M368837 五、新型說明： 【新型所屬之技術領域】 本創作係關於一種滑鼠，特別是關於可感測以及判斷 編瑪圖案之滑氣。 【先前技術】M368837 V. New description: [New technical field] This creation is about a kind of mouse, especially about the slipperiness that can sense and judge the marbling pattern. [Prior Art]
就目前個人電腦的使用習慣而言，滑鼠為不可或缺的 輸入設備之一，人們親切地將原文為”M〇USE，，的輸入設備 翻譯為”滑鼠"，亦指它能夠像老鼠—般的靈活，代替我們 的手4曰去做許多操作電腦所必須的點選工作。另外，自第 &代機械式的滑鼠以來，滑鼠的位移感麵組也經歷了光 ，、光電等多個發展階段，甚至於可以利用無線傳輸模組 與電腦進行訊號傳輸。 〜Γ般機械式滑鼠係利關盤編竭器内的圓球運動來換 :二在螢幕上的滑動方向與距離；光學滑鼠則利用 二極體將光照射到平面上，在4的時間内接 2=ΐ面，用來蚊滑鼠移動了多少距離，換言之， 慣用_標移動方式’係必須將整個滑鼠朝向 化已化等 刖市面上的 雖然操作職的_有增加的趨勢，但目 3 M368837 ΓΐΓΞΐϊϋί僅提供控制滑鼠之鼠標的單—功 有更多的功能，進而在if 的廠商，為了讓滑鼠能擁 而在滑鼠的前端設置滑鼠滾輪。 靈活操作， 使用者在瀏覽或是介面的功能。舉例而言， 進後控制網頁向上輪向前滚或向後滾， 則可：高:以及便利性能夠再更多元化時， 更順手，並且提^值或是便利性，讓使用者操作的 ^f者的購買慾望，進而提升企業獲利 【新型内容】 〜 本創作揭露一種湣@ ^ ^ 第 處理模組。感本體、、感測模組以及 含影像擷取單元1於本_ ’並域測模組包 像 ”可用以擷取對應編碼圖案之編碼影 1 :、查f理模組係可包含影像辨識單元，並影像辨 凡係電連接至影像擷取單 I ，、⑥像辨識早 步包含發光她，㈣—紙再者’本創狀滑鼠可進- 拖& ® 一.季月向編碼圖案照射光線 並且影像 可擷取對應經照射之編碼圖 像。最後，影像辨嗜蒐_〆 U木心芏〆、、扁碼影 所擷取之編碼影像轉換= = 二維條碼 於此實施例中，本創 模組’其係電連接至影二=U ^包含第二處理 擷取早兀。當發光模組朝向物體 4 M368837 照射光線時，影像擷取單 複數個反射影像。第4;=::應經照 數個反射影像判斷滑鼠:==根據經照射之物體之複 般光學滑 相較於習知技術，本創作 鼠所具有用以判斷滑氣移動之功能辨二; 識以及解〜來對編補案之祕進行辨 識乂及解馬進而增加滑鼠的附加價值。 =本創作之優點與精神可 所附圖式制進-步的瞭解。 叫料述及 【實施方式】 “Γ!參閱圖一Α、圖一Β、圖-C以及圖二。圖- —具體實施例之滑鼠3的外觀示意圖。 ：圖一 A中之滑鼠3的上視圖。圖- C係繪示 ㈤ 之滑鼠3的下視圖。圖二係繪示圖„ A中之滑鼠 3内部的電路方塊目。如圖—Am—c以及圖 二所不，本創作之滑鼠3包含本體32、發光模組％、感測 模組36以及第-處理難38。其中，滑鼠3之底面具有 感測區域321。感測區域32可讓發光模組％以及感測 权組36能確實地與物體（未繪示於圖中）進行光學债測的 動作。舉例而言，感測區域321可以是開口或是由透明之 材料所製成。 發光模組34係設置於滑鼠3之本體32内。並且，於 此具體實施例中，發光模組34可包含光學鏡片341 (但並 非必須）以及發光單元342。發光單元342係用以發射光 線。其中，發光單元342所發射之光線可穿過光學鏡片 5 f M368837 341，但不特別以此為限。 感測模組36係設置於滑鼠3之本體 模組36包含影像擷取單元361。其巾，影像擁取^且感^ 可以是光學鏡頭，但不以此為限。 ° 70 楚一C模組38係設置於滑鼠3之本體32内，並且 接至感測模= 電連 上述係針對本創作之滑鼠3之外觀、 以及内部模組的連接關係進行詳細的述的^召 下將針對本創作之滑鼠3的實際操作方 細的說明及描述。 、夂于杈進仃评 請一併參閱圖一 C、圖二、圖三A C。圖三一 A係繪示圖二中之物體之一具:編 =: 二:不:鼠3之感測模組36所擷取物體之反 射衫像的不意圖。圖三C係泠干、、典q 操=之另一反射影像的;意二圖之一感 才1己點μ ’物體4之表面w上具有 對物體4之表面即會 紅外光、雷射光…等，但;JL、令，光線可以是可見光、 _ 寺别以此為限。而此光線係透 過光學鏡片34!穩定地照射所有感測區域321的範圍。 當光線平均地分佈在感挪區域321，並且照亮著感測 區域321時’若滑鼠3進行移動，則感測模組％之影像擷 6 M368837 取單元361將會擷取對應物體4之表面41之複數個反射影 像。 舉例來說，首先，感測模組36之影像擷取單元361 會操取對應物體4之表面41之反射影像時，並且立即地傳 ，此反射影像至第一處理模組38之影像辨識單元381。當 第一處理模組38之影像辨識單元381接收到來自感測模組 36=衫像擷取單元361擷取到對應物體4之表面4丨之反 射衫像日寸’則會進行影像定位的動作。例如，於標記點42 之中心處，建置初始位置線43，但不以此方式為限。 接著，當滑鼠3移動時，感測模組36之影像擷取單元 所厂、，取對應物體4之表面41之另一反射影像（如圖三C 亚且第一處理模組38之影像辨識單元381會立即 像至麵模組36之影像擷取單元 個反射影像之影像賴單元381則會將此2 射影:析5中之反射影像與圖三B中之反 42係是向右偏移初始位反:？象的標記點 之影像辨$留_直琛43。因此，弟一處理模組38 這將以：=:=係^ 請一併參閱圖一 c、 中之物體之另—且體奸彳以及圖四。__示圖二 體5之表面51的編碼圖案52亦可以是二維條二: 7 • M368837 別以此為限。 於此具體實施例中，當滑鼠3之感測區域321移至物 體f之表面51的編碼圖案52上方時，其發光模組34之發 光單70 342即會對物體5之表面51上的編碼圖案52投射 光線。其中’光線可以是可見光、紅外光、雷射光…等， 但不特別以此為限。而此光線係透過光學鏡片341穩定地 將感测區域321的範圍全部包含進去。 此時’光線係平均地分佈在感測區域321並且照亮著 $測=域321。因此，當滑鼠3進行移動時，其感測模組 36 ^影像擷取單元361將會擷取對應物體5之編碼圖案52 之複數個編碼影像。 當感測模組36之影像擷取單元361擷取到對應物體5 之表面51之編碼圖案52的編碼影像時，會立即地傳送這 麵碼?像至第—處理齡％之影像賴單元％卜當第 一處理模組38之影像辨識單元381接收到來自感測模組 6之影像擷取單& 361齡到對應物體5之表面51之編 =案52的編碼影料，則會進行影像觸或是影像 的動作。 舉例而5 ’編碼圖案52之左右兩側包含有開始定位條 :以及結束疋位條碼54。若感測模組％之 單 == 編體5之表面Μ⑼碼圖㈣的‘ 含開始定位條瑪53以及結束定位條碼$ ^ =測模組36之影像擷取單元361擷取到對應物體; 52 52 %’第&理模組38則會根據關於影像辨識的演算 8 * M368837 第一處勝之後， 示於圖中）以便進行後段處理/、相關的模組（未繪 擷取測模組36之影像擷取單元加 可能沒有_包含_ 3 2的編碼影像有 時的情況，此較时可則蚊位條碼54 地掃過編碼切已完整且連續 擷取^物取單元361 =\第:處理模組 (但不以此辨識單兀381可以利用影像重組的方式 碼圖案52利用旦^ 成。接著’再將重組合成的編 及配人編碼二::像辨識的演算法(但不特別以此為限)以 訊ίΪ 碼訊號。之後，第—處理模組38即將此解碼 理Γ运至相關的模組（未緣示於圖中）以便進行後段處 施例圖五。圖五係緣示本創作之另—具體實 诉 π鼠3内部的電路方塊圖。如圖五所示，本創作之 可以進—步包含第二處理模組38a。第二處理模組38a 於滑鼠3之本體32外，並且電連接至感測模組 9 M368837 36之影像擷取單元361(但不以此為限）。复 一 模組38a係包含影像辨識單元38la以及編二:處理 382a。特別地，第二處理模組38a可具有與二二广杲組 38相同之運算處理功能（但也不以此為^理模組 二，咖可分別與第-處理·38各處二二= 運异功能，以降低其運算量過大的負擔。舉、丄種的 ί=^3 8可以負責滑鼠3之移動形態_ ❿ 處理核組38a可以負責滑鼠3之編碼圖案的判斷處理第- e相較於習知技術，本創作之滑鼠除了具有 # 乳所具有用以判斷滑鼠移動之功能的光學 彡又先予;月 光學辨識模組來對編碼圖案:心：辨 識以及解碼，進而增加滑鼠的附加價值。 丁辨 藉由以上較佳具體實施例之詳述，係希望能 描述本創作之特徵與精神，而並非以上述 體實施例來對補作之範_純_。相反地， 希望能涵蓋各種改變及具相·的歸於摘作 之專利靶圍的範疇内。因此，本創作所 明 範#應該根據上述的說明作最寬廣的解釋^以致使 所有可能的改變以及具相等㈣安排。 U盍 10 M368837 【圖式簡單說明】 圖一 A係繪示本創作之一具體實施例之滑鼠的外觀示 意圖。 圖一 B係繪示圖一 A中之滑鼠的上視圖。 圖一 C係緣示圖一 A中之滑鼠的下視圖。 圖二係繪示圖一 A中之滑鼠内部的電路方塊圖。 圖三A係繪示圖二中之物體之一具體實施例的示意As far as the personal computer usage habits are concerned, the mouse is one of the indispensable input devices. People kindly translate the original input device "M〇USE," into "mouse", which means that it can be like The mouse is as flexible as it is, instead of our hands, it is necessary to do a lot of sorting work necessary to operate the computer. In addition, since the mechanical mouse of the & generation, the displacement sensation of the mouse has also experienced many development stages such as light, optoelectronics, etc., and even wireless transmission modules and computers can be used for signal transmission. ~ The mechanical mouse type is used to change the ball movement in the closing machine: the sliding direction and distance on the screen; the optical mouse uses the diode to illuminate the light on the plane, at 4 In the time of 2 = face, how much distance is used for the mosquito mouse to move, in other words, the conventional _ standard mobile mode must be oriented towards the entire mouse, although the operating _ has an increasing trend However, the M368837 ΓΐΓΞΐϊϋί only provides a single function for controlling the mouse's mouse. In the if manufacturer, the mouse wheel is set on the front end of the mouse in order to allow the mouse to hold. Flexible operation, user browsing or interface function. For example, if the control web page is rolled forward or backwards, it can be: high: and the convenience can be more diversified, more convenient, and the value or convenience is allowed for the user to operate. ^f's desire to purchase, and then enhance the company's profit [new content] ~ This creation reveals a 湣@^^ first processing module. The sensing body, the sensing module and the image capturing unit 1 can be used to capture the coded image of the corresponding coding pattern in the present _ 'parallel measurement module package image 1 :, the inspection module can include image recognition Unit, and image discrimination is electrically connected to the image capture list I, 6 image recognition early step contains illuminating her, (4) - paper and then 'this creative mouse can enter - drag & ® one season coding The pattern illuminates the light and the image can capture the corresponding encoded image. Finally, the image recognition image is converted by the image recognition image, and the image image is converted by the flat code shadow == 2D barcode. In the present, the module is electrically connected to the shadow 2 = U ^ contains the second processing and the early processing. When the illumination module is irradiated with light toward the object 4 M368837, the image captures a plurality of reflected images. =:: The mouse should be judged by several reflection images: == According to the complex optical technique of the irradiated object, the mouse has the function of judging the movement of the slippery air; And the solution ~ to identify the secret of the compilation, and to solve the horse and then add the mouse Value. = The advantages and spirit of this creation can be understood in the following steps. [Implementation] [Embodiment] "Γ! See Figure 1, Figure 1, Figure-C and Figure 2. Figure - Schematic diagram of the appearance of the mouse 3 of the specific embodiment. : Figure 1 is a top view of the mouse 3 in A. Figure - C shows the lower view of the mouse 3 of (5). Figure 2 shows the circuit block inside the mouse 3 in Figure „A. As shown in Figure-Am-c and Figure 2, the mouse 3 of this creation includes the body 32, the light-emitting module%, and the sensing module. 36 and the first processing difficulty 38. The bottom surface of the mouse 3 has a sensing area 321 . The sensing area 32 allows the light emitting module % and the sensing right group 36 to be surely associated with an object (not shown in the figure). For example, the sensing region 321 can be an opening or made of a transparent material. The lighting module 34 is disposed in the body 32 of the mouse 3. And, in this embodiment The illumination module 34 can include (but not necessarily) the optical lens 341 and the illumination unit 342. The illumination unit 342 is configured to emit light, wherein the light emitted by the illumination unit 342 can pass through the optical lens 5 f M368837 341, but The sensing module 36 is disposed on the body module 36 of the mouse 3 and includes an image capturing unit 361. The towel, the image capturing ^ and the sensing ^ can be an optical lens, but not ° 70 The Chu 1 C module 38 is placed in the body 32 of the mouse 3, and Connected to the sensing mode = Electrical connection The above-mentioned series of the mouse 3 of the creation and the connection relationship of the internal module are described in detail, and the actual operation details of the mouse 3 for this creation will be explained. And description. 夂 杈 杈 仃 请 Please refer to Figure 1 C, Figure 2, Figure 3 AC. Figure 3 A shows one of the objects in Figure 2: Edit =: Two: No: Rat 3 The sensing module 36 does not intend to capture the reflected shirt image of the object. Figure 3C is the other reflection image of the 泠 、, 典 q = =; On the surface w of the surface 4, there will be infrared light, laser light, etc. on the surface of the object 4, but; JL, let, the light can be visible light, _ temple is limited to this. This light is transmitted through the optical lens 34! The area of all the sensing areas 321 is irradiated. When the light is evenly distributed in the sensing area 321 and the sensing area 321 is illuminated, 'If the mouse 3 moves, the image of the sensing module % 撷6 M368837 The unit 361 will capture a plurality of reflected images of the surface 41 of the corresponding object 4. For example, first, the shadow of the sensing module 36 The capturing unit 361 will take the reflected image of the surface 41 of the corresponding object 4 and immediately transmit the image to the image recognition unit 381 of the first processing module 38. The image recognition unit of the first processing module 38 381 receives an action from the sensing module 36=the shirt image capturing unit 361 picks up the surface of the corresponding object 4, and then performs image positioning. For example, at the center of the marker point 42 The initial position line 43 is set, but not limited to this method. Next, when the mouse 3 moves, the image capturing unit of the sensing module 36 is factory, and another reflection of the surface 41 of the corresponding object 4 is taken. The image (the image recognition unit 381 of the first processing module 38 is immediately like the image capturing unit of the image capturing unit of the face-to-face module 36. The reflection image and the inverse 42 in Figure 3B are offset to the right by the initial bit: The image of the marked point of the image is identified as $ _ 琛 43. Therefore, the brother-processing module 38 will be: =:= system ^ Please refer to Figure 1 c, the object in the other - and the traitor and Figure 4. The code pattern 52 of the surface 51 of the body 5 may also be a two-dimensional strip 2: 7 • M368837 is not limited thereto. In this embodiment, when the sensing area 321 of the mouse 3 is moved over the code pattern 52 of the surface 51 of the object f, the light-emitting unit 70 342 of the light-emitting module 34 is on the surface 51 of the object 5. The code pattern 52 projects light. The light may be visible light, infrared light, laser light, etc., but is not particularly limited thereto. This light is stably included in the range of the sensing region 321 through the optical lens 341. At this time, the light rays are evenly distributed in the sensing area 321 and illuminate the measurement = field 321 . Therefore, when the mouse 3 moves, the sensing module 36^image capturing unit 361 will capture a plurality of encoded images corresponding to the encoding pattern 52 of the object 5. When the image capturing unit 361 of the sensing module 36 captures the encoded image of the code pattern 52 corresponding to the surface 51 of the object 5, the image code is immediately transmitted to the image processing unit % When the image recognition unit 381 of the first processing module 38 receives the image capture from the image capture unit of the sensing module 6 and the image of the surface 51 of the corresponding object 5, the coded image 52 is processed. Image touch or image motion. For example, the left and right sides of the 5' code pattern 52 include a start positioning bar: and an end clamp bar code 54. If the sensing module % is single == the surface of the pattern 5 (9) code map (4) 'including the starting positioning bar 53 and the ending positioning bar code ^ ^ = the image capturing unit 361 of the measuring module 36 captures the corresponding object; 52 52 % 'The & Module 38 will be based on the image recognition 8 * M368837 after the first victory, shown in the figure) for the post-processing / related modules (not drawn to measure) The image capturing unit of group 36 may not have the image image of _ _ 3 2 sometimes. In this case, the mosquito bit barcode 54 is swept over and the code is cut and the continuous drawing unit 361 =\ No.: Processing module (but without this identification unit 381, the code pattern 52 can be utilized by the image recombination method. Then, the recombination synthesis and the encoding code 2: the image recognition algorithm (but The processing module 38 sends the decoding algorithm to the relevant module (not shown in the figure) for the fifth embodiment of the example. The five series of edges show the other part of the creation - the concrete circuit diagram of the internal π mouse 3, as shown in Figure 5. The second processing module 38a is external to the body 32 of the mouse 3 and is electrically connected to the image capturing unit 361 of the sensing module 9 M368837 36 (but not In this case, the complex module 38a includes an image recognition unit 38la and a second processing: 382a. In particular, the second processing module 38a can have the same operational processing functions as the twenty-two wide group 38 (but also This is not the case for the second module, the coffee can be separately processed with the first - 38 parts of the second = two different functions to reduce the burden of excessive computing. The ί=^3 8 can be responsible for sliding The movement pattern of the mouse 3 _ ❿ The processing core group 38a can be responsible for the judgment processing of the coding pattern of the mouse 3, the e-phase is compared with the prior art, and the mouse of the creation has the milk to determine the movement of the mouse. The function of the optical 彡 first; the monthly optical identification module to encode the pattern: the heart: identification and decoding, thereby increasing the added value of the mouse. Ding identified by the detailed description of the preferred embodiment above, hope to describe The characteristics and spirit of the creation, not the above embodiment Contrary to the _ pure _. Conversely, it is hoped to cover all kinds of changes and the scope of the patent target that belongs to the abstract. Therefore, the scope of this creation should be interpreted broadly according to the above description ^ Therefore, all possible changes and equal (four) arrangements are made. U盍10 M368837 [Simple Description of the Drawings] Figure 1A is a schematic diagram showing the appearance of a mouse in one embodiment of the present creation. Figure 1 is a bottom view of the mouse in Figure A. Figure 2 is a block diagram showing the inside of the mouse in Figure A. Figure 3A shows the circuit diagram. Figure 1 is a schematic representation of one embodiment of an object
圖。 圖三B係繪示滑鼠之感測模組所擷取物體之反射影像 的示意圖。 圖三C係繪示滑鼠之感測模組所擷取物體之另一反射 影像的示意圖。 圖四係繪示圖二中之物體之另一具體實施例的示意 圖。 圖五係繪示本創作之另一具體實施例之滑鼠内部的電 路方塊圖。 【主要元件符號說明】 32 :本體 321 :感測區域 34 :發光模組 341 :光學鏡片 342 :發光單元 36 :感測模組 361 :影像擷取單元 38 :第一處理模組 11 M568837 381、 381a :影像辨識單元 382、 382a :編碼資料模組 38a :第二處理模組 4、5 :物體 41 42 :標記點 43 53:開始定位條碼 54 51 :表面 初始位置線 結束定位條碼Figure. Figure 3B is a schematic diagram showing the reflected image of the object captured by the sensing module of the mouse. Figure 3C is a schematic diagram showing another reflected image of the object captured by the sensing module of the mouse. Figure 4 is a schematic illustration of another embodiment of the object of Figure 2. Figure 5 is a block diagram showing the circuit inside the mouse of another embodiment of the present invention. [Main component symbol description] 32: Main body 321 : Sensing area 34 : Light-emitting module 341 : Optical lens 342 : Light-emitting unit 36 : Sense module 361 : Image capturing unit 38 : First processing module 11 M568837 381 , 381a: image recognition unit 382, 382a: coded data module 38a: second processing module 4, 5: object 41 42: mark point 43 53: start positioning bar code 54 51: surface initial position line end positioning bar code
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