201201070 六、發明說明： 【發明所屬之技術領域】 θ 本發明是有關於一種電腦及其觸控板的控制方法，且 特別是有關於-種筆記型電腦及其觸控板的控制方法。 【先前技術】 目月ϋ市面上筆記型電腦的觸控板僅被用以控制游標 勺=動f列如疋控制游標向上或向左移動。而筆記型電腦 ^计者，為了滿足使用者的需求，例如是希望能快速的 =多媒體播放，例如是調整聲音、影像快轉、光碟片退 而額外設置了實體控制介面供使用者使用。例如是 …吕己型電腦鍵盤位置的上方或側邊設置了快捷控制 ㈣2疋用來控制多媒體的播放。而當使用者利用快捷 二來控制多媒體播放時，此時_控板通常是閒置 的。 长外况，使用者除了在多媒體播放上有快捷鍵的需 般使用仍有快捷鍵存在的必要性。舉例來說，一 製圖干時有大範圍1E的晝面，或是大範圍的繪 時【沒辦法完全顯示所有的畫面，此 左、右劉覽查ΓI 、下劉覽畫面’或是利用滑鼠 入文字方格二且d卜當糊一畫面且選擇-輸 從第六個字跳至第格内文字的次序，例如是 左右方向鍵來選:；是:==擊’或是 3 201201070 1 k 腦主打輕、薄、短、+ ’不適宜大量的將各種功能各設置 一快捷鍵，所以此時只能忽視使用者的需求而僅設置少量 的硬體快捷鍵。或者，即使設置了快捷鍵，但仍因空間與 使用頻率上的考量，所以無法將所需求的各種快捷鍵皆設 置於筆記型電腦上。 因此存在一各種快捷鍵的需求，且此些快捷鍵在不需 要使用時可隱藏，以節省筆記型電腦上的空間。 【發明内容】 本發明主要係提供一種筆記型電腦及其觸控板的控 制方法，其提供一快速切換觸控板的控制功能。如此一 來，使用者可直接藉由控制蓋來快速切換觸控板的功能， 可大幅增加使用者在操作筆記型電腦的效率，進而提高使 用者在操作筆記型電腦上的便利性。 根據本發明之一方面，提出一種筆記型電腦。筆記型 電腦包括一殼體、一觸控板、一控制蓋及—控制單元。觸 控板設置於殼體内。控制蓋設置於殼體上，並在觸控板之 上方移動’以暴露出部分之觸控板。控制單元係依據控制 蓋在觸控板上所觸發的壓力感應訊號，據以控制觸控板對 應於不同功能之數個控制介面之其中之一。 根據本發明之另一方面，提出一種筆記型電腦之一觸 控板，控制方法。筆記型電腦包括一殼體、一觸控板及一 控制^。控制蓋設置於殼體上，並在觸控板之上方移動， 以暴路出邛分之觸控板。觸控板之控制方法包括以下步 驟：分析控制蓋在觸控板上所觸發的壓力感應訊號；以及 201201070 里 vv j / / / r /λ 依據控制蓋在觸控板上所觸發的壓力感應訊號，據以控制 觸控板對應於不同功能之數個控制介面之其中之一。 為讓本發明之上述内容能更明顯易懂，下文特舉一較 佳貫施例，並配合所附圖式，作詳細說明如下： 【實施方式】 本發明係提出一種觸控板及切換觸控板的控制功能 _ 之方法。以下提出一實施例進行詳細說明，實施例僅用以 作為範例說明，並不會限縮本發明欲保護之範圍。此外， 實施例中之圖式係省略不必要之元件，以清楚顯示本發明 之技術特點。 請參照第1圖，其繪示本發明較佳實施例之筆記型電 腦100的示意圖。本實施例之筆記型電腦1〇〇包括一螢幕 110、一觸控板120、一控制蓋130、一殼體14〇、一控制 單元150及一音效單元16〇(3螢幕11〇係用以顯示各種資 參訊。觸控板120例如是具有控制與顯示功能，可供使用者 在其上依其所顯示的控制介面並利用觸控方式來輸入控 制指令。控制蓋130例如是可在觸控板120上滑動，藉此 切換觸控板120的控制功能。控制單元彳5〇，例如是中央 處理單元（Central Processing Unit)，用以控制螢幕11〇 以及音效單元160等元件。音效單元16〇例如是剩队，用 以播放聲音。 請參照第1、2A及2B圖’第2A及2B圖繪示本發 明較佳實施例所提供之觸控板12〇的控制方法之流程圖。 首先’於步驟S201時，控制單元150分析並判斷控制蓋 130在觸控板120上所觸發的壓力感應訊號。此時控制蓋 130位於殼體140内、或是已被移動至遮蓋部分觸控板 120的位置。其中’分析控制蓋13〇在觸控板12〇上所觸 發的壓力感應訊號的方法將於下述描述。 請參照第3圖’其繪示觸控板12〇、控制蓋130、第 一壓力感測器310、第二壓力感測器32〇、第三壓力感測 器330及第四壓力感測器340的示意圖。本實施例之筆記 型電腦100更包括一第一壓力感測器310、一第二壓力感 測器320 ' —第三壓力感測器330及一第四壓力感測器 34◦。第一壓力感測器31 〇、第二壓力感測器320、第三 壓力感測器330及第四壓力感測器340設置於殼體140 内’並位於觸控板之邊緣。當控制蓋13〇之左側邊緣移動 至第一壓力感測器310時，將暴露20%的觸控板120。當 控制蓋130之左側邊緣移動至第二壓力感測器32〇時，將 暴露50%的觸控板120。當控制蓋130之左側邊緣移動至 第三壓力感測器330時，將暴露75%的觸控板120。當控 制蓋130之左侧邊緣移動至第四壓力感測器340時，將暴 露100%的觸控板120。 請參照第4圖，其繪示第一壓力感測器310及控制 蓋130之示意圖。第一壓力感測器310包括凹口部410、 伸縮元件420及感應電路430。其中伸縮元件420包括一 彈箐421、一絕緣柱422及一導電元件423。絕緣柱422 之一端凸出於凹口部410。而感應電路430係設置於彈簧 421之另一端。導電元件423設置於絕緣柱422之一端。 201201070 1 VV J / / /Γ/Λ 彈簧421 s史置於絕緣柱422及感應電路43〇之間。當伸 縮元件420之絕緣柱422受到擠壓時，彈簧42彳同時受 到擠壓而帶動導電元件423朝向感應電路43Q移動，以導 通感應電路430。第二壓力感測器32〇、第三壓力感測器 330及第四壓力$測器、340之結構類似於第—壓力感測器 310，在此不再重複敘述。 再者，控制蓋130包括框架450、彈性元件460及鋼 珠470。其中，彈性元件460的一端抵靠框架450，而鋼 籲珠470係設置於彈性元件_的另一端，並凸出於框架 450。當控制蓋130移動至凹口部41 〇時，彈性元件46〇 將推動鋼珠470,使得鋼珠470推擠絕緣柱422，進而使 得感應電路430導通。 如第3圖所示，當控制蓋13〇之左側邊緣移動至第 一壓力感應器310時，第--第四壓力感測器310〜340 之感應電路430 (繪示於第4圖）皆會導通，進而傳送四 個壓力感應訊號至控制單元15〇。 瞻目到第2A目’當使用者欲控制多媒體播放程式，例 如是控制現所播放多媒體的聲音，可移動控制蓋13〇之左 側邊緣至第一位置，例如是第4圖的第一壓力感測器 310，此時第一壓力感測器31〇傳送壓力感應訊號至控制 單元150,而控制單元15〇分析此壓力感應訊號而進入步 驟S202。於步驟S202中，控制單元15〇依據控制蓋13〇 在觸控板120上所觸發的壓力感應訊號，據以控制螢幕 110顯示一多媒體控制器晝面於螢幕11〇上，並依據控制 蓋130在觸控板彳2〇上所觸發的壓力感應訊號，據以控制 201201070 觸控板120對應於—多媒體調整快捷鍵，例如是第从圖 所緣示。之後’進人步驟S2()3，利用第—〜第四塵力感 ，器310〜340來判斷控制蓋13〇是否有被移動。若控制 蓋130已被移動’則進入步驟32〇4，關閉榮幕11〇的多 媒體控制器畫面與觸控板12〇的多媒體調整快捷鍵，並回 至步驟S2Gh若步驟S2〇3中’判斷出控制蓋13〇並未 被移動，則進人步驟S2q5,判斷觸控板12〇是否有被觸 控。若於步驟S205中判斷出觸控板12〇沒有被觸控，則 回至步驟S203。若於步驟S2〇5中判斷出觸控板12〇有 =控，則進人步驟S2()6e於步驟咖6中，依據被觸控 的情況進行影像快轉、聲音調整等動作。之至 S203。 ▲使用者欲控制網路戦器頁面，可移動控制蓋13( 2側邊緣至第二位置，例如是第4圖的第二壓力感測器 ，此時第二壓力感測器32〇傳送壓力感應訊號至控制 早兀150’而控制單元15〇分析此壓力感應訊號 而進入步 =210。於步驟咖中，控制單元伽依據控制蓋13( 控板120上所觸發的壓力感應訊號，顯示—網路劉覽 盗里面於螢幕彻上’並控制觸控板120對應於-網路邀 hi©軸器’例如是第犯圖所繪示。之後，進入步 驟：211、利用第一〜第四壓力感測器训〜_來判斷控 2 130是否有被移動。若於步驟功1中判斷出控制蓋 划移動，則進入步驟S212,關閉榮幕的網路 劇U旦面與觸控板12G的網路㈣器頁面捲動器，並民 至v驟S201。若步驟训中，判斷出控制蓋13〇並未 201201070 凰/ / ί 1广丨 3移動’則進入步驟S213,判斷觸控板，是否有被觸 ^二於步驟S213中判斷出觸控板120沒有被觸控，則 4S21!。若於步驟幻13中判斷出觸控板12〇有 控、’則進入步驟S214。於步驟S214中，依據被觸控 α月况進仃放大/縮小畫面、八方向的移動畫面或前一頁， 後一頁等動作。之後回至步驟S210。 當使用者欲使用繪圖寫字軟體介面，請參照第2Β 圖，可移動控制蓋13〇之左側邊緣至第三位置，例如是第 • 4,圖的第三壓力感測$ 33。，此時第三壓力感測器咖傳 运壓力感應訊號至控制單元15〇，而控制單元15〇分析此 壓力感應訊號而進人步驟S22()。於步驟S22Q中，控制單 儿150依據控制蓋130在觸控板12〇上所觸發的壓力感 應訊號，據以控制勞幕110顯示一緣圖寫字軟體畫面於營 幕上，控制觸控板120對應於一繪圖寫字板，例如是 第5C圖所繪示。之後，進入步驟S221，利用第—〜第四 壓力感測器310〜340來判斷控制蓋13〇是否有被移動。 春若於步驟S221中判斷出控制蓋⑽已被移動，則進入步 驟S222,關閉營幕11〇的緣圖寫字軟體書 ㈣圖寫字板，並回至步驟S201。若步驟s=: 出控制蓋130並未被移動，則進入步驟S223，判斷觸控 板120是否有被觸控。若於步驟S223中判斷出觸控板彳^ 沒有被觸控，則回至步驟S221。若於步驟S223中判斷出 觸控板120有被觸控’則進入步驟S224。於步驟S214 中，依據被觸控的情況控制顯示所書寫之文字於螢幕杓〇 及辨識字體等動作。之後回至步驟S230。 201201070 ·· » —當使用者只想使用觸控板12Q來使用滑標，可移動控 制蓋130之左側邊緣至第四位置，例如是第4圖的第四壓 f感測器⑽，此時第四壓力感測器340傳送壓力感應訊 破至控制單元150,而控制單元15Q分析此壓力感應訊號 而進入步驟S230。於步驟S230中，觸控板12〇對應於 游軚移動控制器，例如是第5D圖所示。而控制單元 依據被觸控板120被觸控的情況來移動游標。之後進入步 驟S231 ’利用第 第四壓力感測器310〜340來判斷控 制蓋13G是否有被移動。若於步驟S23i中判斷出控制蓋 130已被移動，則回至步驟s2〇i。若否，則回至步驟s23〇。 雖然本實施例在步驟S204、S212、S222中，係以 再-人凋整控制蓋130的位置時關閉對應的應用程式來作例 子說明，然而，此技術領域中具有通常知識者應明瞭，再 -人調整控制蓋130的位置時，原先對應的應用程式關閉、 繼續執行等行為，對於該技術領域中具有通常知識者而 言，應可輕易地藉由一設定介面來設定，而此行為並未超 出本發明的範嘴。 此外’雖然本實施例係以控制蓋13〇在第一位置時， 以觸控板120具有多媒體調整快捷鍵的控制功能來做例子 說明。然而，此技術領域中具有通常知識者應明瞭，控制 蓋130位於第一位置時，觸控板12〇所具有的控制功能不 侷限於多媒體調整快捷鍵，抑可為繪圖寫字板、游標控制 益、網路瀏覽器頁面捲動器等。而此些替換皆未超出本發 明的範圍。 201201070 本發明上述實施例所揭露的筆記型電腦及其觸控板 的控制方法，可快速切換觸控才反12〇的控制功能與顯示i 上的控制介面，使得使用者可藉由移動控制蓋13G來決定 觸控板120所應顯示的控制介面及所應具有的控制功能。 如此一來，筆記型電腦的設計者可不必在筆記型電腦上設 置太夕决捷鍵’可直接依據本實施例，直接藉由控制蓋伽 來切換觸控板12G所顯示及具備的功能，並藉由觸控板 120來取代先前技術的硬體快捷鍵。如此—來，可不必在 筆記型電腦上設置太多的快捷鍵，城用者欲快速切換執 订程式時’可藉由簡單的移動控制蓋13〇來執行程式，也 可藉由觸控板120所顯示的控制介面來快速的執行控制指 令’此舉既可節省筆記型電腦快捷鍵的設置空間，也可大 幅增加快捷鍵設置的數量。進而使筆記型電腦的競爭力可 t效地提升並提升使用者的操作效率。此係傳統筆記型電 腦所未具有的優點。 综上所述，雖然本發明已以一較佳實施例揭露如上， =並非㈣限定本發明。本發明所屬技術領域中具有通 韦知識者，在不脫離本發明之精神和範圍内，當可作各種 =與潤飾。因此’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】 ^ 1圖繪7F本發明較佳實_之筆記型電腦示意圖。 第2A及2B圖係本發明較佳實施例所提供之觸控板 201201070 .. 的控制方法之流程圖。 第3圖繪示觸控板、控制蓋、第一壓力感測器、第二 壓力感測器、第三壓力感測器及第四壓力感測器的示意 圖。 第4圖繪示繪示第一壓力感測器及控制蓋之示意圖 第5A圖繪示觸控板對應於一多媒體調整快捷鍵的示 意圖。 第5B圖繪示觸控板對應於一網路瀏覽器頁面捲動器 的示意圖。 第5C圖繪示觸控板對應於一繪圖寫字板的示意圖。 第5D圖繪示觸控板對應於游標移動控制器的示意 圖。 【主要元件符號說明】 100 ： 筆記型電腦 110 : 螢幕 120 ： 觸控板 130 ： 控制蓋 140 ： 殼體 150 ： 控制單元 160 ： 音效單元 S201、S202、S203、S204、S205、S206、S210、 S211、S212、S213、S214、S220、S221、S222、S223、 S224、S230、S231 :步驟 310 :第一壓力感測器 201201070 I w) / /，尸八 320 ： 第二壓力感測器 330 ： 第三壓力感測器 340 ： 第四壓力感測器 410 ： 凹口部 420 ： 伸縮元件 421 ： 彈簧 422 ： 絕緣柱 423 ： 導電元件 430 ： 感應電路 450 ： 框架 460 ： 彈性元件 470 ： 鋼珠 13201201070 VI. Description of the Invention: [Technical Field of the Invention] θ The present invention relates to a control method for a computer and a touch panel thereof, and particularly relates to a control method for a notebook computer and a touch panel thereof. [Prior Art] The touchpad of the notebook computer on the market is only used to control the cursor. The cursor is controlled to move the cursor up or to the left. In order to meet the needs of users, for example, notebook computers want to be able to quickly play multimedia games, such as adjusting sounds, fast images, and discs. The physical control interface is additionally provided for users to use. For example, ... the shortcut control is set on the top or side of the location of the computer keyboard (4) to control the playback of multimedia. When the user uses the shortcut 2 to control multimedia playback, the _ control board is usually idle at this time. In the long-term situation, the user has the necessity of using shortcut keys in addition to the need for shortcut keys in multimedia playback. For example, when a chart is dry, there is a wide range of 1E noodles, or a large range of paintings [no way to completely display all the pictures, this left and right Liu view Γ I, lower Liu 画面 screen' or use slide The mouse enters the square of the text and the d-dip pastes a picture and selects the order of the text from the sixth word to the first character, for example, the left and right direction keys to select:; yes: == hit 'or 3 or 201201070 1 k brain main light, thin, short, + 'not suitable for a large number of various functions to set a shortcut key, so at this time can only ignore the user's needs and only set a small number of hardware shortcuts. Or, even if the shortcut keys are set, due to the consideration of space and frequency of use, it is impossible to set all the required shortcut keys on the notebook. Therefore, there is a need for a variety of shortcut keys that can be hidden when not needed to save space on the notebook. SUMMARY OF THE INVENTION The present invention mainly provides a notebook computer and a touch panel control method thereof, which provide a control function for quickly switching a touch panel. In this way, the user can directly switch the function of the touchpad by directly controlling the cover, which can greatly increase the efficiency of the user operating the notebook, thereby improving the convenience of the user in operating the notebook. According to an aspect of the invention, a notebook computer is proposed. The notebook computer includes a housing, a touch panel, a control cover, and a control unit. The touch panel is disposed in the housing. The control cover is disposed on the housing and moves over the touch panel to expose a portion of the touch panel. The control unit controls one of the several control interfaces of the different functions according to the pressure sensing signal triggered by the control cover on the touch panel. According to another aspect of the present invention, a touch panel and a control method of a notebook computer are proposed. The notebook computer includes a casing, a touch panel and a control unit. The control cover is disposed on the housing and moves over the touchpad to violently exit the touchpad. The control method of the touchpad includes the following steps: analyzing the pressure sensing signal triggered by the control cover on the touch panel; and vv j / / / r / λ in 201201070 according to the pressure sensing signal triggered by the control cover on the touch panel According to the control, the touchpad corresponds to one of several control interfaces of different functions. In order to make the above-mentioned contents of the present invention more comprehensible, a preferred embodiment will be described in detail below, and the following description will be made in detail as follows: [Embodiment] The present invention provides a touch panel and a touch switch. The control function of the control board _ method. The following is a detailed description of the embodiments, which are intended to be illustrative only and not to limit the scope of the invention. In addition, the drawings in the embodiments omit unnecessary elements to clearly show the technical features of the present invention. Referring to Figure 1, there is shown a schematic diagram of a notebook computer 100 in accordance with a preferred embodiment of the present invention. The notebook computer 1 of the embodiment includes a screen 110, a touch panel 120, a control cover 130, a casing 14〇, a control unit 150, and a sound effect unit 16 (3). The touch panel 120 has, for example, a control and display function for the user to display a control command according to the display interface displayed thereon, and the touch control method is used to input a control command. The control cover 130 is, for example, touchable. The control panel 120 slides, thereby switching the control function of the touch panel 120. The control unit is, for example, a central processing unit for controlling components such as the screen 11 and the sound unit 160. The sound unit 16 For example, the remaining team is used to play the sound. Please refer to FIGS. 2A and 2B, and FIGS. 2A and 2B are flowcharts showing the control method of the touch panel 12A according to the preferred embodiment of the present invention. In step S201, the control unit 150 analyzes and determines the pressure sensing signal triggered by the control cover 130 on the touch panel 120. At this time, the control cover 130 is located in the housing 140 or has been moved to cover the partial touch panel. 120 position. Among them The method of analyzing the pressure sensing signal triggered by the control cover 13 on the touch panel 12A will be described below. Please refer to FIG. 3, which depicts the touch panel 12A, the control cover 130, and the first pressure sensing. The schematic diagram of the third pressure sensor 32, the third pressure sensor 330 and the fourth pressure sensor 340. The notebook computer 100 of the embodiment further includes a first pressure sensor 310, a The second pressure sensor 320 ′ - the third pressure sensor 330 and the fourth pressure sensor 34 ◦. The first pressure sensor 31 〇, the second pressure sensor 320, the third pressure sensor The 330 and the fourth pressure sensor 340 are disposed in the housing 140 and located at the edge of the touch panel. When the left edge of the control cover 13 is moved to the first pressure sensor 310, 20% of the touch is exposed. The plate 120. When the left edge of the control cover 130 moves to the second pressure sensor 32, 50% of the touch panel 120 will be exposed. When the left edge of the control cover 130 moves to the third pressure sensor 330, 75% of the touchpad 120 will be exposed. When the left edge of the control cover 130 is moved to the fourth pressure sensor 340, it will be violent 100% of the touch panel 120. Referring to FIG. 4, a schematic diagram of the first pressure sensor 310 and the control cover 130 is shown. The first pressure sensor 310 includes a notch 410, a telescopic element 420, and an induction. The circuit 430. The telescopic element 420 includes a magazine 421, an insulating post 422 and a conductive element 423. One end of the insulating post 422 protrudes from the notch 410. The sensing circuit 430 is disposed at the other end of the spring 421. The element 423 is disposed at one end of the insulating post 422. 201201070 1 VV J / / /Γ/Λ The spring 421 s is placed between the insulating post 422 and the sensing circuit 43A. When the insulating post 422 of the expanding member 420 is pressed, the spring 42 is simultaneously pressed to move the conductive member 423 toward the sensing circuit 43Q to turn on the sensing circuit 430. The second pressure sensor 32A, the third pressure sensor 330, and the fourth pressure sensor 340 are similar in structure to the first pressure sensor 310, and the description thereof will not be repeated here. Further, the control cover 130 includes a frame 450, an elastic member 460, and a steel ball 470. Wherein, one end of the elastic member 460 abuts against the frame 450, and the steel bead 470 is disposed at the other end of the elastic member _ and protrudes from the frame 450. When the control cover 130 is moved to the notch portion 41, the elastic member 46 will push the steel ball 470 so that the steel ball 470 pushes the insulating post 422, thereby causing the sensing circuit 430 to be turned on. As shown in FIG. 3, when the left edge of the control cover 13 is moved to the first pressure sensor 310, the sensing circuits 430 of the fourth to fourth pressure sensors 310 to 340 (shown in FIG. 4) are both It will be turned on, and then four pressure sensing signals will be transmitted to the control unit 15A. Looking to the second item A' When the user wants to control the multimedia player, for example, to control the sound of the currently playing multimedia, the left edge of the control cover 13 can be moved to the first position, for example, the first pressure sense of FIG. The detector 310, at this time, the first pressure sensor 31 transmits a pressure sensing signal to the control unit 150, and the control unit 15 analyzes the pressure sensing signal to proceed to step S202. In step S202, the control unit 15 is configured to control the screen 110 to display a multimedia controller on the screen 11 according to the pressure sensing signal triggered by the control cover 13 on the touch panel 120, and according to the control cover 130. The pressure sensing signal triggered on the touch panel 彳2〇 is controlled according to the 201201070 touch panel 120 corresponding to the multimedia adjustment shortcut key, for example, as shown in the figure. Thereafter, the step S2() 3 is entered, and the first to fourth dust power sensors 310 to 340 are used to determine whether or not the control cover 13 is moved. If the control cover 130 has been moved, then the process proceeds to step 32〇4, and the multimedia controller screen of the screen 11〇 and the multimedia adjustment shortcut key of the touchpad 12〇 are closed, and the process returns to step S2Gh. When the control cover 13 is not moved, the process proceeds to step S2q5 to determine whether the touch panel 12 is touched. If it is determined in step S205 that the touch panel 12 is not touched, the process returns to step S203. If it is determined in step S2〇5 that the touch panel 12 has a control, then step S2()6e is entered in step 6 to perform image fast rotation, sound adjustment, and the like according to the touched condition. Until S203. ▲ The user wants to control the network device page, and can move the control cover 13 (2 side edge to the second position, for example, the second pressure sensor of FIG. 4, at which time the second pressure sensor 32 transmits pressure The sensing signal is controlled to 150' and the control unit 15 analyzes the pressure sensing signal and enters step = 210. In the step coffee, the control unit gamma is based on the control cover 13 (the pressure sensing signal triggered on the control board 120, display - The network Liu pirates inside the screen and controls the touch panel 120 corresponding to the network to invite the hi© axis device, for example, as shown in the first map. After that, the steps are: 211, using the first to the fourth The pressure sensor trains ~_ to determine whether the control 2 130 has been moved. If it is determined in the step 1 that the control cover moves, then the process proceeds to step S212 to close the network screen U-face of the screen and the touch panel 12G. The network (four) page page scroller, and the people to v step S201. If the step training, it is determined that the control cover 13〇 is not 2010201070 phoenix / / ί 1 丨 3 move 'then, then proceeds to step S213, determine the touchpad If it is determined in step S213 that the touch panel 120 is not touched, then 4 S21! If it is determined in the step 13 that the touch panel 12 is controlled, then the process proceeds to step S214. In step S214, according to the touched alpha month, the zoomed/reduced screen, the eight-direction moving picture or Go to the previous page, the next page, etc. Then go back to step S210. When the user wants to use the drawing software interface, please refer to the second figure, and move the left edge of the control cover 13 to the third position, for example, • 4, the third pressure sensing of the figure is $33. At this time, the third pressure sensor transmits the pressure sensing signal to the control unit 15〇, and the control unit 15 analyzes the pressure sensing signal and proceeds to step S22 ( In step S22Q, the control unit 150 controls the screen 110 according to the pressure sensing signal triggered by the control cover 130 on the touch panel 12〇, and controls the screen 110 to display a software image on the screen. The control board 120 corresponds to a drawing tablet, for example, as shown in Fig. 5C. Thereafter, the process proceeds to step S221, and the first to fourth pressure sensors 310 to 340 are used to determine whether or not the control cover 13 is moved. If the spring determines in step S221 that the control cover (10) has been moved Then, proceeding to step S222, closing the edge map writing software book (4) tablet of the camp 11 ,, and returning to step S201. If the step s=: the control cover 130 is not moved, proceeding to step S223, determining If the touch panel 120 is not touched, the process returns to step S221. If it is determined in step S223 that the touch panel 120 is touched, Proceeding to step S224, in step S214, the operation of displaying the written text on the screen and recognizing the font is controlled according to the touched condition, and then the flow returns to step S230. 201201070 ····——When the user only wants to use the touchpad 12Q to use the slider, the left edge to the fourth position of the control cover 130 can be moved, for example, the fourth pressure f sensor (10) of FIG. 4, at this time The fourth pressure sensor 340 transmits the pressure sensing signal to the control unit 150, and the control unit 15Q analyzes the pressure sensing signal to proceed to step S230. In step S230, the touch panel 12A corresponds to the cursor movement controller, for example, as shown in FIG. 5D. The control unit moves the cursor according to the situation in which the touch panel 120 is touched. Then, the process proceeds to step S231' to determine whether or not the control cover 13G has been moved by the fourth pressure sensors 310 to 340. If it is determined in step S23i that the control cover 130 has been moved, it returns to step s2〇i. If no, go back to step s23. Although the present embodiment in the steps S204, S212, and S222, the corresponding application is closed when the position of the control cover 130 is closed again, as an example, the person having ordinary knowledge in the technical field should understand. - When the person adjusts the position of the control cover 130, the behavior of the original corresponding application being closed, continued to perform, etc., for those having ordinary knowledge in the technical field, should be easily set by a setting interface, and this behavior is The scope of the present invention is not exceeded. Further, although the present embodiment is based on the control function of the touch panel 120 having the multimedia adjustment shortcut key when the control cover 13 is in the first position, an example will be described. However, it should be understood by those skilled in the art that when the control cover 130 is in the first position, the control function of the touch panel 12 is not limited to the multimedia adjustment shortcut key, but can be controlled by the drawing board and the cursor. Benefits, web browser page scrollers, etc. None of these alternatives are beyond the scope of the present invention. 201201070 The notebook computer and the control method thereof for the touch panel disclosed in the above embodiments of the present invention can quickly switch the control function of the touch control and the control interface on the display i, so that the user can use the mobile control cover 13G determines the control interface that the touchpad 120 should display and the control functions it should have. In this way, the designer of the notebook computer can set the function of the display and the function of the touch panel 12G directly by controlling the cover gamma directly according to the embodiment. The touchpad 120 is used in place of the prior art hardware shortcuts. In this way, you don't have to set too many shortcut keys on the notebook. When the city user wants to quickly switch the binding program, the program can be executed by simply moving the control cover 13 or by the touchpad. 120 control interface to quickly execute control commands' This will save the setup space of the notebook shortcuts and greatly increase the number of shortcut settings. In turn, the competitiveness of the notebook computer can be improved and the user's operating efficiency can be improved. This is an advantage that traditional notebook computers do not have. In summary, although the present invention has been disclosed above in a preferred embodiment, = is not (four) limited to the present invention. Those skilled in the art having the knowledge of the present invention can make various types and modifications without departing from the spirit and scope of the present invention. Therefore, the scope of the invention is defined by the scope of the appended claims. Brief description of the drawing] ^ 1 drawing 7F is a better embodiment of the notebook computer. 2A and 2B are flowcharts of a control method of the touch panel 201201070.. provided by the preferred embodiment of the present invention. Figure 3 is a schematic diagram showing the touch panel, the control cover, the first pressure sensor, the second pressure sensor, the third pressure sensor, and the fourth pressure sensor. FIG. 4 is a schematic diagram showing the first pressure sensor and the control cover. FIG. 5A is a schematic diagram showing the touch panel corresponding to a multimedia adjustment shortcut. Figure 5B is a schematic diagram showing the touchpad corresponding to a web browser page reel. FIG. 5C is a schematic diagram showing the touch panel corresponding to a drawing tablet. Fig. 5D is a schematic view showing the touch panel corresponding to the cursor movement controller. [Main component symbol description] 100 : Notebook computer 110 : Screen 120 : Touch panel 130 : Control cover 140 : Housing 150 : Control unit 160 : Sound effect unit S201 , S202 , S203 , S204 , S205 , S206 , S210 , S211 , S212, S213, S214, S220, S221, S222, S223, S224, S230, S231: Step 310: First pressure sensor 201201070 I w) / /, corpse eight 320: Second pressure sensor 330: Three pressure sensor 340: fourth pressure sensor 410: notch portion 420: telescopic element 421: spring 422: insulating column 423: conductive member 430: induction circuit 450: frame 460: elastic member 470: steel ball 13