200937259 九、發明說明： 【發明所屬之技術領域】 本發明係關於一種影像感測裝置及應用其之電子設 備，尤其關於一種生物辨識感測裝置（特別是指紋感測裝 置）及具有該感測裝置的電子設備。 * 【先前技術】 傳統的電子設備，譬如筆記型電腦、個人數位助理 © (PDA)或行動電話，係配置有一觸控板（t〇uch pad)或數個 方向按鍵，讓使用者可以透過觸控板或方向按鍵來控制 電子設備中游標的操作或選擇特定的功能。 另一方面，目前有越來越多的電子設備提供資料保 密的功能，除了傳統的密碼保護以外，利用持有者的生 物資料，譬如指紋、虹膜、臉型等，來保護電子設備中 的資料是越來越普遍的作法。 為了迎合眾多使用者的需求，電子設備上需配備有 〇觸控板或方向按鍵以及生物資料感測器，使得電子設備 _的成本提高且體積加大’不利於輕薄短小及節省成本的 需求。 因此，如何能提供一種能兼顧生物資料感測及提供 額外觸控板及方向鍵功能的影像感測裝置，以達到單一 裝置之多功能感測功能實為本案所欲解決的問題。 【發明内容】 本發月4 目的係提供一種能兼顧資料感測及提 5 200937259 供額外觸控板及方向鍵功能的影像感测裝置，用以降低 安裝有此影像感測裝置的電子設備的成本及縮小此電子 設備的尺寸。 為達上述目的，本發明提供一種影像感測裝置，其 至少包含一影像感測器及一處理單元。影像感測器用以 ' 於一第一模式下感測移動中的一物體之多個第一影像， V 以輸出對應所述多個第一影像之多個第一影像訊號。處 理單元用以接收所述第一影像訊號，以依據所述多個第 ❹一影像訊號獲得移動中的該物體之相對應的一曲線運動 路徑’以輸出一曲線運動識別信息。 本發明亦提供一種電子設備，其至少包含一中央處 理器單元、一顯π器單元以及一影像感測裝置。中央處 理器單元用以執行一應用程式。顯示器單元連接至該中 央處理器單元，用以顯示一晝面。影像感測裝置連接至 該中央處理器單元，並包含一影像感測器及一處理單元。 影像感測器用以於一第—模式下感測移動中的一物體之 ❹多個第一影像，以輸出對應所述多個第一影像之多個第 一影像訊號。處理單元用以接收所述多個第一影像訊號， 以依據所述多個第一影像訊號獲得移動中的該物體之相 對應的一曲線運動路徑，以輸出一曲線運動識別信息， 而執行該應用程式之中央處理器單元接收該曲線運動識 別信息以達成一特定應用。 本發明更提供一種電子設備，其至少包含一中央處 理器早兀、一顯示器單元以及一影像感測裝置。中央處 理器單元用以執行-影像處理程式及一應用程式。顯示 6 200937259 200937259 ❹ 器單元連接至該中央處理器單元，用以顯示—晝面。影 像感測裝置連接至該中央處理器單元，並包含—影像感 / :㈤用以於第一杈式下感測移動中的一物體之多個 第办像，以輸出對應所述多個第一影像之多個第一影 像訊號。該巾央處理11單元接收並湘該料處理程式 處理所述夕個第-影像訊號，以依據所述n彡像訊號 獲得移動中的該物體之相對應的一曲線運動路徑，以產 生曲線運動識別信息，而執行該應用程式之該中央處 理器單元依據該曲線運動識別信息來達成一特定應用。 n明之影像感測褒置及電子言史備，使用者可 以I易以-個影像感測器來同時達成影像感測、畫面縮 放控制及晝面捲動的效果。影像感測器可以直接取代傳 統的觸控板’而具有身份認證、縮放控制及晝面捲動的 多種功能。 ❹ 為讓本發明之上述内容能更明顯易懂，下文特舉一 較佳實施例，並配合所附圖式，作詳細說明如下。 【實施方式】 之二？：依據本發明第一實施例之影像感測裝置1 思圖。該影像感測裝s 1係為-指紋感洌" 或其他生物辨識感測裝 曰、…J裝置 ^ ^ I Μ a 於本Λ施例中，該影像感測 " 、疋私紋感測裝置，用以感測一物體2 , 為手指。當手指在該感測裝置上方移動時，該感心 除了讀取指紋資料外，山7^ 、 X饮而裝置 也可以藉此獲取感測手指移動 向的資机，以供作其他應用。 ㈣方 7 200937259 以實際應用為例，請參見圖5，可以利用手指在感測 裝置上的順時針圓弧運動將螢幕顯示的照片放大，抑或 如圖6般利用手指的左旋將該照片縮小。這樣的功能增 加是目前觸控板或任何搖桿所沒有提供的，也是本發明 的核心所在。 如圖2所示’該影像感測裝置1包括了一影像感測 * 器1 〇及一處理單元20。為說明方便，該影像感測器在 本發明中僅以一功此方塊表示（functi〇nal bl〇ck)，事實上 〇 該影像感測器更可以被細分為至少具有以下功能的子功 月I方塊（sub-functional blocks)，例如一感測元陣列、一 增益可調整的訊號放大器、一類比/數位訊號轉換器、控 制邏輯及輸出入介面’上述子功能方塊可以是積體化設 計（monolithic，SOC)或者混合式焊接（hybrid_b〇nding)或 系統化封裝方式（System In a Package, SIP)設計，而感測 元的原理可以是任意感測原理’例如電容感測、電場及 磁場，射頻（RF)、光學、超音波、壓力或者是紅外線等 ❹等。感測元可以是配置於一基板上，基板可以是由諸如 石夕之半導體材料所組成’或是由諸如玻璃、聚合物（pi)等 或其他絕緣材料所組成。感測元可以是一種電容式、壓 力式、溫差感應式、光學式、電場式、電磁場式、RF式、 紅外線式、壓電式、超音波式或其他型式之感測元。 相同的’該處理單元與該感測器也可以是製作於同 —晶片（monolithic, SOC)，亦或者混合式焊接（hybrid_ bonding)或系統化封裝（SIP)。而該處理單元基本上包含 了一 >貝算單元及一記憶體單元，記憶體單元用以暫存由 8 200937259 感測器所輪出的影像訊號，而演算單元提供-種影像處 =方法以處理該暫存於記憶體内的影像訊號，以得到 5V像的移動方向及執跡，亦或者任兩張影像間的關連性。 或者i前述的增益可調整的訊號放大器、類比/數位訊號 轉換益、控制邏輯及輸出人介面也可以被搬移至處理單 元中。 干 於本發明之應用中，該影像感測裝置1可以有多種 模式輸出。第一模式為感測移動中的物體2之多個第一 ©影像’並且在該感測裝置j内部處理該多個第—影像以 輸出對應該物體2的運動訊息信號於外部系統，如/圖】 所示，輸出對應手指圓弧運動曲線的訊息信號。 时—多個第一影像訊號sn對應至這些第一影像。處理 早兀20接收此等第一影像訊號SI1，以依據此等第 像錢SI1獲得移動中的物體2之相對應的一曲線運動 ，徑’以㈣—曲線運動識別信息SR。曲線運動識別信 M SR的用途的_種實施例如前面所描述，可以 ❹針及逆時針的訊息作為應用程式顯示物件的放大及縮頁： 功能。 ” 、币一供式下，影像感測器10更用以感測物體2 之多個第二影像，以輸出對應所述第二影像之多個第_ 影^號SI2’而處理單元2G更用以處理所述任兩張^ :::象之第二影像訊號SI2間的關連性，例如不將兩張 :相互重疊的部分輸出，以輸出一最終影像訊號SF。 於另-例子中’影像感測器10更用以感測物體一 個第二影像，以輸出對應第二影像之一個第二影像訊號 9 200937259 SI2，而處理單元2〇更用以 里 出最終影像訊號SF。 - ^訊號SI2’以輸 2之；個二it下’影像感測器1〇感測移動中的物體 一畢I，像，以輪出對應此等第三影像之多個第 二像#U SI3’而處理單元20更用以接收此等 像訊號SI3,以依據此等第三影像訊號= 物體2之相對應的-直線運動路徑，以輸出== 訊號SD。 扣位移向量 ❹ ❹ :得注意的是，上述三種模式可以具有獨立的輸出， 合Γ輸出’第—模式及第三模式係可以由處理 直線或曲線’再將簡單的訊息輸出，此舉可以減= 接收系統的處理器資源，不必重複運算。 4 圖3顯示依據本發明第二實施例之電子設備 圖。如圖二所不’本實施例之電子設備3至少包含 31、一顯示器單元32以及·'影像感測裝 置卜虽然中央處理器單元及顯示器單元更可以包 憶體、儲存裝置、輸出入介面及人機介面等必需 ° 以達到系統可以運用的基本需求。 ， 中央處理器單元31執行一應用程式。顯示器單 連接至中央處理器單元31 ’用以顯示一晝面。 裝置1係與第—實施例相同’且連接至中央處理器：： 31。於-第-模式下，中央處理器單元31接收曲線運= 滅縣息SR，該訊息對該應用程式而言可以 、 縮放顯示器單元32上所顯示之物件(照片)的畫面，嬖Ζ 10 200937259 是將物件畫面放大2倍咴啗」_ c ㈣,!的手指是以順時=轉°:倍。舉例而言，如果 如果她1的手指是以逆 於-第二模式下，中：=Γ，則將畫面縮小。 訊號SF執行一認證程式以元31依據最終影像 > > 心證—物體2 ’譬如是辨埤车 才曰心紋的持有者是否為授權持右I 6 a, _ 权權持有者。若通過認證程庠， 則可以開啟電子設備的部分或全部功能。 ❹ Ο -Λ—第三模式下’相同於第-模式，中央處理器單 儿31執行一應用程式，以依墟# # ^ $ 依據位移向量訊號SO來提供 例如捲動畫面的功能。舉例 ’、 ,,,A t 干u叩σ ’使用者可以透過第三 == 桑控顯示晝面的水平方向及垂直方向的捲動，： 者刼縱晝面的游標移動於任意方向。 單-ΐ得ΐ意的是，第—模式及第三模式係可以由處理 早兀先行處理及判斷運動路徑是直線或曲線，再輪 易的識別訊息於外料統搭配相關的程式作應用。a 圖4顯示依據本發明第三實施例之電子設備之方塊 圖。如圖4所示’本實施例之電子設備3包含 :器單元31、一顯示器單元32以及一影像感測裝置；： 央處理器單元31執行—影像處理程式及—應用程式。 ，，不器單元32連接至中央處理器單元3〗，用以顯示一 =面。衫像感測裝置1連接至中央處理器單元3 1，並包 :-影像感測H 1〇’用以於一第一模式下感測移動中： 夕物體2之多個第一影像，以輸出對應此等第一影像之 夕個第-影像訊號sii。中央處理器單元31 #收並利用 影像處理程式内之-第—演算法處理此等影像訊號，以 11 200937259 等第Γ影像訊號SI1獲得移動中的物體2之相對 :用程：Γ運動路徑’以產生一曲線運動識別訊息供該 圖4細广 同於圖3之實施例中的功能， 、 所不最大不同僅在於執行物體曲線運動判斷 的功能：計位於感測裝置丨内或者由外部系統執行。 ，-I二:像ί理程式更可以包含—第二演算法及-第三 序及理一個或多個影像訊號si2/si3’執行認證 釭序及產生一位移向量訊號。 ❹ ❹ 、下將以數個例子來說明本發明之實際應用。圖5 至1 〇顯示依據本發明之雷早^ 如圖…所-主“肴之數個例子的示意圖。 向在影像感測裳置！上作曲 =方 的顯示器單元32上的書將仃動電話3 一 、—面3 3進行放大或縮小，此乃為 * /疋應用。如圖7肖8所示，手指2可以朝垂直^ 2影像感測裝置1上作直線運動，藉以將行動… 的捲動圖（物件）畫面34進行垂直方向 的捲動。如圖9與10所示， π 像感測裝置i上作直線運動Μ 朝水平方向在影 器單元32 w Α 將行動電話3的顯示 早疋32上的地圖書面34谁扦士 注意的是，水平及千方向的捲動。值得 ^ ^ 千垂直方向的捲動可以被稱為另一種輯 疋應用’其還包含對行動電話3的 特 況。或去，P ,, F上下移動的狀 捲動。另一特疋應用係為控制游標之移動或捲轴之 數個二4:示依據本發明之另-種電子設“之 "如圖U與12所示’電子設備4係 12 200937259 為筆記型電腦’其具有顯示器42、鍵盤44、左按鍵45、 右按鍵46、觸控板47及影像感測裝置丨。類似於行動電 話’筆記型電腦的影像感測…可以提供身份認證、 縮放控制及晝面捲動的功能。舉例而言，當使用簡報軟 體（譬如PowerPoint)或觀看PDF檔案時，使用者的手指 2可以在影像感測裝置！上進行曲線運動，藉以控制畫 - 面4 3之縮放。 如圖13與14所示，電子設備4係為筆記型電腦’ 〇其具有顯示器42、鍵盤44、左按鍵45、右按鍵46及影 像感測裝置丨。類似於行動電話，筆記型電腦的影像感/ 測裝置i可以提供身份認證、縮放控制及畫面捲動及游 標的功能。不同於圖“與12的是，影像感測裝置1可 以完全取代觸控板47，也就是觸控板47可以被省略。 藉由本發明之影像感測裝置及電子設備，使用者可 以輕易以-個影像感測器來同時達成影像感測、畫面縮 放控制及晝面捲動的效果。影像感測器可以直接取代傳 ❹統的觸控板’而具有身份認證、縮放控制及晝面捲動的 多種功能。 在較佳實施例之詳細說明中所提出之具體實施例僅 •用以方便說明本發明之技術内容，而非將本發明狹義地 限制於上述實施例’在不超出本發明之精神及以下申請 專利範圍之情況’所做之種種變化實施，皆屬於本 之範圍。 13 200937259 【圖式簡單說明】 圖1顯示依據本發明筮—杳 應用示意圖。 實〜例之影像_裝置之 之 圖2顯示依據本發明笫眘 方塊圖。 *月第仏例之影像感剛裝置 圖3顯示依據本發明 « 〇 贫月弟-只施例之電子設備<㈣200937259 IX. Description of the Invention: [Technical Field] The present invention relates to an image sensing device and an electronic device using the same, and more particularly to a biometric sensing device (particularly a fingerprint sensing device) and having the same The electronic device of the device. * [Prior Art] Traditional electronic devices, such as notebook computers, personal digital assistants (PDAs) or mobile phones, are equipped with a touchpad (t〇uch pad) or a number of directional buttons to allow users to touch A control panel or direction button to control the operation of a cursor in an electronic device or to select a particular function. On the other hand, there are more and more electronic devices that provide data confidentiality. In addition to traditional password protection, the use of the holder's biological data, such as fingerprints, irises, faces, etc., to protect the data in the electronic device is More and more common practice. In order to meet the needs of many users, electronic devices need to be equipped with 〇 touchpads or directional buttons and biometric sensors, so that the cost and size of electronic devices are increased, which is not conducive to thin, short and cost-saving requirements. Therefore, how to provide an image sensing device capable of taking both biological data sensing and providing additional touchpad and direction key functions to achieve the multifunctional sensing function of a single device is a problem to be solved in this case. SUMMARY OF THE INVENTION The purpose of this month is to provide an image sensing device capable of taking into account data sensing and providing additional touchpad and direction keys for reducing the electronic equipment on which the image sensing device is mounted. Cost and reduce the size of this electronic device. To achieve the above objective, the present invention provides an image sensing device including at least an image sensor and a processing unit. The image sensor is configured to sense a plurality of first images of an object in motion in a first mode, and V to output a plurality of first image signals corresponding to the plurality of first images. The processing unit is configured to receive the first image signal to obtain a corresponding curve motion path of the moving object according to the plurality of first image signals to output a curve motion identification information. The invention also provides an electronic device comprising at least a central processor unit, a display unit and an image sensing device. The central processor unit is used to execute an application. A display unit is coupled to the central processor unit for displaying a side. The image sensing device is coupled to the central processing unit and includes an image sensor and a processing unit. The image sensor is configured to sense a plurality of first images of an object in motion in a first mode to output a plurality of first image signals corresponding to the plurality of first images. The processing unit is configured to receive the plurality of first image signals to obtain a corresponding curve motion path of the moving object according to the plurality of first image signals, to output a curve motion identification information, and execute the The central processor unit of the application receives the curve motion identification information to achieve a particular application. The invention further provides an electronic device comprising at least a central processing unit, a display unit and an image sensing device. The central processor unit is used to execute an image processing program and an application. Display 6 200937259 200937259 The unit is connected to the central processing unit for display - face. The image sensing device is connected to the central processing unit, and includes an image sense/: (5) for sensing a plurality of image images of an object in the movement in the first mode to output corresponding to the plurality of A plurality of first image signals of an image. The processing unit 11 receives and processes the evening image-image signal to obtain a corresponding curved motion path of the moving object according to the n-image signal to generate a curved motion. The information is identified, and the central processing unit executing the application implements a specific application based on the curve motion identification information. n Ming's image sensing device and electronic history, users can use I-image sensor to achieve image sensing, image zoom control and kneading. The image sensor can directly replace the traditional touchpad' and has many functions such as identity authentication, zoom control and face scrolling. BRIEF DESCRIPTION OF THE DRAWINGS In order to make the above description of the present invention more comprehensible, a preferred embodiment will be described in detail below with reference to the accompanying drawings. [Embodiment] The second? : The image sensing device 1 according to the first embodiment of the present invention is considered. The image sensing device s 1 is - fingerprint sensing 洌 " or other biometric sensing device, ... J device ^ ^ I Μ a in this embodiment, the image sensing " Measuring device for sensing an object 2 as a finger. When the finger moves over the sensing device, in addition to reading the fingerprint data, the device can also obtain the opportunity to sense the moving direction of the finger for other applications. (4) Party 7 200937259 Taking practical application as an example, please refer to Figure 5, which can enlarge the photo displayed on the screen by the clockwise circular motion of the finger on the sensing device, or use the left hand of the finger to zoom out the image as shown in Fig. 6. Such an increase in functionality is currently not provided by the touchpad or any rocker and is at the heart of the present invention. As shown in FIG. 2, the image sensing device 1 includes an image sensing device 1 and a processing unit 20. For convenience of description, the image sensor is represented by only one block in the present invention (functi〇nal bl〇ck). In fact, the image sensor can be further subdivided into sub-powers having at least the following functions. Sub-functional blocks, such as a sense element array, a gain adjustable signal amplifier, a analog/digital converter, control logic, and an input interface. The above sub-function blocks can be integrated designs ( Monolithic, SOC) or hybrid welding (hybrid_b〇nding) or System In a Package (SIP) design, and the principle of sensing elements can be any sensing principle 'such as capacitive sensing, electric and magnetic fields, Radio frequency (RF), optical, ultrasonic, pressure or infrared, etc. The sensing element may be disposed on a substrate, which may be composed of a semiconductor material such as Shi Xi, or composed of, for example, glass, polymer (pi) or the like or other insulating material. The sensing element can be a capacitive, pressure, temperature differential, optical, electric field, electromagnetic field, RF, infrared, piezoelectric, ultrasonic or other type of sensing element. The same 'the processing unit and the sensor can also be fabricated in a monolithic (SOC), or hybrid_bonded or systemized package (SIP). The processing unit basically comprises a <before calculating unit and a memory unit, wherein the memory unit is used for temporarily storing the image signal rotated by the 8 200937259 sensor, and the calculating unit provides the image type=method The image signal temporarily stored in the memory is processed to obtain the moving direction and the obstruction of the 5V image, or the correlation between any two images. Alternatively, the aforementioned gain-adjustable signal amplifier, analog/digital signal conversion benefit, control logic, and output interface can also be moved to the processing unit. In the application of the present invention, the image sensing device 1 can have multiple modes of output. The first mode is to sense a plurality of first image images of the moving object 2 and process the plurality of first images in the sensing device j to output a motion information signal corresponding to the object 2 to an external system, such as / As shown in the figure, the message signal corresponding to the curve of the arc of the finger is output. - a plurality of first image signals sn corresponding to the first images. The processing early receives 20 such first video signals SI1 to obtain a corresponding curve motion of the moving object 2 according to the first image money SI1, and the path 'is (4)-curve motion identification information SR. Curve Motion Identification Letter The purpose of the M SR is as described above. The needle and counterclockwise messages can be used as an application to display the magnification and contraction of the object: Function. The image sensor 10 is further configured to sense a plurality of second images of the object 2 to output a plurality of _ shadows SI2 ′ corresponding to the second image, and the processing unit 2G is further For processing the relationship between the two video signals SI2 of the two::::, for example, not outputting two overlapping portions to output a final video signal SF. In another example The image sensor 10 is further configured to sense a second image of the object to output a second image signal 9 200937259 SI2 corresponding to the second image, and the processing unit 2 is further configured to output the final image signal SF. - ^ Signal SI2' is input 2; the second image is used to detect the moving object, and the image is taken to output a plurality of second images #U SI3' corresponding to the third images. The processing unit 20 is further configured to receive the image signals SI3 according to the third video signal=the corresponding linear motion path of the object 2 to output the == signal SD. The buckle displacement vector ❹ ❹: it is noted that The above three modes can have independent outputs, and the combined output 'the first mode and the third mode system To output a simple message by processing the line or curve, this can reduce the processor resources of the receiving system without repeating the operation. 4 Figure 3 shows an electronic device according to a second embodiment of the present invention. The electronic device 3 of the present embodiment includes at least 31, a display unit 32, and an image sensing device. Although the central processing unit and the display unit can further include a memory, a storage device, an input interface, and a human interface. It is necessary to achieve the basic requirements that the system can use. The central processing unit 31 executes an application. The display is connected to the central processing unit 31' for displaying a face. The device 1 is the same as the first embodiment. Connected to the central processing unit:: 31. In the -first mode, the central processing unit 31 receives the curve data = the county information SR, which can be used by the application to scale the objects displayed on the display unit 32 ( The picture of the photo, 嬖Ζ 10 200937259 is to enlarge the object image by 2 times _"_ c (4), the finger of the finger is in the clockwise = turn °: times. For example, if the finger of her 1 is in the inverse - second mode, medium: = Γ, the picture is reduced. The signal SF executes an authentication program based on the final image of the element 31 >> heart card - object 2 'if the card is determined to be the owner of the heart, whether it is authorized to hold the right I 6 a, _ rights holder . If you pass the authentication process, you can turn on some or all of the functions of the electronic device. ❹ Ο -Λ - In the third mode, the same as the first mode, the central processing unit 31 executes an application program to provide a function such as a volume animation surface according to the displacement vector signal SO. For example, ', ,,, A t dry u叩σ 'user can display the horizontal and vertical scrolling of the face through the third == sang control: The cursor of the longitudinal face moves in any direction. It is desirable that the first mode and the third mode can be processed by the processing and judged that the motion path is a straight line or a curve, and the repetitive identification information is applied to the related program in the external system. a Figure 4 is a block diagram showing an electronic device in accordance with a third embodiment of the present invention. As shown in FIG. 4, the electronic device 3 of the present embodiment includes: a unit 31, a display unit 32, and an image sensing device; and the central processing unit 31 executes an image processing program and an application. , the unit 32 is connected to the central processing unit 3 to display a = plane. The shirt image sensing device 1 is connected to the central processing unit 3 1 and includes: - image sensing H 1 〇 ' for sensing a moving in a first mode: a plurality of first images of the eve object 2, The output of the first image-to-image signal sii corresponding to the first images is output. The central processing unit 31 receives and processes the image signals by using the -first algorithm in the image processing program, and obtains the relative motion of the moving object 2 with the second image signal SI1 such as 2009 2009259: use: Γ motion path ' To generate a curve motion recognition message for the function of the embodiment of FIG. 3, which is not the biggest difference in the function of performing object curve motion determination: the meter is located in the sensing device or by the external system. carried out. , -I 2: The program can include - the second algorithm and - the third sequence and one or more video signals si2 / si3' perform the authentication sequence and generate a displacement vector signal. The actual application of the present invention will be described by way of several examples. Figures 5 to 1 show a schematic diagram of several examples of the main "food" according to the present invention. The book on the display unit 32 on the image sensing skirt! composing = square will be shaken. Phone 3, - face 3 3 to zoom in or out, this is the * / 疋 application. As shown in Figure 7 Xiao 8 , the finger 2 can move linearly on the vertical ^ 2 image sensing device 1 to act... The scrolling (object) screen 34 is scrolled in the vertical direction. As shown in Figs. 9 and 10, the π image sensing device i performs a linear motion Μ in the horizontal direction in the camera unit 32 w Α the mobile phone 3 Show the map on the early morning 32 written 34 who gentleman noticed that the horizontal and thousand direction scrolling. Worth ^ ^ Thousand vertical scrolling can be called another companion application 'It also contains the mobile phone 3 Or special circumstances. Or go, P, F move up and down. Another special application is to control the movement of the cursor or the number of reels 2: 4 shows another electronic device according to the invention " As shown in Figures U and 12, 'electronic device 4 series 12 200937259 is a notebook computer' which has a display 42 Keyboard 44, left button 45, right button 46, the touch panel 47 and the image sensing device Shu. Similar to the mobile phone's image sensing of the notebook... it can provide identity authentication, zoom control and face scrolling. For example, when using a presentation software (such as PowerPoint) or viewing a PDF file, the user's finger 2 can be in the image sensing device! Curve motion is performed to control the zoom of the face-to-face 4 3 . As shown in Figures 13 and 14, the electronic device 4 is a notebook computer having a display 42, a keyboard 44, a left button 45, a right button 46, and an image sensing device 丨. Similar to a mobile phone, the image sensing/measuring device i of the notebook can provide identity authentication, zoom control, and scrolling and cursor functions. Different from the figure "12", the image sensing device 1 can completely replace the touch panel 47, that is, the touch panel 47 can be omitted. With the image sensing device and the electronic device of the present invention, the user can easily - Image sensor to achieve image sensing, image zoom control and face scrolling effect. Image sensor can directly replace the channel's touchpad' with identity authentication, zoom control and face scrolling The specific embodiments set forth in the detailed description of the preferred embodiments are merely intended to illustrate the technical scope of the present invention, and are not intended to limit the invention to the above-described embodiments. The implementation of various changes made by the spirit and the scope of the following patent application is within the scope of this document. 13 200937259 [Simplified illustration of the drawings] Fig. 1 shows a schematic diagram of the application of the 筮-杳 according to the present invention. Figure 2 shows a cautious block diagram in accordance with the present invention. * The image sensing device of the third example of the month shows that the electronic device according to the present invention is only in accordance with the present invention.
4顯示依據本發明第 三實施例之電子設備之方塊 之電子設備之數個例子的 圖5至10顯示依據本發明 示意圖。 一種電子設備之數 圖11至14顯示依據本發明之另 個例子的示意圖。4 shows a plurality of examples of electronic devices in accordance with the block of the electronic device of the third embodiment of the present invention. Figs. 5 to 10 show schematic views in accordance with the present invention. Number of Electronic Devices Figures 11 through 14 show schematic views of another example in accordance with the present invention.
主要元件符號說明】 SI1 :第一影像訊號 SI3 :第三影像訊號 SF :最終影像訊號 1 :影像感測裝置 3 :電子設備/行動電話 2〇，處理单元 32 :顯示器 34 :地圖畫面 SI2 :第二影像訊號 SD .位移向量訊號 SR :曲線運動識別信息 2 :物體/手指 1 〇 .影像感測器 31:中央處理器單元 33 :晝面 14Main component symbol description] SI1: First video signal SI3: Third video signal SF: Final video signal 1: Image sensing device 3: Electronic device/mobile phone 2〇, processing unit 32: Display 34: Map screen SI2: Second image signal SD. Displacement vector signal SR: Curve motion recognition information 2: object/finger 1 影像. Image sensor 31: central processor unit 33: face 14