200837611 九、發明說明： 【發明所屬之技術領域】 種笔細輪入裝置、游標押制奘$ 、 利用暫存器儲存第—軸向與第方法，特別是指〜種 可調整解析度以匹配顯示區域第一轴向二= 子標控制農置 =:r__•游標控制二， 游標控制裝置，如滑鼠、勤 _版顯示區域上的：:定:^ ，其使用一個發先源(如發光二極體二：目〜 贿r包含感光元件的感應器拍下被光源二=出光 :而後再比較拍下的影像來辑滑氣移動的方向二物體 取初，游標控制裝置僅有固定 ^巨鐮。 裝置出廠時便已經設定好―個解析度,隨:電::;在【標控制 越大，於是產生了可調整解析^ 解 =同:_度;又如台灣專利_243:::度：時 木棱出h私依據其移動量來調整自 一該專利 時，滑鼠會隨之改變自身之解析度^當移動量改變 =鼠的解析度概有侧移動轉票因 析度的滑鼠並無法滿足觀的朗者，因此ι夠改變解 如她i第_6號專利案，其提出滑鼠可二= 200837611 域的解析度後，依據不同 速度（每次移動的像素域的解析度來控制游標的移動 ' '然而’目前可調整解析度的游 .度，也就是說被調整的解析度 工j衣置句u解析 是，目前電腦的顯示區域的長寬向與垂直方向共用的。但 等，因此目_僅‘鱗標控制^觀例，例如4:3、16:9 寬比來對游標做相對應的移動控制j配合顯示區域的長 的顯示區域來使用時，，一般的滑鼠在對應4:3 爾作時的問題；但若=2:例接近因此使用者比較感受 動同樣的斜轉_ 村向嶋_嶋票在水 少，將造成使用者在斜向 、了方向的私動謂會比較 【發明内容】 心#須時時修正角度的不便。 由衷目μ的n在移朗定的斜 同長寬比的電腦螢幕上會有不同 ;距離時，在不 分的使用者造成—令 /々夕里這樣的狀況會對於部 用者，所以，本發目1^擾3，，尤其是需要較高的精準度的使 透過二獨与暫 ,供—種游標控織置及其方法， t 日仔為儲仔嘁不區域對庳、雨Φ &制裝置移動時便可以依_存:二2析度，在游標 標的在不同輪向的移動量，藉以子ς中=個解析度計算游 比不同時，移動量不同的問題。、純在顯式區域的長寬 為達上述目的，本發明可以藉 發明所揭露切標 ;广峋扣達成，本 括有.感應器及計算第-移動量 6 200837611 °射絲器更包含㈣赌控制裳置之 苐二解析度存第一解析度的第-伽及錯存 妒置^路之游標控制方法，包括有1^步驟：游棹_<] ::置，示區域之解析度; —解析度，Utrr置對應第一輛向之解析度為第 < ^ ^ r丨不^工巾彳11依據顯示區域對應於第二軸向之解;^ # ，控制裝置對應第二軸向之二:;之:析度 控制裝罟妒仏+ 崎度為弟—解析度；當游標 產生1生轉距㈣，游標控織置將依據移動距離 游標=二畅位移值及職第二軸向之第二位移值； 向之株—衣=據$—1立移值與第二位移值分別計算對應第-軸 -位移量之第二位移量；電子裝置依據第 丄 —位矽里私勁游標被顯示於顯示區域上之位置。 細說^關錢明之詳細特徵與實作，㈣合圖林實施方式中詳 據如下，其内容足以使任何熟習相關技藝者了解本發明之技 孰羽4並據，且根據本說明書所揭露之内容及圖式，任何 目關技蟄者可㈣地理解本發帅關之目的點。 【貫施方式】 声兀以第1A圖」本發明所提之依據顯示區域調整解析 發明1不拴制衣置之糸統方塊圖來說明本發明的系統運作。在本 所提之顯示區域表示為電子裝置100顯示影像之區域，例 所=幕、投影機等所顯示的畫面，但本發明並不以此為限。如圖 本1明之游標控制裝置2QQ含有感應器21Q、處理器22〇。 200837611 感應器210與處理器220電性連接，負責在游標控制裝置· 移動後計算游標在第-軸向與第二轴向㈣_移動量與第二移動 量，並傳送第-移動量與第二移動量至處理器22Q，其中，感應 器210更包含與處理器220電性連接的移動判定模組211，負責 偵測游標控織置20Q之移動距離，並由移動距離計算對庫第_ 轴向之第-位移值與對應第二轴向之第二位移值；與處理哭细 電性連接的第-暫存器212，儲_ —解析度，負責提供感應 為210依據被透出之第—解析度及第—位移值計算游標在第—轴 向之第-移動量，其中第—解析度係直接域理器挪將第一㈣ 向的解析度存人第—暫存器中，或是由記憶體23G中讀出對庫第 一車由向的解析度；與處理器220電性連接的第二暫存器213，餘 存有第二麟度，負責提供感應器21〇依魏選出之第 及第二位移值計算游標在第二㈣之第二移動量，射第二崎 度係直接由處理器22〇將第二軸向的解析度存入第二暫存哭中， 或是由記憶體230中讀_、第二如的解析度 ; ==第;記憶體231與第二記憶體— 二产:記憶體231與第二記憶體232讀入相對應的 胖暫仔"、與第二暫存器，如「第1B圖」所示。 库第應器加電性連接，負責在取得顯示區域對 ==騎細^ __，傳送第一轴 軸向之解析度至感應器⑽，及再接收 到由感應A 210傳來之游標在第—軸向之第 一 向之第二移動量後，傳 ^ 夕里在弟一卞由 傳如一移動量及第二移動量至具有顯示區 200837611 域111之電子裝置100中。 接著以一個實施例來解說本發明的運作系統與方法，在才破 施例中’游標控制裝置與電子裝置分別 腦二 發騎提之游標控锻_至少_ t 筆式㈣、域控制器、觸控板或其它通稱之各式電腦輸入裝置200837611 IX. Description of the invention: [Technical field of invention] A fine pen wheeling device, a cursor padding device, a storage device storing the first axis and the first method, in particular, an adjustable resolution to match Display area first axis two = sub-label control farm == r__• cursor control two, cursor control device, such as mouse, diligent_ version display area:: fixed: ^, which uses a source of origin (such as Light-emitting diode 2: Eye ~ Bribe r sensor containing the photosensitive element photographed by the light source 2 = light: and then compare the captured image to the direction of the slip movement two objects take the initial, the cursor control device only fixed ^巨镰. The device has been set to a resolution at the factory, with: electricity::; in the [standard control, the resulting analytical solution ^ same: _ degrees; and Taiwan patent _243:: : Degree: When the wood edge is adjusted according to the amount of movement, the mouse will change its resolution. When the movement amount changes = the resolution of the mouse is increased. The mouse is not able to satisfy the view of the Lang, so ι is enough to change the solution as her i _6 In the case, it proposes that the resolution of the domain can be controlled according to different speeds (the resolution of the pixel domain of each movement) 'however' can adjust the resolution of the resolution, that is, It is said that the adjusted resolution is that the length and width of the display area of the computer are shared with the vertical direction. However, the target is only the 'scale control' view, for example, 4:3, 16:9 width ratio to the cursor corresponding to the movement control j used in conjunction with the long display area of the display area, the general mouse in the corresponding 4:3 problem; but if = 2: example close Therefore, the user feels the same slanting _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The sincere n is different on the computer screen of the slanting aspect ratio of the shifting distance; when the distance is different, the situation is caused by the user who does not divide it, so that the situation will be for the user, so This issue 1 ^ disturb 3, especially the need for higher precision Second and temporary, for------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- In the case of different rounds of movement, the problem of different movements is calculated when the ratios are different from each other. The length and width of the explicit area are the above-mentioned purposes, and the present invention can be disclosed by the invention. Mark; Guangxuan buckle reached, this includes. Inductor and calculation of the first - movement amount 6 200837611 ° ejector further contains (four) gambling control set the second resolution of the first resolution of the first - gamma and error 妒The control method of setting the cursor of the road includes 1^ steps: cursor _<]::, the resolution of the display area; - resolution, Utrr corresponding to the first one to the resolution is < ^ ^ r丨不^工巾彳11 according to the display area corresponding to the second axial solution; ^ #, the control device corresponds to the second axial two:;: the resolution control device + the roughness is the brother - analysis Degree; when the cursor produces 1 raw torque (four), the cursor-controlled weaving will be based on the moving distance cursor = the second displacement value and the second displacement of the second axial position To the plant-clothing = according to the $-1 vertical shift value and the second displacement value respectively calculate the second displacement corresponding to the first-axis-displacement amount; the electronic device is displayed on the display according to the third-position The location on the area. Detailed description of the detailed characteristics and implementation of Guan Ming, (4) The details of the implementation of the structure are as follows, and the content is sufficient for any skilled person to understand the technical skill of the present invention and according to the present disclosure. Content and schema, any target technician can (4) understand the purpose of this haircut. [Applied Mode] The sonar is based on Fig. 1A. The present invention is based on the display area adjustment analysis. The first embodiment of the present invention is directed to the system operation of the present invention. The display area referred to herein is an area displayed by the electronic device 100, an example of a screen displayed by a screen, a projector, etc., but the present invention is not limited thereto. The cursor control device 2QQ shown in Fig. 1 includes a sensor 21Q and a processor 22A. 200837611 The sensor 210 is electrically connected to the processor 220, and is responsible for calculating the cursor in the first-axis and second-axis (four)_moving amount and the second moving amount after the cursor control device is moved, and transmitting the first-moving amount and the first The movement amount is to the processor 22Q, wherein the sensor 210 further includes a movement determination module 211 electrically connected to the processor 220, and is responsible for detecting the moving distance of the cursor-controlled weaving 20Q, and calculating the movement distance by the moving distance _ The first displacement value of the axial direction and the second displacement value corresponding to the second axial direction; and the first temporary storage 212 connected to the cryoelectric connection, the storage_resolution is responsible for providing the induction 210 according to the transparent The first-resolution and the first-displacement value calculate the first-movement amount of the cursor in the first-axis, wherein the first-resolution is directly stored in the first register by the direct processor. Or the resolution of the first car to the library is read by the memory 23G; the second register 213 electrically connected to the processor 220 has a second ridge, and is responsible for providing the sensor 21 Wei selected the second and second displacement values to calculate the second amount of movement of the cursor in the second (four), The second accuracy is directly stored in the second temporary cry by the processor 22, or the resolution of the second and the second is read by the memory 230; == the first; the memory The body 231 and the second memory - the second memory: the memory 231 and the second memory 232 are read into the corresponding fat temporary ", and the second temporary memory, as shown in "1B". The library is electrically connected, responsible for obtaining the display area pair == riding fine ^ __, transmitting the resolution of the first axis axial to the sensor (10), and receiving the cursor transmitted by the sensing A 210 at the first - After the second amount of movement in the first direction of the axial direction, the transmission is transmitted as a movement amount and a second movement amount to the electronic device 100 having the display area 200837611 field 111. Next, an operation system and method of the present invention are explained by using an embodiment. In the case of a broken embodiment, the cursor control device and the electronic device respectively perform the cursor control forging _ at least _ t pen type (four), domain controller, Touchpad or other commonly known computer input devices
(訓puten_ device);而電子裝置勘亦不以電腦、pA 機等產品為限。 I “、、、S 2目」本㈣所提之錄顯示區域調整解析度之 知,不控制方法之方法流韻。當滑鼠（游標控制裝置)與帝 :=裝，100)相連接之後’滑鼠的驅動程式會依據當時: 域川）上顯示的麟_定料自身的解析 糊巾财平方岭第—畅，轉方向為第二軸向， :: 方向的解析度’768為姆幕對應垂直方向 岸才平ί二Γ行在電腦中的滑鼠的鶴程式會計算出滑鼠對 2+方向的雜度朗應餘方向轉析度， 的處理器220 (步驟31〇)。 後料對應水平方向触直方向轉析度之 直方向周整第—暫存器中的值，並依據垂 的設定（步驟叫例:^中的值，如此便完成滑鼠解析度 的解析度與垂直方向的解析可以直接將對應水平方向 哭， 的％析度分別寫入第一暫存器與第二暫存 。。又如，預先儲存多個解析度於滑鼠之中，再由處理器22〇由 200837611 二員先二義的解析度中選出相對應於水平方向與垂直方向的解析 "" 220 (Seria, Periphera, (bj ) 一i Pl)將调整後的值（健存於暫存器中的f料）一位元 ⑽3一中Γ人感應器21Q中的第—暫存器212與第二暫存 :~ 發明所提之處理器220並不以使用串列週邊介面 ==第—暫存器212與第二暫存器⑽限，其他可 -供_，以人爾式各別設定該第 暫㈣與呆二暫存器内的解析度數值。 器者移峨，則感應 解為對應水====測滑鼠的移動距離，並將之分 的位移值（步㈣t Γ, u二轴向） n 1 /月乳在水平方向的移動α〇5英吋 时第^純在垂直方向的移動⑼5射，則感應器210會 一解析度調整游標在水平方向 標在垂直方向的移動量，也:;…中所儲仔的第二解析度調整游 度為聰，因此❹、tf，因為滑鼠在水平方向的解析 _/_物會=出游標需水平移動 ^ , 像素（P|xei)(此為第一移動I)，n w，由於料輔直方向的解 抑二 計算出游標需要垂 ua應„„ 21〇會 第二移戰㈣:Γ5/(1細)=1咖 在感—21Q §十异出游標需要在水平方向（第—軸向）及垂 10 200837611 直方向（弟二轴向）的梦&曰 如上述使狀㈣輸^ =34^’她、21〇會透過 __二移動量給處==::= 動虿及乐二移動量進行處理，最後細由驅動更θ對弟私 。電腦100在接收到水平方向的第_移動旦^傳送給電腦 二移動量後，便會移甸仲 ^里垂直方向的第 麟標水平移動個像素，同時也將游標垂^置 不同時，移動量不同以物標在顯她的長寬比 ^而言之’由辑-输212之概與顯示區域於第 早田向上之缺度相同，且其中該第二暫存器213之第二解析声 與電子裝置之顯示區域川於一第二轴向上之解析度相同又 因此滑鼠即時在斜向移動時，即不料時調整滑鼠行進的方向， 進而能更順暢、更準確地控制游標的動作。 另外，本發明的重點在於電腦輸入裝置之感應器210中的宾 一暫存器212與第二暫存器213分別儲存有不同的解析度，例如 分別儲存電子裝置彻之顯示區域川之第—軸向及第二轴向之 解析度（由於目前之顯示區域111之之第—軸向及第二轴向之解 析度比不可能為1:1，因此之第-軸向及第二軸向之解析度必定不 同），至於處理器110的功能則可以透過驅動程式交由電子裝置 100之處理器來取代。 雖然本發明以前选之較佳實施例揭露如上，然其並非用以限 定本發明，任何熟習相像技藝者，在不脫離本發明之精神和範圍 11 之專利保護範®，因此本發 <申請專利範圍所界定者為 200837611 内’所為之更動與顯，均屬本發明 明之專利保視本說明書 準。 【圖式簡單說明】 第1A圖係本發明所提之依據_示 區域調整解析度之游標控 4裝置之功能方塊圖。 第1B _、树崎提之射麵 置之功能方塊圖- t門I科析度之游 制裝置 標控 第2圖係本發明所提之依據顯 方’左之方法流程圖。 [主要元件符號說明】 示區域調整解析度之游標控制 100111 200 21〇 電子裝置 絲頁不區域 游標控制裝置 感應器 211 212 213 220 移動判定模組 第一暫存器 第二暫存器 處理器 230 記憶體 231 232 步驟310 第一記憶體 第二記憶體 讀取顯示區域之解析度 12 200837611 步驟320設定對應第一軸向之第一解析度與對應第二轴向 之第二解析度 步驟330轉換移動距離為對應第一軸向之第一位移值與對 應第二轴向之第二位移值 步驟340依據第一解析度與第二解析度計算游標對應第一 轴向之第一移動量與對應第二轴向之第二移動量 步驟350依據第一移動量與第二移動量改變游標位置 13(training puten_ device); and electronic device survey is not limited to products such as computers and pA machines. I ",,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, When the mouse (cursor control device) is connected with the emperor: = installed, 100), the driver of the mouse will be based on the analysis of the lining of the lining. , the direction of rotation is the second axis, the resolution of the :: direction is 768. The shade of the screen corresponds to the vertical direction. The crane program of the mouse in the computer calculates the noise of the mouse in the 2+ direction. The processor 220 is converted to the degree of reversal, (step 31〇). The back material corresponds to the horizontal direction of the horizontal direction of the horizontal direction, and the value in the buffer is set in the vertical direction, and according to the setting of the vertical (step: ^), the resolution of the mouse resolution is completed. The analysis with the vertical direction can directly write the corresponding resolution of the horizontal direction to the first temporary register and the second temporary storage. For example, pre-store multiple resolutions in the mouse, and then process The device 22〇 is selected from the analysis of the horizontal and vertical directions of the 200837611 two-person first-degree resolution "" 220 (Seria, Periphera, (bj)-i Pl) to adjust the value (health In the register, the first register of the one-bit (10)3-one middle-man sensor 21Q and the second temporary storage: ~ the processor 220 of the invention does not use the serial peripheral interface == The first register 212 and the second register (10) are limited, and the other can be - for _, and the resolution values in the temporary (four) and the second register are set individually by the human type. , the inductive solution is the corresponding water ==== measure the moving distance of the mouse, and divide the displacement value (step (four) t Γ, u two axial) n 1 When the lunar milk moves in the horizontal direction α〇5 inches, the pure movement in the vertical direction (9) 5 shots, the sensor 210 adjusts the amount of movement of the cursor in the vertical direction in the horizontal direction by a resolution, also:;... The second resolution adjustment of the storage is Cong, so ❹, tf, because the mouse in the horizontal direction of the analysis _ / _ things will = the cursor needs to move horizontal ^, pixels (P | xei) (this is The first movement I), nw, due to the depreciation of the auxiliary direction of the material to calculate the cursor needs to hang ua should be ... 21 will be the second move (four): Γ 5 / (1 fine) = 1 in the sense - 21Q § ten The different out cursor needs to be in the horizontal direction (the first axis) and the vertical 10 200837611 in the straight direction (the second axis) of the dream & (4) the above (4) lose ^ = 34 ^ ' she, 21 〇 will pass __ two The amount of movement is given to the ==::= movement and the amount of movement of the music is processed, and finally the drive is more θ to the private. After receiving the horizontal movement of the mobile phone, the computer 100 transmits the amount of movement to the computer. Will move the middle of the vertical direction of the secondary axis to move the pixels horizontally, and also set the cursor differently, the amount of movement is different to mark the object The length-to-width ratio ^ is the same as the lack of the display area in the early field, and the second analysis sound of the second register 213 and the display area of the electronic device are in the same The resolution in the second axial direction is the same, so that the mouse moves in the oblique direction immediately, that is, the direction in which the mouse travels is adjusted, and the motion of the cursor can be controlled more smoothly and accurately. In addition, the focus of the present invention is The bin-storage 212 and the second register 213 of the sensor 210 of the computer input device respectively store different resolutions, for example, respectively storing the first-axis and the second axis of the display region of the electronic device. The resolution (since the resolution ratio of the first to the axial direction and the second axial direction of the display region 111 is not 1:1, the resolution of the first axial direction and the second axial direction must be different), The function of the processor 110 can be replaced by the processor of the electronic device 100 through the driver. Although the preferred embodiment of the present invention has been disclosed above, it is not intended to limit the present invention, and anyone skilled in the art can apply without departing from the spirit and scope of the present invention. The scope defined by the patent scope is 200837611, which is the change and the invention, which are all subject to the patent protection of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1A is a functional block diagram of a cursor control device according to the present invention. The functional block diagram of the 1B _, the tree surface of the tree is set - the control device of the t-door I degree analysis. The second figure is the flow chart of the method based on the display of the invention. [Main component symbol description] Cursor control for area adjustment resolution 100111 200 21〇Electronic device wire page no area cursor control device sensor 211 212 213 220 Motion determination module first register Second register processor 230 Memory 231 232 Step 310 First memory second memory read display area resolution 12 200837611 Step 320 sets a first resolution corresponding to the first axis and a second resolution corresponding to the second axis step 330 The moving distance is a first displacement value corresponding to the first axial direction and a second displacement value corresponding to the second axial direction. Step 340 calculates a first movement amount corresponding to the first axial direction and corresponding to the cursor according to the first resolution and the second resolution. The second axial movement amount step 350 changes the cursor position 13 according to the first movement amount and the second movement amount.