture is also The operation mode determining method of the present invention can be applied. As shown in Fig. 2, the interpolation mode determining method of the present invention includes steps S1 to S5. The respective steps of the operation mode determining method of the present invention will be described in detail below. @Step S1: Receive a power-on command to start computer system 1. Firstly, the computer system 1 of the present invention is activated by the power-on command input by the user. In the present embodiment, the computer system 1 includes two types of initiators: 201108029. The user directly presses the power switch of the computer system 1 ( The figure is not issued by the issue-boot command to notify the processing mode _ to perform the subsequent machine program; the other mode is the transmitting device (not shown), the user operates the remote controller to transmit the notification computer (4), the boot-wireless control signal, The signal is electrically connected to the computer system and received by the receiving device and converted into a power-on command to notify: a subsequent booting procedure, but the present invention does not use this Αρρ. After processing the microcomputer command of the module 10, The processor 12 can be notified to boot
電月^)糸統1。 署議步判斷電腦系統1目前所對應之指令輸入裝 ^。本發月之操作模式妓方法係依據電腦系統 指令輪入裝置100不同，而決定之後所提供 之軛作模式，因此需要先判斷該指令輪入裝置100為 何。在本實施例+，指令輸入裝f 100可為遙控裝置（例 如遙控器搭配遙控接收裝置）、-般輸入農i (例如鍵 盤或滑鼠）或觸控輸人裝置（例如觸控螢幕）等。電腦 系統1可透過二種方式判斷所對應之指令輪入裝置100 之類型’以下針對各方法加以救述： (丄)偵測開機指令之來源：由前述步驟S1得知開機指 v可透過使用者手動按壓電腦系統1之電源開關，或 ^過使用者操料控裝置以傳送L制訊號至電 j統1所產生’而不論何種方式·生之開機指令 均需藉由微處理器η接收後傳送至處理器12。因此可 針對處理模組10之微處理器14加以程式化，使其具有 偵'則辨別開機指令來源之功能，藉由微處理器14辨別 201108029 所接收之開機指令是經由電源開關或接收器所傳送 過來。舉例來說，當微處理器14確認開機指令是經由 遙控接收裝置所傳來時，則表示使用者透過遙控器輪 入指令’亦即判斷目前電腦系統1所對應之指令輸入 裝置100為遙控裝置。 (2)偵測電腦系統1所對應載入之驅動程式：當電腦系 統1啟動後’會開始進行系統初始化的動作以初始所 • 有周邊硬體，並載入對應各硬體之驅動程式26。處理 模組1 0可透過系統匯流排（Sy stern bUS )债測目前已 安裝之所有周邊硬體，並取得各硬體之相關資訊，包 括各硬體之廠牌ID( vender ID )及裝置ID( device ID) 等’再依據這些資訊於記憶模組20中找出相對應之驅 動程式26並載入，以使已安裝之所有周邊硬體可供使 用。因此’藉由軟體程式24偵測電腦系統1所對應載 入之指令輪入裝置1〇〇之驅動程式26，即可判斷目前 • ，腦系統1所對應之指令輸入裝置100為何。舉例來 7/’當使用者想利用外接式的遙控裝置進行操作前， 必眉將對應之搖控接收裝置透過電腦系統丨之U s B介 ^等先行安裳；待電腦系統1被開啟後會取得此搖控 置欠敦置之相關資訊’並依其載入對應此搖控接收裝 26之驅動程式26。藉由軟體程式24偵測到此驅動程式 置被裁入’即可判斷電腦系統1安裝有搖控接收裝 確涊電腦系統1所對應之指令輸入裝 置100為遙控 裝置。 201108029 步驟s3 ·依據指令輸入裝置1〇〇選擇對應 式。藉由前述步驟確1¾目# f ^ I *、’、模 裝置_，即可依 ...^ 據彳9 7輸入裝置wo選擇對應之操作 板式’藉㈣人作㈣、統22以呈現崎作模式。在本^ 細•例中，操作模式可& # _ # ι • η^ 舨電腦模式（例如微軟 作業线之操作介面）或特殊模式，包括影:Electric moon ^) 糸 system 1. The department has decided to judge the input of the instruction corresponding to the computer system 1 at present. The operating mode of the present month is determined by the computer system command wheeling device 100, and the yoke mode provided thereafter is determined. Therefore, it is necessary to first determine the command wheeling device 100. In the embodiment +, the command input device f 100 can be a remote control device (such as a remote control with a remote control receiving device), a general input i (such as a keyboard or a mouse) or a touch input device (such as a touch screen). . The computer system 1 can determine the type of the corresponding instruction wheeling device 100 in two ways. The following is a description of each method: (丄) detecting the source of the power-on command: it is known from the foregoing step S1 that the power-on finger v can be used. Manually press the power switch of the computer system 1, or pass the user to control the material control device to transmit the L signal to the electricity system 1. No matter what way, the power-on command is generated by the microprocessor η After receiving, it is transmitted to the processor 12. Therefore, the microprocessor 14 of the processing module 10 can be programmed to have the function of detecting the source of the boot command, and the microprocessor 14 discriminates that the boot command received by the 201108029 is via the power switch or the receiver. Transfer it over. For example, when the microprocessor 14 confirms that the power-on command is transmitted through the remote control receiving device, it indicates that the user has entered the command through the remote controller, that is, the command input device 100 corresponding to the current computer system 1 is determined to be the remote control device. . (2) Detecting the driver program corresponding to the computer system 1: When the computer system 1 is started, 'the system initialization action will be started to initialize the peripheral hardware and load the driver corresponding to each hardware. 26 . The processing module 10 can measure all the peripheral hardware currently installed through the system bus (Sy stern bUS), and obtain information about each hardware, including the hardware ID (veender ID) and device ID of each hardware. (device ID), etc., based on the information, find the corresponding driver 26 in the memory module 20 and load it so that all installed peripheral hardware is available. Therefore, by the software program 24 detecting the driver 26 of the command wheeling device 1 corresponding to the computer system 1, it is possible to determine the current command input device 100 corresponding to the brain system 1. For example, 7/' before the user wants to operate with the external remote control device, the eyebrow will pass the corresponding remote control receiving device through the computer system, such as U s B, etc.; after the computer system 1 is turned on, The relevant information of the remote control device will be obtained and the driver 26 corresponding to the remote control receiving device 26 will be loaded accordingly. When the software program 24 detects that the driver program is cut, it can be judged that the computer system 1 is equipped with a remote control device. The command input device 100 corresponding to the computer system 1 is a remote control device. 201108029 Step s3 • Select the corresponding expression according to the command input device 1〇〇. By the above steps, it is confirmed that the device can be used to select the corresponding operation panel type, and the corresponding operation panel type is used to display the corresponding operation panel type. Mode. In this example, the operation mode can be &# _ # ι • η^ 舨 computer mode (such as the operation interface of Microsoft line) or special mode, including shadow:
3二=多=體播放裝置之操作介面)或觸控模 式荨4 輪入裝置議為一般輪入裝置時 示使㈣需要使用電腦之—般功能，因此處理模組_ 控制電腦系統1進人—般電腦模式；#判斷指令輸 置⑽為1控裝料，表示❹者可㈣視聽需求而進 傾距離#控，因此處理模組1〇將控制電腦系統工進入 影音模式；當判斷指令輸人裝置1⑽為觸控輸入裝置 時’表不使用者可能需要應用觸控輸入功能，因此處理 模組10將控制電腦系統丨進入觸控模式。 此外’本發明之操作模式決定方法經過前述步驟S2 判斷指令輸入裝置100為一般輸入裝置時，則可進行另 -步驟之判斷。如圖2所示，本發明之操作模式決定方 法更包括下列步驟： 步驟S4:判斷電腦系統前所對應之顯示裝置 200。如m卿’本發明之操作模式決定方法係依據電 腦系統1目前所對應之顯示裝置扇輸出規格不同，而決 定之後所提供之操作模式，因此需要先判斷該顯示裝置 200為何。藉由軟體程式24自對應顯讀置細之驅動程 201108029 式26中取得顯示裝置200之一辨識資料，以判斷電腦系 統1目前所對應之顯示裝置200，其中此辨識資料為對應 顯示裝置20〇之擴充顯示識別資料（extended display identification data，EDID)。由於各顯示裝置200内部均存 有自己的擴充顯示識別資料，此擴充顯示識別資料記載 了該顯示裝置200所能支援的最高顯示解析度及掃描頻 率。因此藉由軟體程式24取得擴充顯示識別資料後進行 分析，即可得知所對應之顯示裝置2〇〇輸出規格，例如 φ 以VGA輸出、DVI輸出或HDMI輸出等。舉例來說，當 顯示裝置200採用HDMI輸出規格時，軟體程式24對顯示 裝置200之擴充顯示識別資料進行分析，可取得1^)馗1 VSDB(HDMI Vendor-Specific Data Block)的對應資訊， 依此即可判斷顯示裝置200是否透過hDM;[輸出。' 步驟S5 :依據顯示裝置2〇〇以選擇對應之操作模 式。在本實施例+，操作模式可包括一般電腦模式或影 音模式等。藉由前述步驟S4分析辨識資料得知顯示裝 φ 2〇〇之輸出規格，當判斷顯示裴置200以HDMI規格 時，電腦系統㈣選擇進入影音模式；反之當判斷顯出 裝置200並非以HDMJ規格輸出時，電腦系統丨則選摆: 入一般電腦模式。 進 請參考圖3係本發明之操作模式蚊方法之 實施例之絲圖。本發明之操作模式蚊方法係二 較輕巧的電腦系統1為主，例如準系統或低價桌上雪 腦。依照-般使用者常見的使用需求，提供將处 1視為-多媒體機台之影音模式，以及將電腦系統i當做 201108029 桌上型電腦使用之/般電腦模式。首先藉由本發明之操 作模式決定方法’透過前述偵測開機指令之來源或福測 電腦系統1是否有安裝遙控接收裝置，以判斷遙控裝置 之存在與否。當確認有對應之遙控裝置存在時，多半表 示使用者會使用遙控裝置操作電腦系統1，即使用者欲 透過簡單的操作以取得良好的視聽效果，因此藉由本發 明之操作模式決定方法讓電腦系統1選擇進入影音模 式’以符合使用者之需求。 Φ 而當判斷對應之遙控裝置不存在時’本發明之操作 模式決定方法進一步判斷顯示裝置200是否以HDMI輪 出。目前一般具有HDMI輸出功能的顯示裝置200大多為 電視（例如液晶電視等）或大尺寸的電腦液晶螢幕，會 選擇以HDMI輸出通常代表使用者欲享受高畫質影像輪 出之視覺效果’因此當判斷顯示裝置200以HDMI輪出 時，藉由本發明之操作模式決定方法令電腦系統1選擇 進入影音模式。而當判斷顯示裝置200以其他規格輸出 .時，則令電腦系統丨選擇進入一般電腦模式’讓使用者 能使用一般正常的電腦功能。 此外藉由本發明之操作模式決定方法亦可進一步 判斷指令輸入褒置1 〇〇是否有對應之觸控輸入裝置，例 如具有觸控功能之螢幕等，當判斷存在對應之觸控輸入 裝置時’代表使用者欲透過觸控方式操作電腦系統1， 因此令電服系統1選擇進入觸控模式。 因此，本發明之操作模式決定方法可隨著電腦系統 1所連接之周邊硬體不同，選擇適合之操作模式，使得 201108029 電腦系統1於載入作業系統22後依操作模式產生對應的 使用者介面，大幅提高電腦系統1之使用性。 綜上所陳’本發明無論就目的、手段及功效，在在 均顯示其迥異於習知技術之特徵，為一大突破，懇請 貴審查委員明察’早日賜准專利，俾嘉惠社會，實感 便。惟須注意，上述實施例僅為例示性說明本發明之原 理及其功效’而非用於限制本發明之範圍。任何熟於此 項技藝之人士均可在不違背本發明之技術原理及精神 下對實把例作修改與變化。本發明之權利保護範圍應 如後述之申請專利範圍所述。 【圖式簡單說明】 圖1係本發明之電腦系統之系統方塊圖。 圖2係本發明之操作模式決定方法之流賴。 圖3係本發明之操作模式決定方法之一較佳實施例之流 程圖。 【主要元件符號說明】 電腦系統1 處理模組10 處理器12 微處理器14 記憶模組20 作業系統22 軟體程式24 201108029 驅動程式26 指令輸入裝置100 顯示裝置2003 2 = multi = the operating interface of the body playback device) or the touch mode 荨 4 The wheeled device is considered to be a general wheeled device. (4) The general function of the computer is required, so the processing module _ control computer system 1 enters General computer mode; #judge command input (10) is 1 control charge, indicating that the latter can (4) the audiovisual demand and the tilt distance control, so the processing module 1〇 will control the computer system engineer to enter the audio and video mode; When the human device 1 (10) is a touch input device, the user may need to apply the touch input function, so the processing module 10 will control the computer system to enter the touch mode. Further, when the operation mode determining method of the present invention determines that the command input device 100 is a general input device through the above-described step S2, the judgment of the other step can be performed. As shown in FIG. 2, the operation mode determining method of the present invention further includes the following steps: Step S4: determining the display device 200 corresponding to the computer system. For example, the operating mode determining method of the present invention determines the operating mode provided after the operating system according to the current display device fan specification corresponding to the computer system 1, and therefore it is necessary to first determine the display device 200. The software program 24 obtains the identification data of one of the display devices 200 from the corresponding display driver 201108029, and determines the display device 200 corresponding to the computer system 1. The identification data is the corresponding display device 20〇. Extended display identification data (EDID). Since each display device 200 has its own extended display identification data, the extended display identification data describes the highest display resolution and scanning frequency that the display device 200 can support. Therefore, after the software program 24 obtains the extended display identification data and analyzes it, the corresponding display device 2 output specifications, for example, φ output, VGA output, DVI output, or HDMI output can be known. For example, when the display device 200 adopts the HDMI output specification, the software program 24 analyzes the extended display identification data of the display device 200, and obtains corresponding information of 1^) VS1 VSDB (HDMI Vendor-Specific Data Block). This can determine whether the display device 200 passes through the hDM; [output. 'Step S5: According to the display device 2〇〇 to select the corresponding operation mode. In the embodiment +, the operation mode may include a general computer mode or a video mode or the like. The output specification of the display device φ 2〇〇 is obtained by analyzing the identification data in the foregoing step S4. When it is determined that the display device 200 is in the HDMI specification, the computer system (4) selects to enter the audio and video mode; otherwise, when it is determined that the display device 200 is not in the HDMJ specification When outputting, the computer system is selected: into the general computer mode. Referring to Figure 3, there is shown a silk diagram of an embodiment of the method of operation of the present invention. The operation mode mosquito method of the present invention is mainly a lighter computer system 1, such as a bare system or a low-cost table snow brain. According to the common usage requirements of general users, we provide the video mode that treats 1 as the multimedia machine, and the computer system i as the computer mode of the 201108029 desktop computer. First, the operation mode determining method of the present invention determines whether the remote control device is present or not by detecting the source of the power-on command or whether the computer system 1 has a remote control receiving device installed. When it is confirmed that there is a corresponding remote control device, it is mostly indicated that the user operates the computer system 1 by using the remote control device, that is, the user wants to obtain a good audio-visual effect through a simple operation, so that the computer system is determined by the operation mode determining method of the present invention. 1 Select to enter the video mode ' to meet the needs of users. Φ and when it is judged that the corresponding remote control device does not exist, the operation mode determining method of the present invention further judges whether or not the display device 200 is rotated by HDMI. At present, the display device 200 generally having an HDMI output function is mostly a television (such as a liquid crystal television) or a large-sized computer LCD screen, and the HDMI output is generally selected to represent the user's desire to enjoy the high-quality image round-off visual effect. When it is judged that the display device 200 is rotated by HDMI, the computer system 1 selects to enter the video mode by the operation mode determining method of the present invention. When it is judged that the display device 200 is output in other specifications, the computer system is selected to enter the normal computer mode 'to allow the user to use the normal computer function. In addition, the operation mode determining method of the present invention can further determine whether the command input device 1 has a corresponding touch input device, such as a screen with a touch function, etc., when it is determined that there is a corresponding touch input device, The user wants to operate the computer system 1 through the touch mode, so that the electric service system 1 selects to enter the touch mode. Therefore, the operation mode determining method of the present invention can select a suitable operation mode according to the peripheral hardware connected to the computer system 1, so that the 201108029 computer system 1 generates a corresponding user interface according to the operation mode after loading the operating system 22. , greatly improve the usability of the computer system 1. In summary, the invention is a major breakthrough in terms of its purpose, means and efficacy, and it is different from the characteristics of the prior art. Please ask your review board to inspect the patent as soon as possible, 俾嘉惠社会,实感Will. It is to be noted that the above-described embodiments are merely illustrative of the principles of the invention and their effects, and are not intended to limit the scope of the invention. Any person skilled in the art can make modifications and variations to the embodiments without departing from the spirit and scope of the invention. The scope of protection of the present invention should be as described in the scope of the patent application to be described later. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a block diagram of a system of a computer system of the present invention. Figure 2 is a reliance on the method of determining the mode of operation of the present invention. Fig. 3 is a flow chart showing a preferred embodiment of the operation mode determining method of the present invention. [Description of main component symbols] Computer system 1 Processing module 10 Processor 12 Microprocessor 14 Memory module 20 Operating system 22 Software program 24 201108029 Driver 26 Command input device 100 Display device 200