200915130 九、發明說明： 【發明所屬之技術領域】 之輸入裝 斷使用者 本發明是有關於一種具有多模式切換功能 置，特別是有關於一種根據二維位置資料 如何觸碰輸入裝置之技術領域。 、 【先前技術】 傳統電子裝置上大多配置一平面鈐 盤、手寫板或平面觸控板，或是需：：面=鍵 裝置’例如滑鼠。然而，在體積較小的；： = : = #置往足夠的平面讓使用者操 上述的輸入裝置。人體的手部是一以：平面來使用 體性的觸碰。因此，如何利 y進仃立 入裝置的互動來達成輸人的目的日早處^多處與立體輸 題。 97曰的疋一項亟待解決的問 ’為了能夠兼顧解決 諸多實務經驗，提出 ，以作為改善上述缺 有鑑於習知技藝之各項問題 之，本發明人基於多年研究開發與 一種具有多模式切換功能之輸入裝置 點之實現方式與依據。 ^ 【發明内容】 有鑑於此，本發明之日 式切換功能之輸入裝置，以提的高沈疋在提供-種具有多模 D輪入裝置之使用便利性。 根據本發明之目的楹 &出一種具有多模式切換功能之 200915130 ，入裝置’其包含-本體、—曲面觸控模組及—控制模挺。 =面觸控模組係設置於本體之表面，㈣輸人—二維位置 料控制模組用以根據二維位置資料來切換輸入裝置之： 並根據二維位置資料及已切換之輸人模式產生一控 置，ΐί含一本:二更提曲出面7種具多模式切換功能之輸入裝 控模組係設置於本體之表面，用以輸入一=二：面觸 控制模組根據本體之幾何特性 以置貝料。而 式，且根據此三維位置輸入裝置之輸入模 訊號。 置以4及已切換之輪人模式產生-控制 置，:優:依本發明之具有多模式切換功能之輸入裝 更舒此輸人裝置符合人體手狀立舰，讓制者操作 (2)此輸入裝置可切換多給 或控制之效率。 、夕種輸人料’可增加資料輸入 级為使貴審查委員斜太路日日+ # ^ 之功效有更進一步之瞭解盥切 ^術特徵及所達到 及配合詳細之說明如後，、咖識謹佐以較佳之實施例 【實施方式】 以下將參照相關圖示，鳟明 具有多模式切換功能之輪:二==實施例之 施例^相^件係以相同之符號標、解’下述實 谷月參閱第1A圖及第则，其係分二月示本發明之 200915130 具有多模式切換功能之輸入裝置之實施例之示意圖及一應 用範例。圖中，輸入襄置！包含一本體H、一曲面觸控 模組12及一控制模組13。在此實施例中，本體n係為 有圓柱面之筆狀體，但僅為舉例，本體π視需要亦 可為-圓錐體、-球體或任—有曲面之幾何體。曲面觸 =組12係設置於本體u之表面，用以輸入一二維位 fm。曲面觸控模M 12較佳的是一可撓式觸控板。 ，制模組13根據二維位置資料121來切換輸入裝置i之 ^式，並根據二維位置資料121及已切換之輸入模 1而制訊號°其中’二維位置資料較佳的是包含 握έ ^控她12被觸碰之位置㈣及觸碰物在曲面觸控 槙組12上移動之位移資料。 ^實施例中’當使用者以不同方式握持輸入裝置i ^ 正持筆、反持筆、正握筆、反握筆、雙手持筆 持筆料，曲面觸控模組12會接收到不同的二 ft i f :料的組合，控制模組1 3可根據此些二維位置資 置來判斷輸入裝置1被哪-種方式所握ί 奐輸入裝置1進入相對應之輸入模式。 -嬗ί中’輸入模式視需要可包含，例如繪圖模式、瀏200915130 IX. Description of the invention: [Technical field of the invention] Input and disconnect user The present invention relates to a multi-mode switching function, and more particularly to a technical field of how to touch an input device according to two-dimensional position data. . [Prior Art] Most of the conventional electronic devices are provided with a flat disk, a tablet or a flat touch panel, or a: face = key device such as a mouse. However, in the smaller volume;: = : = # set to a sufficient plane for the user to operate the above input device. The human hand is a one-to-one plane that uses physical touch. Therefore, how to benefit from the interaction of the device into the device to achieve the goal of losing people in the early days ^ multiple and three-dimensional problems. In order to be able to solve many of the above-mentioned problems, the present inventors have developed a multi-mode switch based on years of research and development. The implementation and basis of the function input device point. SUMMARY OF THE INVENTION In view of the above, the input device of the Japanese switching function of the present invention provides convenience in the use of a multi-mode D-wheeling device with a high level of lift. According to the purpose of the present invention, a multi-mode switching function of 200915130 is provided, which includes a body, a surface touch module, and a control module. The surface touch module is disposed on the surface of the body, and (4) the input-two-dimensional position material control module is configured to switch the input device according to the two-dimensional position data: and according to the two-dimensional position data and the switched input mode Generate a control, ΐί contains a book: two more to mention the 7 kinds of input control module with multi-mode switching function is set on the surface of the body, used to input a = two: face touch control module according to the body Geometric features to set the material. And, according to the input mode signal of the three-dimensional position input device. Set to 4 and switch the wheel mode to generate - control,: Excellent: According to the invention, the input device with multi-mode switching function is more comfortable. This input device conforms to the human hand-shaped ship, allowing the manufacturer to operate (2) This input device can switch the efficiency of multiple feeds or controls. , 夕 kind of input materials can increase the data input level to make your review board slanted road day + # ^ effect has a further understanding of the characteristics of the ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ DESCRIPTION OF THE PREFERRED EMBODIMENTS [Embodiment] Hereinafter, a wheel having a multi-mode switching function will be described with reference to the related drawings: two == the embodiment of the embodiment is the same symbol, solution ' The following is a schematic diagram of an embodiment of an input device having a multi-mode switching function of the 200915130 of the present invention and an application example. In the figure, enter the device! The main body H, a curved touch module 12 and a control module 13 are included. In this embodiment, the body n is a pen-like body having a cylindrical surface, but for example only, the body π may also be a - cone, a sphere, or any curved geometry. The surface touch = group 12 is placed on the surface of the body u for inputting a two-dimensional position fm. The curved touch mode M 12 is preferably a flexible touch panel. The system module 13 switches the input device i according to the two-dimensional position data 121, and generates a signal according to the two-dimensional position data 121 and the switched input mode 1. [The two-dimensional position data preferably includes a grip. έ ^ Control the position where her 12 is touched (4) and the displacement data of the touch object moving on the curved touch group 12. In the embodiment, when the user holds the input device i ^ in a different manner, the holding pen, the holding pen, the holding pen, the back holding pen, and the double hand holding pen, the curved touch module 12 will receive different The combination of the two ft if: the control module 13 can determine, according to the two-dimensional positional allocation, the input device 1 is held by the input device 1 into the corresponding input mode. -嬗ί中' input mode can be included as needed, such as drawing mode, browsing
Ϊ 含上一頁、下一頁及移動游標等等的控S 5及、=媒體播放模式則包含播放、暫停、停止Ξ 僅。上ί之輸入模式及控制訊號 義’皆在本圍内可由設計者視其需要自行定 控制模組13所產生之控制訊號係用以控制一電子裝 7 200915130 置，而輸入裝置i與電子裝置之結合有下列幾種方式： (1) 輪入裝置設置固定於電子裝置上。 (2) 輸入裝置為一可脫離電子裝置之獨立裝置，則輸入 裝置更包含一訊號傳輸模組，用以傳送一此控制訊 號予電子裝置。 ° (3)輸入裝置中的控制裝置係設置於電子裝置上，而本 體及曲面觸控模組係為一可脫離電子裝置之獨立 裝置’則輸人裝置更包含-訊號傳輸模組，用以傳 送一二維位置資料m至控制裝置，再由控制裝置 產生控制訊號傳送至電子裝置。 以益圖所不’輸人裝置1係透過—訊號傳輸模組 以無線方式將二維位置資料或控制訊號傳送至電子裝置 號傳輸模組可為—有線訊號傳輸模組，例 模組或—ιεεε1394模組，或一無線訊號 傳輸模組，例如一藍芽傳輸模組、一 紅外線傳輸模組。 輸μ組或- =閱第2Α圖至第2D圖’其係分別顯示本發明之 方便理解，？二= 12被觸碰之位置，平面2〇之，卜表不曲面觸控模組 十面20之左上角為二維座標之原點， 平面20#霜Ϊ:! 標之位置。在此實施例中， 係相連接Λ 圓柱面上，邊緣201及邊緣逝 古：20之上方係設置於輸入裝置1之後 八下方係设置於輸入裝置1之前端。 在第2A圖中，使用者持著輸入裝置1之前端，因此 200915130 姆指291觸碰於平面20上之區域21，食指292觸碰於平 面20上之區域22’中指293觸碰於平面20上之區域23, 而虎口 294(拇指連至食指之部份）觸碰於平面2〇上之區 域24 ’即曲面觸控模組12輸入一二維位置2^、一二維 位置221、一二維位置231及一二維位置241。在第2B 圖中，係以區域之平均中心點作為此區域之位置，但並 不以此為限，觸控模組之設計者可視需要設計觸碰區域 與其位置之對應關係，在此不再贅述。 此外，為提高輸入裝置丨之使用便利性，讓使用者 =需判，曲面觸控模組12之圓點便可操作，控制模組13 較佳的疋以複數個觸碰區域位置之相對位移來判斷使用 者持拿輸入裝置1之方式，例如當控制模組13接收到四 個觸碰位置資料，如第2B圖所示，其中觸碰位置2ιι〜231 之Y座彳示接近且向於另一觸碰位置241之丫座標，且分 別與觸碰位置241之γ座標距離在一預定範圍内，則^ 制模組13可判斷使用者以第2八圖所示之手勢持拿輸入 裝置1因此，即使第2C圖至第2E圖所示的觸碰區域 之絕對位置皆與第2B圖不同，當控制模组13接收到 2B圖至第2E圖所示之二維位置資料時 位置來判斷出輸入裝置i皆是被相似之手勢心相對 ，參閱第3A圖及第3B圖，其係為本發明之輸入裝 垃i輸入模式範例之示意圖’及其曲面觸控模組所 Ϊ 資料之示意圖。在第3A圖中，使用者將 即持拿於輸入I置1之後端，姆指291 。:平面20上之區域31，食指292觸碰於平面劝上 之區域32 ’中指293觸碰於平面2〇上之區域％， 口 294觸碰於平面2〇上之區域34,即曲面觸控模組u 200915130 一維位置311、一二維位置32i、一二維位置33i Y応二維位置341。在第3B圖中’二維位置311〜331之 他/上π相近且皆低於二維位置314，與第2B圖所示之二 維位置組合有明顯之差異。 閱第4A圖及第4]8圖，其係為本發明之輸入裝 ^ -輪入模式範例之示意圖，及其曲面觸控模組所 丰Μ ^二維位置資料之示意圖。在第4A圖中，使用者雙 姓从ί 3入裝置1之兩端，左手之拇指281及食指282 49耆雨入襞置1之前端，即平面20上之觸碰區域41及 嫂，’Γί手之梅指291及食指292持著輸入裝置1之後 二面20上之觸碰區域43及44。在第4Β圖中，曲 一一工模組12係輸入一二維位置4η、一二維位置421、 包：：2:3卜一二維位置44卜由於此二維位置組合 位置，且其γ座標分別為極小值和 ° '、第2Β圖至第2Ε圖，及第3Β圖所示之-唯位 置資料组合有差異。咬呼去園所丁之一維位 謂極小值和極大佶Γί1檻值來定義何 不再贅述。 值此為此領域之技藝者所熟知，在此 t上述說明可得知，控制模組13可由曲面觸控模组 位置=#料121來判斷目前使用者是以何 種手勢來持讀人裝置i，因此#控龍组13 位置資料121判斷出使用者之手勢時，便 、 至相對應之輸入模式。接著，、粉裝置1 19 ^ 者控制模組U再根據曲面觸 置】:Γ2二，/ 13判斷使用者係正持輸入裝 f 1如第2Α圖所不’則控制模組 進入劉覽模式，接著，若使用去夕幻，入裝置1 使用者之食指292在區域22點 200915130 觸兩次時，曲面觸控模組12連續輸入兩個二維位置資料 221至控制模組13，控制模組13便判斷出使用者在區域 2=點觸兩次，並產生一「下一頁」之控制訊號，若控制 杈組13接收到連續兩個二維位置資料251，可判斷出使 用者彎曲食指292在區域25點觸兩次，便產生一「上一 頁」之控制訊號。 同樣地，當控制模組13判斷使用者係反持輸入裝置 1 ’如第3A圖所示，則控制模組13切換輸入裝置〗進入 夕媒體播放模式，接著，若控制模組13接收到連續兩個 一維位置資料321’可判斷出使用者彎曲食指292在區域 =點觸兩次，便產生一 r播放」之控制訊號。若控制模 、、且*13接收到連續兩個二維位置資料351，可判斷出使用 者、著曲食指292在區域35點觸兩次，便產生一 r暫停」 f控制讯號。若控制模組π接收到一由區域32移動到 區域35之二維位置資料，則可判斷使用者之食指292從 區域32滑到區域35，則控制模組13產生一「快轉（fast =nvard)」之控制訊號，反之，若控制模組i3判斷使用 之食指292從區域35滑到區域32，產生一「倒轉（fast backward)」之控制訊號。 同樣地，當控制模組13判斷使用者係雙手持輸入裝 1，如第4A圖所示，則控制模組13切換輸入妒置工 進^鍵盤模式，若控制模組13接收到區域45之二\ f貢料時，便產生—「輸人字元」之控制訊號，而隨著 =者觸碰之區域不同，則輸人之字元不同，例如區域 5係為一數字鍵盤，區域451係輸入數 係輸入數字2。 匕A斗52 請注意，上述使用者拿輸入裝置之手勢之說明僅為 200915130 識限，凡是可透過二維位置資料121 二來』心置拿法，皆在本發明之保護範圍内。 能之=^署夕目，其係為本發明之具有多模式切換功 包含二本；11另—實施例之示意圖。圖中，輸入裝置5 J曲面觸控模組12及一控制模組53。 isr:神本體n係為一具有圓柱面之筆狀體，但 2例’本體11視需要亦可為-圓錐體、-球體或任 幾何體。曲面觸控模組12係設置於本體= 12=的/輸入一二維位置資料121。曲面觸控模組 12較佳的是一可撓式觸控板。 料53根據本體11之幾何特性將二維位置資 一三維位置資料训再根據三維位置資料 5C圖刀Jut装置_5之輸入模式。請參閱第5B圖及第 韓维广別立顯示本發明之曲面觸控模組之二維座標 圖，及本發明之曲面觸控模組之X軸 5Β圖所視之Χ，_Ζ，座標之示意圖。為方便 ，察，在第5Β圖所示之曲面觸控模組12之下方並益相 連接、，然實際上當曲面觸控模組12設置於本體u時， 其兩邊緣係相連接成一圓柱體。 根據圓柱體之幾何特性，三維座標之γ，軸 曲面觸控模組之二維座標之丫軸，如第2β圖所示之 軸而X座心及ζ座標則由轉換曲面觸控模纟 二維座標之X軸，如第2Β圖所示之又軸，來得到。^ 於在第5C圖所示之實施例中，曲面觸控模組12係完全 包覆本體11(圓柱體），因此，曲面觸控模組12之χ軸座 標可分成四等分，其分別對應〇度、9〇度、18〇度及27〇 度。 12 200915130 舉例而5，去曲面觸控模組12之最大χ J素(pixel)’則而本體之半徑4 256/π(π為圓：率)，X ㈡位置係轉換成χ，·ζ，座標之位置⑺，X ί =置係轉換成Χ，_Ζ，座標之位置仍， 573素之位置係轉換成Χ，_Ζ，座標之位置 置⑺純為384像素之位置係轉換成χ，_ζ，座標之位 座俨2之像素為線性分佈時，可根據Χ ΐ Χ，_Ζ，座標之位置角度，例如位置59 的X餘為43像素，其為位|571至位置仍之距離之 =，所以位置59之角度592為3〇度（9〇/3=3〇)，因此可 二：置59的X’座標為rxc〇s3〇。’ ζ，座標為以如3〇。。 ，，地，若位置58的X座標為192像素，則位置％之 角又 582 為 135 度（192/256=3/4 ’ 180x3/4=135) ’ 則位置 58的X，座標為rxcosl35。，z，座標為_ηΐ35。。藉由上 ^說=可知，藉由分析曲_控餘12所包覆之本體的 可特性，可將曲面觸控模組12之二維座標轉換成一三 維座標。 藉由將一維座標轉換成三維座標，可產生更多用於 岁J斷輸入咸置11之拿法的訊息，例如，在第6 A圖中， 由於位置294係貼靠虎口 ’戶斤以位f綱應位於輸入裝 置5朝下之面，即其z，座標應為負值（第6八圖所示之γ， 軸係平行豸入裝置）。但是使用者操作時常常沒注意到輪 入裝置之軸向。為了增加輸入裝置5之操作便利性，控 制模組可根據使用者觸碰區域來調整軸向。 以使用者正持輸入裝置為例，控制模組53先將位置 291〜294之二維座標轉換成三維座標，根據此些三維座標 13 200915130 判斷使用者正持輸人裝置5,其判斷原理與制 理相似’在此不再#述。控制模組53再 根據位置294應在輸入裝置1朝下之面之特徵，利用位 ί 2二之三維座標來調整上述之轉換過程所使用之參 數，：使，三維座標之轉換更符合輸入襄置i被拿的狀態。 之幹模組53根據三維位置資料531及已切換 ί iiiii—控制訊號。由於將二維座標資料轉換 ΐ二」ΐί匕 觸碰位移的方向上可做較精確的判 閱t圖’其繪示本發明之輸入裝置於三維座 不意圖中’由於經過三維座標之轉換，因 移到位置61，以及從位置62移到位置63之 2移白為向上之位移’因此控制模組5 篇=。若無經過三維座標之轉換，則位置 ί制模置63是不时向之位移變化，則 控制模、、且53谷易產生錯誤之控制訊號。 雜士 ^上所述僅為舉例性，而非為限制性者。任何未脫 神與範嘴’而對其進行之等效修改或變 更均應包含於後附之申請專利範圍中。 【圖式簡單說明】 第1Α圖t為本發明之具有多模式切換功能之輸人裝置之實 施例之示意圖； 第1B圖係為本發明之具有多模式切換功能之輸人裝置之實 施例之應用範例； ，本發明之―輸人模式範例之示意圖； 圖至第2E目係為第2八圖所示之範例之曲面觸控模 14 200915130 組所接收之多種二維位置資料組合之示意圖； 第3A圖係為本發明之另一輸入模式範例之示意圖； 第3B圖係為第3A圖所示之範例之曲面觸控模組所接收 之二維位置資料組合之示意圖； 第4A圖係為本發明之再一輸入模式範例之示意圖； 第4B圖係為第4A圖所示之範例之曲面觸控模組所接收 之二維位置資料組合之示意圖； 第5A圖係為本發明之具有多模式切換功能之輸入裝置之 另一實施例之示意圖； 第5B圖係為本發明之曲面觸控模組之二維座標轉三維 座標之不意圖， 第5C圖係為本發明之曲面觸控模組之X軸座標轉換為 第5B圖所視之X’-Z’座標之示意圖； 第6A圖係為本發明之具有多模式切換功能之輸入裝置之另 一實施例之應用範例；以及 第6B圖係為本發明之具有多模式切換功能之輸入裝置於 三維座標之操作示意圖。 【主要元件符號說明】 1，5 :輸入裝置； 11 :本體； 12 :曲面觸控模組； 121 :二維位置資料； 13，53 :控制模組； 19 :電子裝置； 20 :平面； 15 200915130 201，202 :邊緣； 21，22，23，24，25 ··觸碰區域； 211，221，231，241，251 :二維位置； 291，281 :拇指； 292，282 :食指； 293 :中指； 294 :虎口； 31，32，33，34，35 :觸碰區域； 311，321，331，341，351 :二維位置； 41，42，43，44 :觸碰區域； 411，421，431，441 :二維位置； 45，451，452 :鍵盤定義區域； 531 :三維位置資料； 571，572，573，574 :軸向點； 5 8 ’ 5 9 .觸·區域， 581，591 :二維位置； 582，592 :角度； 60，61，62，63 :觸碰區域； X、Y、X，、Y，、Z，：電子鎖；以及 r :半徑。 16控 Controls with the previous page, next page, and moving cursors, etc. S 5 and = media playback modes include play, pause, stop Ξ only. The input mode and control signal meaning of the above are all in this area. The control signal generated by the control module 13 can be controlled by the designer to control an electronic device 7 200915130, and the input device i and the electronic device There are several ways to combine them: (1) The wheeling device is fixed to the electronic device. (2) The input device is a separate device that can be detached from the electronic device. The input device further includes a signal transmission module for transmitting a control signal to the electronic device. (3) The control device in the input device is disposed on the electronic device, and the body and the curved touch module are separate devices that can be separated from the electronic device. The input device further includes a signal transmission module for A two-dimensional position data m is transmitted to the control device, and then the control device generates a control signal for transmission to the electronic device. The wireless transmission of the two-dimensional position data or the control signal to the electronic device number transmission module by the signal transmission module can be a wired signal transmission module, a module or a Ιεεε1394 module, or a wireless signal transmission module, such as a Bluetooth transmission module, an infrared transmission module. Is the convenience of understanding of the present invention displayed separately for the μ group or - = 2nd to 2D drawings? Two = 12 is touched, the plane is 2, and the surface is not curved. The upper left corner of the 10th surface is the origin of the 2D coordinate, and the plane 20# frost:! In this embodiment, the system is connected to the cylindrical surface, and the edge 201 and the edge are obsolete: 20 is disposed above the input device 1 and the lower portion is disposed at the front end of the input device 1. In FIG. 2A, the user holds the front end of the input device 1, so that the 200915130 thumb 291 touches the area 21 on the plane 20, and the index finger 292 touches the area 22 on the plane 20. The middle finger 293 touches the plane 20. The upper area 23, and the tiger mouth 294 (the part of the thumb connected to the index finger) touches the area on the plane 2' 24', that is, the curved touch module 12 inputs a two-dimensional position 2^, a two-dimensional position 221, a A two-dimensional position 231 and a two-dimensional position 241. In Figure 2B, the average center point of the area is taken as the position of the area, but it is not limited thereto. The designer of the touch module can design the corresponding relationship between the touch area and its position as needed. Narration. In addition, in order to improve the ease of use of the input device, the user can determine that the dot of the curved touch module 12 can be operated, and the control module 13 preferably has a relative displacement of the plurality of touch regions. To determine the manner in which the user holds the input device 1, for example, when the control module 13 receives four touch position data, as shown in FIG. 2B, where the Y position of the touch position 2 ι 〜 231 is close and The touch point position of the other touch position 241 is respectively within a predetermined range from the gamma coordinate distance of the touch position 241, and the control module 13 can determine that the user holds the input device by the gesture shown in FIG. 1 Therefore, even if the absolute positions of the touch regions shown in FIGS. 2C to 2E are different from those in FIG. 2B, when the control module 13 receives the two-dimensional position data shown in FIG. 2B to FIG. 2E, the position comes. It is judged that the input devices i are all similar to the gestures. Referring to Figures 3A and 3B, which are schematic diagrams of the input and input mode of the present invention, and the data of the curved touch module. schematic diagram. In Figure 3A, the user will hold the input I at the end of the I, and the thumb 291. : the area 31 on the plane 20, the index finger 292 touches the area of the plane persuasion 32 'the middle finger 293 touches the area % on the plane 2〇, and the mouth 294 touches the area 34 on the plane 2〇, that is, the curved touch Module u 200915130 One-dimensional position 311, a two-dimensional position 32i, a two-dimensional position 33i Y応 two-dimensional position 341. In Fig. 3B, the two-dimensional positions 311 to 331 are close to each other and are lower than the two-dimensional position 314, which is significantly different from the two-dimensional position combination shown in Fig. 2B. 4A and 4], which are schematic diagrams of an input device-wheeling mode of the present invention, and a schematic diagram of the two-dimensional position data of the curved touch module. In Fig. 4A, the user's double surname is from ί 3 into the two ends of the device 1, the left thumb 281 and the index finger 282 49 are rained into the front end of the device 1, that is, the touch area 41 on the plane 20 and 嫂, ' Γί手之指指 291 and index finger 292 hold the touch areas 43 and 44 on the two sides 20 of the input device 1. In the fourth diagram, the curved one-module module 12 inputs a two-dimensional position 4n, a two-dimensional position 421, a package:: 2:3, a two-dimensional position 44, because of the two-dimensional position combination position, and The gamma coordinates are the minimum values and ° ', the second to the second map, and the third-only map - the difference in positional data combinations. One bite of the bite to the garden is called the minimum value and the maximum value of 佶Γί1槛 to define what is not going to be repeated. It is known to those skilled in the art that, as can be seen from the above description, the control module 13 can determine the current user's gesture by the curved touch module position=#料121. i, therefore, the #龙龙组13 location data 121 determines the user's gesture, and then enters the corresponding input mode. Then, the powder device 1 19 ^ control module U according to the surface touch]: Γ 2 2, / 13 to determine that the user is holding the input device f 1 as shown in the second figure, then the control module enters the Liu mode Then, if the user's index finger 292 is touched twice in the area 22 points 200915130, the curved touch module 12 continuously inputs two two-dimensional position data 221 to the control module 13, and the control module is used. The group 13 judges that the user touches twice in the area 2= and generates a control signal of “next page”. If the control group 13 receives two consecutive two-dimensional position data 251, it can be judged that the user bends. The index finger 292 touches twice in the area 25 to generate a "previous page" control signal. Similarly, when the control module 13 determines that the user is holding the input device 1' as shown in FIG. 3A, the control module 13 switches the input device to enter the media playback mode, and then, if the control module 13 receives the continuous The two one-dimensional position data 321' can determine that the user bends the index finger 292 in the area = touch twice, and generates a control signal of "r playback". If the control mode, and *13 receives two consecutive two-dimensional position data 351, it can be judged that the user and the curved index finger 292 are touched twice in the area 35, and an r pause "f control signal" is generated. If the control module π receives a two-dimensional position data moved from the area 32 to the area 35, it can be determined that the user's index finger 292 slides from the area 32 to the area 35, and the control module 13 generates a "fast turn" (fast = The control signal of nvard), on the other hand, if the control module i3 determines that the used index finger 292 is slid from the area 35 to the area 32, a "fast backward" control signal is generated. Similarly, when the control module 13 determines that the user is a dual-handheld input device 1, as shown in FIG. 4A, the control module 13 switches the input device into the keyboard mode, and if the control module 13 receives the region 45 \ f tribute, it will produce - "input character" control signal, and the area of the touch is different, the input character is different, for example, the area 5 is a numeric keypad, the area 451 Enter the number to enter the number 2.匕A斗52 Please note that the above-mentioned user's gesture of taking the input device is only limited to 200915130. Anything that can be accessed through the two-dimensional position data 121 is within the protection scope of the present invention. It can be a multi-mode switching function of the present invention, which includes two copies; 11 is another schematic diagram of an embodiment. In the figure, the input device 5 J curved touch module 12 and a control module 53. Isr: The body of the god is a pen-like body having a cylindrical surface, but the two bodies "the body 11 may be - a cone, a sphere or any geometry as needed. The curved touch module 12 is disposed on the body=12=/input a two-dimensional position data 121. The curved touch module 12 is preferably a flexible touch panel. The material 53 trains the two-dimensional position according to the geometrical characteristics of the body 11 and then according to the input mode of the three-dimensional position data 5C tool Jut device_5. Please refer to FIG. 5B and Hanwei Guangli to display the two-dimensional coordinate diagram of the curved touch module of the present invention, and the schematic diagram of the X-axis of the curved touch module of the present invention, _Ζ, coordinates. For convenience, it is connected below the curved touch module 12 shown in FIG. 5, and in fact, when the curved touch module 12 is disposed on the body u, the two edges are connected to form a cylinder. . According to the geometrical characteristics of the cylinder, the γ of the three-dimensional coordinates, the axis of the two-dimensional coordinates of the axis-surface touch module, such as the axis shown in the 2β figure, and the X-segment and the squatting standard are converted by the curved surface touch mode. The X-axis of the dimensional coordinates is obtained as shown in the second figure. In the embodiment shown in FIG. 5C, the curved touch module 12 completely covers the body 11 (cylinder). Therefore, the axis coordinates of the curved touch module 12 can be divided into four equal parts, respectively. Corresponds to latitude, 9 degrees, 18 degrees and 27 degrees. 12 200915130 For example, 5, the maximum χ J pixel of the de-curved touch module 12, and the radius of the body is 4 256 / π (π is a circle: rate), and the X (two) position is converted into χ, ζ, Coordinate position (7), X ί = set to Χ, _ Ζ, coordinate position is still, 573 position is converted into Χ, _ Ζ, coordinate position (7) purely 384 pixels position is converted into χ, _ ζ, When the coordinates of the coordinates of the coordinates of 俨2 are linear, the position angle of the coordinates can be Χ Χ Ζ, _Ζ, for example, the X of the position 59 is 43 pixels, which is the distance from the position |571 to the position still = The angle 592 of position 59 is 3 degrees (9 〇 / 3 = 3 〇), so it can be two: the X' coordinate of 59 is rxc 〇 s3 〇. ’ ζ, the coordinates are as follows. . , ground, if the X coordinate of position 58 is 192 pixels, then the angle % of position 582 is 135 degrees (192/256=3/4 '180x3/4=135) ', then the X of position 58 is coordinates rxcosl35. , z, coordinates _ηΐ35. . By means of the above, it can be known that the two-dimensional coordinates of the curved touch module 12 can be converted into a three-dimensional coordinate by analyzing the characteristics of the body covered by the curved control 12 . By converting the one-dimensional coordinates into three-dimensional coordinates, more information can be generated for the use of the old-fashioned input, for example, in Figure 6A, since the position 294 is attached to the tiger's mouth. The bit f should be located on the face of the input device 5 facing downward, that is, its z, the coordinate should be a negative value (γ shown in Fig. 6 and the axis is parallel to the device). However, the user often does not notice the axial direction of the wheeling device during operation. In order to increase the operational convenience of the input device 5, the control module can adjust the axial direction according to the touch area of the user. Taking the input device as an example, the control module 53 first converts the two-dimensional coordinates of the positions 291 to 294 into three-dimensional coordinates, and judges that the user is holding the input device 5 according to the three-dimensional coordinates 13 200915130. The similarity of the system is not described here. The control module 53 then adjusts the parameters used in the above conversion process by using the three-dimensional coordinates of the position 294 in accordance with the feature of the position 294 on the downward side of the input device 1 so that the conversion of the three-dimensional coordinates is more in line with the input. Set the state of being taken. The dry module 53 controls the signal according to the three-dimensional position data 531 and the switched ί iiiii. Since the two-dimensional coordinate data is converted into the direction of the touch displacement, a more accurate judgment can be made, which shows that the input device of the present invention is not intended to be converted into three-dimensional coordinates by the three-dimensional coordinates. Since the movement to position 61, and the movement from position 62 to position 63, the shift to white is the upward displacement 'so the control module 5 =. If there is no conversion of the three-dimensional coordinates, the position modulo 63 is changed from time to time, and the control mode is controlled, and the control signal of the error is generated. The above is only an example and not a limitation. Any equivalent modifications or changes made to the singularity and the stipulations of the stipulations shall be included in the scope of the appended patent application. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic diagram of an embodiment of a human input device having a multi-mode switching function according to the present invention; FIG. 1B is an embodiment of a human input device having a multi-mode switching function according to the present invention; Application Example; FIG. 2E is a schematic diagram of a plurality of two-dimensional position data combinations received by the group of curved touch modules 14 and 200915130 in the example shown in FIG. 3A is a schematic diagram of another input mode example of the present invention; FIG. 3B is a schematic diagram of a two-dimensional position data combination received by the curved touch module of the example shown in FIG. 3A; A schematic diagram of another input mode example of the present invention; FIG. 4B is a schematic diagram of a two-dimensional position data combination received by the curved touch module of the example shown in FIG. 4A; FIG. 5A is a multi-layered A schematic diagram of another embodiment of the input device of the mode switching function; FIG. 5B is a schematic diagram of the two-dimensional coordinate to three-dimensional coordinate of the curved touch module of the present invention, and FIG. 5C is a curved touch mode of the present invention. The X-axis coordinate of the group is converted into a schematic diagram of the X'-Z' coordinate as viewed in FIG. 5B; FIG. 6A is an application example of another embodiment of the input device with multi-mode switching function of the present invention; and 6B The figure is a schematic diagram of the operation of the input device with multi-mode switching function in the three-dimensional coordinate of the invention. [Main component symbol description] 1,5: input device; 11: body; 12: curved touch module; 121: two-dimensional position data; 13,53: control module; 19: electronic device; 20: plane; 200915130 201,202: edge; 21,22,23,24,25 ··touch area; 211,221,231,241,251: two-dimensional position; 291,281: thumb; 292,282: index finger; 293: Middle finger; 294: Tiger mouth; 31,32,33,34,35: touch area; 311,321,331,341,351: two-dimensional position; 41,42,43,44: touch area; 411,421, 431,441 : two-dimensional position; 45,451,452 : keyboard definition area; 531 : three-dimensional position data; 571,572,573,574 : axial point; 5 8 ' 5 9 . touch area, 581,591 : Two-dimensional position; 582,592: angle; 60, 61, 62, 63: touch area; X, Y, X, Y, Z, electronic lock; and r: radius. 16