TW201246087A - Fingerprint sensor and integratable electronic display - Google Patents

Fingerprint sensor and integratable electronic display Download PDF

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Publication number
TW201246087A
TW201246087A TW101115132A TW101115132A TW201246087A TW 201246087 A TW201246087 A TW 201246087A TW 101115132 A TW101115132 A TW 101115132A TW 101115132 A TW101115132 A TW 101115132A TW 201246087 A TW201246087 A TW 201246087A
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TW
Taiwan
Prior art keywords
layer
fingerprint sensor
sensor
electronic display
fingerprint
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TW101115132A
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Chinese (zh)
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TWI490789B (en
Inventor
Richard Alex Erhart
Richard Brian Nelson
Paul Wickboldt
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Validity Sensors Inc
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Priority claimed from US13/099,983 external-priority patent/US9400911B2/en
Priority claimed from US13/454,432 external-priority patent/US9274553B2/en
Application filed by Validity Sensors Inc filed Critical Validity Sensors Inc
Publication of TW201246087A publication Critical patent/TW201246087A/en
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Publication of TWI490789B publication Critical patent/TWI490789B/en

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    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F21/00—Security arrangements for protecting computers, components thereof, programs or data against unauthorised activity
    • G06F21/30—Authentication, i.e. establishing the identity or authorisation of security principals
    • G06F21/31—User authentication
    • G06F21/32—User authentication using biometric data, e.g. fingerprints, iris scans or voiceprints
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F21/00—Security arrangements for protecting computers, components thereof, programs or data against unauthorised activity
    • G06F21/70—Protecting specific internal or peripheral components, in which the protection of a component leads to protection of the entire computer
    • G06F21/82—Protecting input, output or interconnection devices
    • G06F21/83—Protecting input, output or interconnection devices input devices, e.g. keyboards, mice or controllers thereof
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
    • G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
    • G06F3/03—Arrangements for converting the position or the displacement of a member into a coded form
    • G06F3/041—Digitisers, e.g. for touch screens or touch pads, characterised by the transducing means
    • G06F3/0416—Control or interface arrangements specially adapted for digitisers
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
    • G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
    • G06F3/03—Arrangements for converting the position or the displacement of a member into a coded form
    • G06F3/041—Digitisers, e.g. for touch screens or touch pads, characterised by the transducing means
    • G06F3/042—Digitisers, e.g. for touch screens or touch pads, characterised by the transducing means by opto-electronic means
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06V—IMAGE OR VIDEO RECOGNITION OR UNDERSTANDING
    • G06V40/00—Recognition of biometric, human-related or animal-related patterns in image or video data
    • G06V40/10—Human or animal bodies, e.g. vehicle occupants or pedestrians; Body parts, e.g. hands
    • G06V40/12—Fingerprints or palmprints
    • G06V40/13—Sensors therefor
    • G06V40/1306—Sensors therefor non-optical, e.g. ultrasonic or capacitive sensing
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06V—IMAGE OR VIDEO RECOGNITION OR UNDERSTANDING
    • G06V40/00—Recognition of biometric, human-related or animal-related patterns in image or video data
    • G06V40/10—Human or animal bodies, e.g. vehicle occupants or pedestrians; Body parts, e.g. hands
    • G06V40/12—Fingerprints or palmprints
    • G06V40/13—Sensors therefor
    • G06V40/1329—Protecting the fingerprint sensor against damage caused by the finger
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06V—IMAGE OR VIDEO RECOGNITION OR UNDERSTANDING
    • G06V40/00—Recognition of biometric, human-related or animal-related patterns in image or video data
    • G06V40/60—Static or dynamic means for assisting the user to position a body part for biometric acquisition
    • G06V40/63—Static or dynamic means for assisting the user to position a body part for biometric acquisition by static guides
    • H—ELECTRICITY
    • H01—ELECTRIC ELEMENTS
    • H01J—ELECTRIC DISCHARGE TUBES OR DISCHARGE LAMPS
    • H01J9/00—Apparatus or processes specially adapted for the manufacture, installation, removal, maintenance of electric discharge tubes, discharge lamps, or parts thereof; Recovery of material from discharge tubes or lamps
    • H01J9/20—Manufacture of screens on or from which an image or pattern is formed, picked up, converted or stored; Applying coatings to the vessel
    • H01J9/22—Applying luminescent coatings
    • H01J9/221—Applying luminescent coatings in continuous layers

Abstract

A fingerprint sensor which includes a conductive layer which is incorporable within an electronic display is disclosed. The fingerprint sensor also includes a controller coupled to the conductive layer to capture a fingerprint image and can further be adapted to control the display.

Description

201246087 六、發明說明： 【發明所屬之技術領域】 本發明涉及指紋感測器及整合指紋感測器的電子顯示器。 【先前技術】 ' 指紋感測技術自發明以來已經使生物學身份識別和認證程序 -發生了徹底的變革。在大多數情況下，只需一個指紋就能夠以無 法簡單複製或模仿的獨特方法來識別個人。擷取且在很小的數位 檔案中儲存指紋圖像的能力已經在執法、法醫和資訊安全等領域 產生了巨大的效益。 但是，在各類應用中廣泛採用指紋感測技術卻面臨著諸多障 礙。其中一個障礙是需要有單獨的用於擷取指紋圖像的儀器。另 外，此類元件經常不適合在設計為尺寸或重量很小的系統中使 用。隨著手持敦備的功能越來越多和使用範圍越來越大，此類設 備的工程師和設計者不斷尋找盡量提高精餘和便利性，並且同 時盡里減縮尺寸和成本的方法。通常，此類設備僅包括被視為對 核心功迠至關重要的輸入/輸出元件，例如螢幕和有限的一組按鈕。 ^ 因此’基於指紋的鑒定技術在最常用的資訊安全領域（例如： u電子郵件、網路銀行和社交網路）中尚未取代用戶名稱和密碼的 鑒疋方法。與之相矛盾的是，網際網路使用者將數量不斷增加的 敏感=貝λ傳送給遠程電腦系統，這就需要有比基於密碼技術更可 靠的鑒定程序。 具有内建指紋感測功能的顯示器則會導致指紋鑒定方法的更 廣泛，用。但是，在電子裝置中納入現有指紋感測技術存在硬體 不相容的問題。大錄指紋_器要求树f路上安裝指紋感測 3 201246087 元件。在顯示器中裝人這樣—個電路（無論是電阻電路、電容電 路、熱電路還是光學電路）需要對此類顯示器的設計和生產程序 進行大量和昂貴的修改。 我們將看到，本文揭露了提供克服這些障礙的系統。 【發明内容】 本發明揭露-種指紋感測器及整合指紋感測器的電子顯示 器。 、本發明所揭露的指域·包括：可放人電子顯示減上層i 毫米以内位置的感測n ;以及麵湘連細取指紋圖像的控制 器，控制器可放入電子顯示器τ層的下方；其中感測器放入電子 顯不器的透明蓋板與保護層之間。至少在某些配置中，感測器可 放置在最上層_微米以觸位置；在其他配置中感測器可放 置在最上層600微米、550微米、微米、_微米、25〇微米、 2〇〇微米和150微米以内的位置。此外，感測器可調適和配置，因 還應包括一個觸摸感測器。還可以對觸摸感測器 之可透過觸摸感測器控制器進行控制。另-方面， ^感^連接的控制器還可與觸摸感·連接。至少在某此 =:Γ罩層。遮罩層的上層應當靠近保護層。二^ 電層應當是放置在遮罩相底層表面和保護層 卜: 可:包姑紋感測區標諸，例如遮罩上的孔隙。“此情況下 可祕-個或多個控㈣’另外還可明加（霜 膜配置。此外，感測器可配置為至少包括 、、 用從鋼踢氧化物、納米碳管'金屬_線、透3艾12層可 細金屬中轉-卿靖_。料， 201246087 材料製成 至少在某些配置中，可提供平坦層、 整體 ΐ=Γ塑膠膜和硬塗層等其中一個或多個。保護層的適 了材枓選自包括超薄玻璃和聚對笨二甲酸的材料類別。此外，至 >、在某些配置中’會在賴層上增加—個硬塗層。料，指紋感 配置為包括—個導電層，觸摸感測11還可配置為包括二 個導電層。指紋感測器的導電層和觸模感測器的導電層構成一個 另外，本發騎㈣的電子顯示器，其配置包括：電子顯示 組用以生成可見顯示；位於電子顯示模組上方的保護層，所述 ，護層長期接觸使用者的手指表面；—個指紋感測器；以及一個 f旨紋感測器連接的控制器，用於在感測到使用者的指紋時擷取 曰紋圖像。可提供運域測器，在指紋感卿上探測手指的 移動狀况。此外’可提供一個顯示器控制器，該顯示器控制器與 電子顯不模組連接’用喻制齡歡的可見顯示。顯示器控制 器:與指域測11連接，以便由顯示H控控紋感測器。 至(在-些配置中，可提供—個控制器用以控制電子顯示器的一 個乂上的面。才曰紋感測器還可以包括一個導電層，此導電層設置 在遮罩層下方遮罩層則位於保護層的底層。遮罩層可配置為 包括，紋感測區標諸、’例如遮罩上的孔隙。此外，在某些配置中， 控制器可以疋覆晶薄膜。感測器至少包括—個導電層。導電層可 用從銦錫氧化物、納米碳管、金屬納米線、透明導電聚合物和精 、、’田金屬中選擇-種或多種的材料製成。至少在_些配置中，導電 1疋可撓性材料。此外，可提供平坦層、光學塗層、光學透明黏 膠、透賴軸和硬塗層等其中-個或多個。健層的適當材料 5 201246087 選自包括超薄玻璃和聚對苯二甲酸的材料類別。至少在某此 中，會在保護層上增加-個硬塗層。此外，顯示器還可包括一 觸摸感測器。至少在某些方面，指紋感測器還可包括-個導電層 觸摸感^器還可包括-個導電層。指紋感測器的導電層和觸摸感 =的導麵成-健體。姆置·紋細構成一個 整體’以便使整體元件包括運行所需的所有元件。可透過一個整 運行的元件達到這—目的，這種設計對於專業 至於本發明所揭露有關_電子顯示器的方法，其組震的步 =包括··提供-塊印刷電路板（也可稱為基板）；在印刷電路板上 安裝-個顯示器控制器；在印刷電路板上方安裝電子顯示 組；將指紋❹綱路安放麵示賴_上側，缺感測器放 置在距離電子顯示器最上層1絲以内的位置，·在電子顯示号最 上層加設-個保護層，保護層位於指紋感·的電路上方。至 在某些配置中，感測器可放置在最上層_微米以内的位置^ 其他配置中，感可放置在最上層_微米、55G微米、 米、400微米、25G微米、微米和15()微米朗的位置。至少 在某些方面，這種方法還可包括以下—個或多個步驟··在保護^ 和電子顯示器之間放置—個遮罩層；在遮罩層上方絲一個使^ 者保護層。顯示器控制器可配置為控制電子顯示器的—個或多個 面’包括運域測H和指紋細^。至少在—些方面，這種方法 可包括將顯不器控制器與運動感測器及指紋感測器連接的步驟和/ ，在印刷f路板上安裝指紋感測器控制器。此外，安裝指 益控制器的步驟還可包括將顯示器控制器與運動感測器電路連接 201246087 以及將指紋感測器控制器與指紋感測器電路連接。 揭露資訊的另一個方面是有關鑒定生物識別資訊的方法。根 據揭露資訊，此種方法包括：識別可放置在距離電子顯示器最上 層1毫米以内位置的感測器，與感測器連接以便擷取指紋圖像的 控制器，控制器放置在電子顯示器下層的下方，此外感測器整合 於電子顯示器中，放置在蓋板和保護層之間；感測與使用者相關 的生物識別資訊；將感測的生物識別資訊與使用者關聯的生物識 別模板進行比較；如果生物識別資訊與生物識別模板相符，根據 生物識別資訊接受與使用者相關的憑據，並將憑據傳送至請求程 序。至少在某些配置中，感測器可放置在最上層80()微米以内的 位置；在其他配置中，感測器可放置在最上層6〇〇微米、550微米、 500微米、400微米、250微米、200微米和150微米以内的位置。 此外，揭露資訊的其他方面包括：識別可放置在距離電子顯示器 最上層1毫米以内位置的感測器，與感測器連接以便擷取指紋圖 像的控制器，控制器放置在電子顯示器下層的下方，此外感測器 整合於電子顯示器中，放置在蓋板和保護層之間；識別在配備有 網路應用程式的客戶端裝置中安裝的生物識別装置；識別與使用 者相關的生物識別資訊；創建與生物識別資訊相關的生物識別模 板；接收與使用者相關的憑據；並將使用者的憑據與生物識別模 板結合在一起。 【實施方式】 各種電子顯示器與電子裝置配合使用。顯示器可使用發射（像 素生成光）、傳送（透過像素傳送光）和反光（反射背景光）的方 法操作。顯示器類型可能包括使用改變外加電場中傳輸或反射狀 201246087 況的液晶辑的液晶顯示器（LCD)、使用發光二鋪（led)的 有機發光二極體（〇LED)(在該純二極财，时機化合物製 作的發光_由於對電流作出反應而發光）、以及色素顆粒由於對 電場反應而移動的不同_㈣泳顯示器Gyri_、E_ink 等）Gyricon疋xerox pARC」開發的一種電子紙，是一種薄層 透明塑膠，上面以隨财式分佈了數百_小珠。這些小珠有: 像碳私顆粒，每顆小珠裝在—個充油腔體内，可在這些腔體内自 由轉動° k些小珠是由兩種對比色半球組成的雙色小珠，可釋放 電偶極子。在電子紙表面通電壓後，小珠會旋轉，向觀看者顯示 兩種顏色巾的-種顏色。因此，可透過通電壓賊文字和圖片之 類的圖像E-ink是「E Ink」公司製造的另一種電子紙，「EInk」 公司已被「Prime View International」倂購。 LCD面板通常包括兩片由封閉液晶材料分隔的玻璃板。兩塊 玻璃板都有-薄層導電材料透明塗層，視覺可看到的—面侧成 不同的心，導線伸到顯示II的邊緣。通纟彳前方塗層和背面塗層 之間的電壓打亂了分子的正常分佈，並使液體變暗，形成視覺可 見的圖案。 此外’電子顯示器設計為可探測到是否被觸摸以及觸摸的位 置（例如手指觸摸）或被動對象（例如手寫筆或數位筆），此類顯 示器通常稱為·螢幕。输螢幕已絲好·和電子設備的 元件很夕LCD顯示騎製造都包括觸控功能。觸控可隨附或納 入電腦、網路、移動電話、視頻遊戲、個人數位助理（pDA)、平 板電腦或任何數位設備。目前人們使用多種技術生產具有觸控功 能的設備。使賴控魏的技術包括：電阻式觸控面板、表面聲 8 201246087 波技術、電容感應板（例如，使用表面電容技術或投影電容觸模 技術，後者使用互電容感測器或自電容感測器）、紅外線、光學成 像、色散信號技術、以及聲學脈衝識別技術。觸控功能可以多種 配置與設備中的電子顯示器結合使用。觸控感測電路可直接嵌入 顯示器或安裝在顯示器的多個層面（例如，使用「内嵌式」 -或「表層式」（on_ceii)方法），這些感測器的電路是安裝在不同的 基板上，然後將基板黏合到電子顯示器上（例如，使用「外掛式」 (out-cell)方法），或黏合到用於保護電子顯示器的蓋板上，或者 將感測器的電路直接嵌入透明蓋板的背面（「單片式觸押 (Touch-on-Lens )) ° 電子设備可以配置為包括各種元件和功能，這種設計對於專 業人員來說不難理解，其中包括：顯示器、觸控螢幕、防摩擦蓋 板（例如，透明蓋板）、儲存設備、晶片系統、cpu核心、GTpu 核心、記憶體、Wi-Fi連接設備（例如，902.11 b.g)、藍牙、連接 设備（例如，USB接頭）、攝像機、錄音機、電池（例如，内裝、 可充電聚合物41离子电池）、電源接頭、電腦可魏體、軟體等。 ‘ 丨於說明㈣，此處描述了根據揭露資訊適合用於探測指紋 -的整合感測器和目前被用於智能電話等裝置的觸控顯示器。此類 觸控螢幕通常包括一個帶有防摩擦玻璃層的9公分（3 5英寸）大 小的液晶顯示器（LCD)。LCD的電容觸控螢幕通常經過優化，且 有-根手指或乡根手指乡次願感應能力。但是，可朗多麵 示器、多種觸控配置和觸控設備，而不會偏離本揭露資訊的範圍， 這種設計對於專業人員來說不難理解。 LCD觸控螢幕通常包括一個LCD、一塊絲輸人/輸出⑽） 201246087 連接和執行各種功能的積體電路（IC)的印刷電路板（pcB)、安 裝在透明基板上的翻觸控電關案、以及在難電路上方覆蓋 的保護層或塗層。觸控電路和LCD顯示器與PCB連接。觸控電 路通常使用_方法之-嵌人組I在第—種方法巾 直接嵌入LCD或安裝在LCD上，然後在LCD/觸控螢幕組^上方· 覆蓋保護層或塗層（例如，透明蓋板）。在第二種方法中，觸控電 ，安裝在鏡層或塗層（例如，義蓋板）上，紐再將該結構 安裝到LCD上方’觸控電路安裝在保護層或塗層與LQ)之間。 在所有的情況下，PCB触於LCD下方看不刺位置。 生物識別感測器可包括指紋感測器、速度感測器以及與指紋 感測器和速度感測器進行電力連接的積體電路。生物識別感測器 還可以包括調適和配置為可類取—個或多個參數（例如，一個指 紋）的感測器。圖像感測器和速度感測器的導電蹤跡可用蚀刻或 其他方^在基板的上侧形成^可在基板的上層、圖像感測器和速 度感測器上方塗-個保護塗層，以提供感測器的電絕緣和機械保 護。另-種方法是，圖像感測器的導電蹤跡可在基板的底侧形成， ，板可起到保護塗層的作用，可在上層加一個硬塗層，進一步提_ 冋保4作用。有關指紋感測魏置的進_步雜說崎參閱「指、 紋感測組件和製作方法」（美國專利號,發明人Benkley ΠΙ) ’刷孔電谷指紋感測系統和方法」（美國專利號聊聊，發 明人Benkley III)，「手指放置感測方法和儀器」（美國專利號 7’463’756 ’發明人Benkley m ) ;「具有赛別性噪音消除功能的電子 指紋感測器」（美國專利號7，_，697，發明人施λ等人）；「刷孔 電容指紋感測系統和方法i美國專利號7，_24,發明人滅ey 201246087 III) ;「組合指紋獲取和控制設備」（美國專利號6,400,836，發明人 Senior);以及「組合指紋獲取和控制設備」（美國專利號6,941，〇〇1， 發明人Bolle)。 在此處揭露的系統中’指紋感測器配備有電子顯示器，電子 顯示器放在最上層或鄰近最上層的位置，以便在手指接觸系統最 上層時’指紋感測器位於距離手指約1毫米以内的位置。至少在 某些配置中，可對系統進行配置，在手指接觸系統最上層時，使 手指感測器配置為距離手指約8〇〇微米的範圍内，如配置為位於 距離手指600微米、550微米、5〇〇微米、4〇〇微米、25〇微米、 200微米、150微米、100微米或5〇微米的範圍内則更好。至少在 某些配置中，可對系統進行配置，在手指接觸系統最上層時，將 手指感測器配置為距離手指5〇微米、丨⑻微米或15〇微米以上的 位置’在某些配置中’將手指感測器配置為距離手指2〇〇微米以 上的位置’在其他配置中，將手指感測器配置為距離手指25〇微 米、400微米、5〇〇微米、55〇微米、6〇〇微米或8〇〇微米以上的 位置。 在某些配置中，可提供單個晶片，控制電子顯示器、觸控勞 幕和指紋感測功能中的—項或多項。此外，指紋感測隸入後可 使《又備表面平滑或大體平滑。齡器和祕可配置為整體形式， 、’’的方式操作’或電子顯示II或系統成品由單—元件構成。 和紋感測n可放置在所有或部分保護層下方、油墨遮罩下方或同 時放置在保護層和油墨遮罩下方。 第1A圖及帛1B圖是一個電子裝置100的俯視圖或上層視 圖該裂置可以是任何具有使用者可用手指觸摸的裝置或顯示器 201246087 界面120的適當電子裝置，例如智能電話。取決於使用的襄置和 顯示器的性f，_娜自㈣㈣_料下文將進 一步詳細討論。 裝置本身有一個頂端表面102和一個底部表面1〇4。此外， 裝置的每-低件都有—個上層（即朝向裝置頂端表面的表面） #個下層（即朝向裝置底部表面的表面），從剖面圖令可以看到 這兩個表面。電子裝置刚的外殼⑽可配置為將顯示器界面！20 固定在電子錢⑽核11G _邊框或雜m。可提供遮罩 m (例如油墨遮罩）’至少將顯示器界面12〇的一部分放入其框 架中。遮罩124驗置通常會遮蓋位於顯示器界面12〇的一部分 下^外殼内的裝置電子器件。對於觸控螢幕界面，沒有被遮罩124 遮蓋的顯示器界面12G的-部分有多個觸控感測器134。觸控感測 器134可以是來自_化銦錫氧化物（IT〇)層、納米碳管、金屬 、”内米線導電^^合物或細金屬線（例如銅線）的任何適當的導體， 包括透明導體。此外’臨近電子裝置·的至少—健的指紋感 测器140可以（如此處所示，但並非必須）放置在同時放置遮罩 124的位置。在另一種配置中’可在遮罩中提供一個孔㉟，與感測 到指紋的部分或全部位置相對應。指紋感測器14〇可包括一個刷 掃區或放置區146,例如，使用者可在此處刷掃手指或放置手指， 然後由指紋感測器140按照一維（1D )或二維（2D )的方法讀取。 如第1Β圖所示，指紋感測器140放置的位置與觸控感測器 134的一部分重疊。在某些配置中，指紋感測器14〇和觸控感測器 134的感測器被整合在一起’感測器構成一個整件，或者其構成可 用統一方法運作，感測器的某些部分經過適配具有觸控感測器的 12 201246087 =、’另-部分經過適配具有指紋感·的魏 :::=的功能。但是，感無需放上2 圖形下用=’如果圖像掃描線直接放在「刷動解鎖」 使用者的指紋相符，則會允許使用者解舰置。否則，： 和使用3=1設計對於專tAM來說不難理解。其他配置 範圍。；專#人8來說也十分明瞭’且不會偏離本揭露資訊的 f 2A圖及第2B圖是電子裝置的剖面圖，例如第认圖 =電子較觸’沿第1A圖及第1B _ M線條拍攝，顯示器 |面220沿裝置上層放置。有兩種常見的橫截面配置，但亦存在 其他配置^在第2A圖中顯示的第—種配置中，指紋感測器放 置在透月蓋板上’下方疋—個觸控感測^和裝置的其餘部分包 括電子顯科。在第2B _補第二種配置中，指城測器放置 在透明蓋板的頂端，觸控感測器安放在透明蓋板的背面（下側）， 顯示器和t置的其餘部分安裝在下方。—個或多個元件可配置成 個模組，〇4種設計對於專業人員來說不難理解。模組可配置為 可为離的元件’可與其他元件交換，用於組裝成不同大小、複雜 性或功能的裝置。 電子裝置200包括一個外殼21〇、一個印刷電路板（pCB)23〇 和一個電子顯示器228，例如[CD或LCD模組。裝置還可以包 括一個觸控感測器235元件，例如玻璃層，可將導電層（例如， 钢錫氧化物（ITO)或類似材料）應用到該元件上，形成觸控電路。 可使導電層在玻璃層表面形成一種圖案，這種設計對於專業人員 13 201246087 來說不難理解。如第2A圖所示，第一個導電層234蓋住觸控感測 器253讀的上層206 ’第二個導電層放，蓋住觸控感測器故 兀件的下層208。透明蓋板238可用適當的材料構成，包括化學強 化玻璃。觸控電路控制器226與觸控電路或數位轉換器連接，數 位轉換器可透過可撓性電路232用觸控電路故元件的導電層说， 234構成。觸控電路控制器226安裝在pCB 23〇上。電子頻示器 228放置在透明蓋板238下方和pcB 23〇上方。電子顯示器⑽ 了包括玻璃層和實現功貞示所需的任何其他元件，包括邏輯裝 置。 如此處所示，指紋感測器240完全放置在（但並非必須）遮 罩224下方。指紋感測器240顯示為透過可撓性接頭26〇與指紋 感測器控制器262連接。但是’可配置一條積體電路，控綱控 電路和指紋感測器，而不會偏離本揭露資訊的範圍，這種設計對 於專業人員來說不難理解。保護層222 (例如保護玻璃層）放置在 指紋感測器240和電子顯示器228上方。 指紋感測器240感測在指紋感測器240附近的保護層222表 面刷掃或放置在保護層表面的手指指紋特徵。保護層222和電子 顯示器228的顯示層可用任何適當的不導電材料構成（例如，玻 璃、PET或適當的硬塗層）。指紋感測器240經過適配和配置，能 夠在裝置表面目標距離内感測使用者手指的凸紋和凹紋或指紋參 數。目標距離不超過1毫米、800微米、600微米、550微米、500 微米、400微米、250微米、200微米；至少在某些配置中，配置 為不超過150微米、1〇〇微米或50微米。至少在某些配置中，目 標距離可以超過50微米、100微米、150微米、2〇〇微米、250微 14 201246087 ^ 00微来500微来、550微米、6〇〇微咖 感測器亦可_其他錄，科會偏離本揭露資訊的細/曰、、文 第2B圖描述第1A_示的裝置的替代剖面。電 包括一個帶邊框或邊緣212的外殼21〇、一個pcB 23〇和一置 如果包括觸控功能’電子裝置2gg還可以配 還可以勺括二顯不為放ί透明蓋板238的下層。電子裝置200 "^固放置在透明蓋板238上方的保護層222。觸控電路 =制㈣透過可撓性電路或_ 232與導電層連接 器控制器262與PCB现連接，放在電子顯示的下方指 240放在透明蓋板上層附近的位置，適配和配置為可感 測在指紋感測器附近的保護層222表面刷掃或放置在保護層表面 的手指指紋特徵。 @疋顯不器界面32〇的頂視圖（從上層3〇2看），該顯示 益帶有遮罩324層，可撓性部分332適配和配置為与導體以及適 當的積體電路（1C)、具體應用積體電路（纖）或晶片連通。 第4A圖及第4B圖是第2A圖及第2B圖顯示的顯示器農置 的爆炸視圖。第4A圖的第一層包括一個裝有一個或多個控制器的 PCB43G層。在—種配置中，所有控制器放在一起；在另—種配置 中，不同控制器沿PCB層的一段放置於相對的兩端；還可以採用 其他-些配置，而不絲本揭露資訊的範圍。控制^可以是一個 或多個積體電路晶片，適配和自己置為控制_個或多個裝置，例如 顯示器和指紋感測卜如第4A圖所示，為觸控螢幕配備一個整合 控制器426 ’為指紋感測器配備一條積體電路462，作為pcb43〇 層的-部分U是電子顯示器428層。如果裝置包括觸控功 201246087 能’下一層是觸控螢幕層435，如本配置圖所示，該觸控螢幕層在 觸控螢幕層的第一層（上層406)裝有第一個導電層434，在觸控 螢幕層的第二層（下層408)裝有第二個導電層434，。指紋感測 器440可放置在透明蓋板438的上層4〇6上，可被遮罩層424部 分或全部覆蓋，遮罩層選擇性地覆蓋透明蓋板438。整個組件被一 · 個保護層422覆蓋。還可以使用其他分層配置，而不會偏離本揭-露資訊的範圍。 第4B圖還有一個第一層，該層包括安裝了一個或多個控制器 的PCB 430層。控制器可以是一個或多個積體電路晶片，適配和 配置為控制一台或多台顯示器、觸控感測器、指紋感測器等。如 第4B圖所示，為觸控螢幕配置了整合控制器426，為指紋感測器 配置了積體電路462。下一層是電子顯示器428層。如果裝置具備 觸控功能，下一層是觸控螢幕層435，如本配置圖所示，該觸控螢 幕層在第二層（下層408)上有第一個導電層434，並直接裝在透 明蓋板上。指紋感測器440放置在透明蓋板438的上層406位置， 可能被遮罩層424部分或全部覆蓋。遮罩層424還可配置為在顯 不器的全部或部分範圍有一個與指紋感測器對應的孔隙425。整個. 組件上裝有一個保護層422。 _ 第5A圖顯示指紋感測器54〇的分層狀況，如上所述，該指紋 感測器可適配和配置為與顯示器整合，有一個上層5〇2和一個下 層504。指紋感測器540顯示於第1A圖及第1B圖中沿線條2_2 的橫戴面。指紋感測器540有一個圖案化導體層548。最上層是一 層起到保護層564作用的可撓性薄膜。適當的薄膜可以是聚对笨 二甲酸乙二醇醋（PET)或任何適當的硬化热塑性聚合物树脂，該 201246087 薄膜上可以有一個硬塗層。該薄膜的厚度小於5〇微米，以便指紋 感測器540有效地運作。遮罩524放在薄膜底層5〇8上，可放在 下（底）層的薄膜上。遮罩524可能是適當的油墨層。下一層構 成才曰紋感測器540的一部分，是導電層，通常是透明導體或圖案 化透明導體（即導體層548)。透明導體（即導體層548)構成第 -個金屬層，可用任何適當的導紐料構成，包括銦錫氧化物 (ιτο)、、納米碳管或精細金屬。第二個金屬層（即導體層5仙，） 可至少與第一個金屬層（即導體層548)部分重疊。導體層548, =8,位於薄膜底面（朝向内側）。在某些帶有顯示器的指^感測 器配置t，可增加光學塗層別’崎低或防止反射和協助遮蓋導 電層。黏接層552將指紋感測器540的導體層548、薄膜和遮罩黏 在透明蓋板538上。黏接層552通常是光學透明黏膠。第二個金 二w u可撓_路’薄膜522可覆蓋透明蓋板 所示，可在電氣通信中形成第二個金屬層（即導 體層548 )，該金顧帶有可撓性電路5叫晶⑽。可換性 電路560和晶片562可作為覆晶薄膜（c〇f) 過提供直接钱和連翻可祕電社的微⑼，可斑二 個金屬層連接，然後按照需求安裝到組合裝置上。;: 透過可撓鍵猶接“的其魏置 了私用 範圍，這種…+替而不會超出本揭露資訊的 犯圍對於專業人員來說不難轉。 體層548與觸控榮幕構成一個整體。 置中，導 2A圖及第2B圖顯示的方式放置。但是，在^感測器可按照第 可挽性電路柳，取代c〇f配置，這種梅；n g可使用 難理解。 、寻業人員來說不 201246087 第5B圖描述第5A圖顯示的配置，在該配置中，薄膜 罩和導電層。然後，再安放供顧第二個導電層。使與 塗層’ f塗層可安放在薄膜表面或另-個適當的表面二: 先學性^此後’透明蓋板可黏在光學塗層或導電層上，再將咖 與導電層接通電源。⑽透㈣步驟可在連接咖的步驟之 這種方法對於專業人員來說不難理解。在某些配 |板的_可叹_，以便使_沿透明蓋板四周 f曲，裝人裝置外殼内。然後將整個器械裝人裝置外殼510，上層 應與外殼的上層對齊，或與整個顯示器對齊，如第2A圖所示。 第6A圖顯示指紋感測器64〇，薄膜頂端有兩個金屬層。第一 層是保護層’例如硬塗層622。硬塗層的厚度不到5〇微米，以便 指紋感測器有效地操作。遮罩624放置在薄膜底層近旁或薄膜底 層下方。遮罩624可作為適當的油墨層。然後安放第-個導電層 (即導體層648)。導體層⑽通常是透料體或圖案化透明導 體透明導體（即導體層648)構成第一個金屬層，可用任何適當 的導電材料構成，包括銦錫氧化物⑽）、納米碳管或精細金屬。 導電層位於細底部（朝向内側）位置。形成第二個導電層（即 導體層648’）’該導電層與第一個導電層連接。第二個導電層可 胁何適當的透明導體（例如銅）構成。薄膜層664透過-層黏 膠（即黏勝層652)黏接到顯示器的透明蓋板638上。 黏膠層652 通常是光學透_膠。如圖所示，可在電氣通信中形成第二個金 屬層（即導體層648’），該金属層帶有可撓性電路66〇和晶片 662。可撓性電路66〇可放置在第二個金屬層（即導體層648，） 的上端。在某她置巾，導體層⑽細控感湘触—個整體。 201246087 第6B圖顯示第6A圖的各層在裝置外殼61〇中的狀況。薄膜 層664、可撓性電路660 #口晶片662可沿透明蓋板⑽等部件彎 曲，以便將晶片放入裝置外殼内。透明蓋板638可帶有圓形邊緣， 以便薄膜層664沿透明蓋板，彎曲。在組裝元件時，導體被安放到 •透明塑膠薄膜（PET)層’第二料體層被安放到第一個導體層一 -部分的頂端。然後再增加遮罩和保護層。此後顯示器的玻璃^板 或透明蓋板可黏制透_膠_的底層，可撓性電路可黏接到 第二個導電層的上層。 第7A圖顯示指紋感測器74〇的分層狀泥，該指紋感測器在薄 膜底面有-個可撓性透卿體。第—層是賊，例如ρΕτ，薄膜 頂端有-個硬塗層722。薄膜厚度不超過25〇微米，以便指紋感測 器有效地操作’薄膜厚度不超過勘微米、15〇微米或觸微米則 更好，薄财度不超過50 «最好。接下來加|鮮724，可放 ，在頂層薄膜上’朝向震置外殼，背向裝置外部。遮罩724可能 是適當的油墨層。輯關沿表的_可撓性材料導電層748， 導電層通常是義導體或_化透明導體。導電層可祕何一種 適當的可齡導電材缝成，包括納米碳管、金屬_線、導電 聚合物和精細金屬。導電層位於薄膜底部（朝㈣侧）位置。可 态擇在透β蓋板738、薄膜或其他適當的表層上增加抗反射或折射 2配塗層750。黏膠層752將薄膜、圖案化導體和油墨黏接到玻 璃蓋板上’通常是絲翻轉。可在魏通信中形成導電層 修道該導電層帶有可挽性電路和晶片762。可撓性電路760 於導電層底面、，透過可撓性電路將導電層與晶片連接。 第7Β圖描述第7Α圖顯示的外殼710内感測器740分層狀 201246087 况。在組裝元件時，在薄膜上安一層遮罩，然後將導體安裝到薄 膜和遮罩層上。此後顯示器的玻璃蓋板或透明蓋板可黏接到透明 塑膠薄膜的底層，可撓性電路可黏接到導電層的上層。 第8A圖顯示指紋感測器840的分層狀況，該指紋感測器在薄 膜上側有一個可撓性透明導體。配備一個硬塗層822，該硬塗層位. 於遮罩824上方。配備一個圖案化可撓性材料導電層848，該導電 層與由可撓性電路860和晶片862組成的COF組件進行電氣通 信。另外還配備透明塑膠薄膜864 (例如PET層），該透明塑膠薄 膜可使用黏膠852黏接到玻璃蓋板或透明蓋板838上。 第8B圖描述第8A圖顯示的外殼810内指紋感測器840分層 狀況。在組裝元件時，將導體安放到透明塑膠薄膜（pET)上。然 後再加裝遮罩和保護層或硬塗層。此後顯示器的玻璃蓋板或透明 蓋板可黏接到透明塑膠薄膜的底層，可撓性電路可黏接到導電層 的上層。 第9A圖顯示適合與顯示器整合的指紋感測器94〇的分層狀 況。在遮罩924上放置一個超薄玻璃層923。然後再放一個圖案化 可撓性材料導電層948。圖案化導電層948透過各向異性導電薄膜. (ACF) 966與可撓性電路組件連通。可撓性電路組件包括一條可 撓性電路960和一塊晶片962。在圖案化導電層948與晶片962 之間放置一塊透明蓋板938，透明蓋板用適當的黏膠952 (例如光 學透明黏膠）與導電層黏接。可撓性電路組件配置為可沿玻璃蓋 板末端彎曲。在該配置中，現有可撓性電路可用於聚酰亚胺技术， 然後再放到油墨遮罩924下方。 第9B圖描述第9A圖顯示的放在外殼910内的指紋感測器分 20 201246087 層狀況。在組裝元件時，在超薄玻璃層底放一層遮罩。然後再在 超薄玻璃/遮罩組合層上放-個_化導電層。織再在黏接c〇f 的表層-端安放-層各向異性導膜。再將玻板或透明蓋 板黏制®案化導電層上’ COT可紐電路魏在透明蓋板的末 • 端。 -帛1GA _示透過在透明蓋板上安放贿化導體形成的指紋 感測器1040的分層狀況。在遮罩1〇24上加一個硬塗層1〇23。亦 可加一個平面拋光層1068。可撓性電路組件包括一個可撓性電路 接頭1060和一塊晶片腿。可撓性電路接頭的一端與玻璃蓋板或 透明蓋板1038連接，透明蓋板或玻璃蓋板已透過ACF祕安裝 一個導電層1048。 又 第10B圖描述第i〇A目顯示的放在外殼1〇1〇内的指紋感測 器的分層狀ί兄。在組裝元件時，透明蓋板的上層裝有一個導電層。 ACF裝在騎了 COT可撓性電路的導電層的—端。·可以將平 面拋光層女放到上層，接著安放遮罩層和保護性硬塗層。的 可撓性電路環繞透明蓋板，以便將電路放入裝置外殼内的透明蓋 板下方。 第11圖顯示顯示器的-部分’該顯示器使用印刷導線1134 (例如金屬導線）環繞顯示器透明蓋板1138的狀況。201246087 VI. Description of the Invention: [Technical Field] The present invention relates to a fingerprint sensor and an electronic display incorporating the fingerprint sensor. [Prior Art] 'Fingerprint sensing technology has made biological identification and certification procedures since its invention - a radical change. In most cases, a single fingerprint can identify individuals in a unique way that cannot be easily copied or imitated. The ability to capture and store fingerprint images in very small digital files has yielded significant benefits in areas such as law enforcement, forensics and information security. However, fingerprint sensing technology is widely used in various applications, but it faces many obstacles. One of the obstacles is the need for separate instruments for capturing fingerprint images. In addition, such components are often not suitable for use in systems designed for small size or weight. As handheld devices become more versatile and more widely used, engineers and designers of such devices are constantly looking for ways to maximize refinement and convenience while reducing size and cost. Typically, such devices include only input/output components that are considered critical to core functionality, such as screens and a limited set of buttons. ^ Therefore, fingerprint-based authentication technology has not replaced the user name and password in the most commonly used information security areas (eg, u-mail, online banking, and social networking). Paradoxically, Internet users are transmitting an increasing number of sensitive metrics to remote computer systems, which requires a more reliable authentication process than cryptographic-based technology. A display with built-in fingerprint sensing will result in a wider range of fingerprint identification methods. However, incorporating existing fingerprint sensing techniques into electronic devices presents a problem of hardware incompatibility. The large fingerprint _ device requires the fingerprint sensing on the tree f road 3 201246087 components. Mounting such a circuit in a display (whether a resistive circuit, a capacitive circuit, a thermal circuit, or an optical circuit) requires extensive and expensive modifications to the design and production of such displays. As we will see, this article exposes systems that provide for overcoming these obstacles. SUMMARY OF THE INVENTION The present invention discloses a fingerprint sensor and an electronic display incorporating the fingerprint sensor. The finger field disclosed in the present invention includes: a sensing n that can be placed on the electronic display to reduce the position within the upper layer of i mm; and a controller that takes a fingerprint image from the surface, and the controller can be placed in the layer τ of the electronic display. Below; where the sensor is placed between the transparent cover of the electronic display and the protective layer. In at least some configurations, the sensor can be placed in the topmost layer to the touch position; in other configurations the sensor can be placed in the uppermost layer of 600 microns, 550 microns, microns, _micron, 25 microns, 2 〇 〇 Micron and position within 150 microns. In addition, the sensor is adaptable and configurable as it should also include a touch sensor. It is also possible to control the touch sensor controller of the touch sensor. On the other hand, the controller connected to the ^ can also be connected to the touch. At least some of this =: Γ cover layer. The upper layer of the mask layer should be close to the protective layer. The second electrical layer shall be placed on the surface of the underlying layer of the mask and the protective layer: 可: The embossed sensing area is marked, for example, the aperture on the mask. "In this case, it can be secret - one or more controls (four)" can also be clearly added (frost film configuration. In addition, the sensor can be configured to include at least, with steel kick oxide, carbon nanotube 'metal _ wire Through 3 Ai 12 layers of fine metal transfer - Qingjing _. Material, 201246087 Material made at least in some configurations, can provide one or more of flat layer, overall ΐ = Γ plastic film and hard coating The protective layer is selected from the group consisting of ultra-thin glass and poly-p-dicarboxylic acid. In addition, in some configurations, 'a hard coating will be added to the layer. The fingerprint sense is configured to include a conductive layer, and the touch sensing 11 can also be configured to include two conductive layers. The conductive layer of the fingerprint sensor and the conductive layer of the touch sensor constitute an additional electronic device of the present (4) The display includes: an electronic display group for generating a visible display; a protective layer located above the electronic display module, wherein the protective layer contacts the surface of the user's finger for a long time; a fingerprint sensor; and a f texture Sensor connected to the controller for sensing The user's fingerprint captures the crepe image. A transport detector can be provided to detect the movement of the finger on the fingerprint sensor. In addition, a display controller can be provided, and the display controller and the electronic display module are provided. Connected to the visible display of the use of the metamorphosis. Display controller: connected to the finger field test 11 to control the touch sensor by the display H. (In some configurations, a controller can be provided to control the electronic display A sinuous surface sensor may further include a conductive layer disposed under the mask layer, and the mask layer is located on the bottom layer of the protective layer. The mask layer may be configured to include a texture sensing area Indicating, for example, pores on the mask. In addition, in some configurations, the controller can be coated with a thin film. The sensor includes at least one conductive layer. The conductive layer can be used from indium tin oxide, carbon nanotubes, Made of metal nanowires, transparent conductive polymers, and materials selected from the following, or selected from the 'metals'. At least in some configurations, conductive 1疋 flexible materials. In addition, flat layers, optical coatings are available. Layer, optical transmission One or more of the visible adhesive, the permeable shaft and the hard coat. Suitable materials for the protective layer 5 201246087 are selected from the category of materials including ultra-thin glass and polyterephthalic acid. At least in some cases, A hard coating is added to the protective layer. Further, the display may further include a touch sensor. In at least some aspects, the fingerprint sensor may further include a conductive layer touch sensor and may further include a conductive layer The conductive layer of the fingerprint sensor and the guide surface of the touch sense = the body. The mesh and the grain form an integral part so that the integral component includes all the components required for operation. This can be achieved by a whole running component. - Purpose, this design is professional for the method disclosed in the present invention relating to the electronic display, the step of grouping = including · providing - a printed circuit board (also referred to as a substrate); mounting on a printed circuit board - Display controller; install an electronic display group on top of the printed circuit board; place the fingerprint on the top surface of the electronic display; the missing sensor is placed within the uppermost layer of the electronic display, and the electronic display number is the most upper layer Reset - a protective layer, a protective layer is located above the circuit-fingerprint sense of. In some configurations, the sensor can be placed in the uppermost layer within the micron position. ^ In other configurations, the sense can be placed in the top layer _ micron, 55G micron, m, 400 micron, 25G micron, micron and 15 () Micron position. In at least some aspects, the method can further include the following - one or more steps - placing a mask layer between the protective device and the electronic display; and providing a protective layer over the mask layer. The display controller can be configured to control one or more faces of the electronic display, including the area measurement H and the fingerprint. In at least some aspects, the method can include the steps of connecting the display controller to the motion sensor and the fingerprint sensor and/or installing a fingerprint sensor controller on the printed f-board. Additionally, the step of installing the benefit controller can further include connecting the display controller to the motion sensor circuit 201246087 and connecting the fingerprint sensor controller to the fingerprint sensor circuit. Another aspect of exposing information is the method of identifying biometric information. According to the disclosure information, the method includes: identifying a sensor that can be placed within a distance of 1 mm from the uppermost layer of the electronic display, connecting to the sensor to capture a fingerprint image, and placing the controller on the lower layer of the electronic display Below, in addition, the sensor is integrated in the electronic display, placed between the cover and the protective layer; sensing biometric information related to the user; comparing the sensed biometric information with the biometric template associated with the user If the biometric information matches the biometric template, accept the credentials associated with the user based on the biometric information and pass the credentials to the requesting program. At least in some configurations, the sensor can be placed within 80 () micrometers of the uppermost layer; in other configurations, the sensor can be placed at the topmost layer of 6 μm, 550 μm, 500 μm, 400 μm, Locations within 250 microns, 200 microns, and 150 microns. In addition, other aspects of the disclosure include: identifying a sensor that can be placed within 1 mm of the uppermost layer of the electronic display, a controller coupled to the sensor for capturing the fingerprint image, and the controller being placed under the electronic display Below, in addition, the sensor is integrated in the electronic display, placed between the cover and the protective layer; identifies the biometric device installed in the client device equipped with the web application; identifies the biometric information associated with the user Create biometric templates related to biometric information; receive credentials related to the user; and combine the user's credentials with the biometric template. [Embodiment] Various electronic displays are used in conjunction with electronic devices. The display can be operated using emission (pixel-generated light), transmission (transmitting light through pixels), and reflective (reflecting background light). The type of display may include a liquid crystal display (LCD) that uses a liquid crystal that changes the transmission or reflection in the applied electric field, and an organic light-emitting diode (LED) that uses a light-emitting diode (LED) (in the pure two poles, The luminescence produced by the organic compound _ luminescence due to the reaction of the current, and the difference in the movement of the pigment particles due to the reaction of the electric field _ (four) swimming display Gyri_, E_ink, etc.) Gyricon 疋 xerox pARC" is an electronic paper, is a thin layer Transparent plastic, with hundreds of beads distributed along with the financial formula. These beads are: Like carbon granules, each bead is mounted in an oil-filled cavity and can be rotated freely in these cavities. k Beads are two-color beads composed of two contrasting hemispheres that can be released. Electric dipole. After the voltage is applied to the surface of the electronic paper, the beads will rotate to show the viewer the color of the two color towels. Therefore, E-ink, which can pass through voltage and thief text and pictures, is another electronic paper made by E Ink. The company "EInk" has been purchased by Prime View International. LCD panels typically include two sheets of glass separated by a closed liquid crystal material. Both glass plates have a thin layer of conductive material transparent coating that is visually visible - the sides are in different hearts and the wires extend to the edge of the display II. The voltage between the front coating and the back coating disrupts the normal distribution of the molecules and darkens the liquid, creating a visually visible pattern. Furthermore, electronic displays are designed to detect whether they are touched and where they are touched (e.g., by a finger touch) or passive objects (e.g., a stylus or a digital pen). Such displays are commonly referred to as screens. The screen has been well-wired and the components of the electronic device are very illuminating. Touch can be included or included in a computer, network, mobile phone, video game, personal digital assistant (pDA), tablet or any digital device. A variety of technologies are currently used to produce devices with touch capabilities. Lai Wei's technology includes: resistive touch panel, surface acoustics 8 201246087 wave technology, capacitive sensing board (for example, using surface capacitance technology or projection capacitive touch technology, the latter using mutual capacitance sensor or self-capacitance sensing ), infrared, optical imaging, dispersive signal technology, and acoustic pulse recognition technology. The touch function can be combined with the electronic display in the device in a variety of configurations. The touch sensing circuit can be directly embedded in the display or mounted on multiple layers of the display (for example, using "in-line" or "on-ceii" methods), the circuits of these sensors are mounted on different substrates. Then, the substrate is bonded to the electronic display (for example, using an "out-cell" method), or bonded to a cover for protecting the electronic display, or the sensor's circuitry is directly embedded in the transparent cover. The back of the board ("Touch-on-Lens") The electronic device can be configured to include a variety of components and functions. This design is not difficult for professionals to understand, including: display, touch Screen, anti-friction cover (eg, transparent cover), storage device, wafer system, cpu core, GTpu core, memory, Wi-Fi connection device (for example, 902. 11 b. g), Bluetooth, connected devices (for example, USB connectors), camcorders, recorders, batteries (for example, built-in, rechargeable polymer 41 ion batteries), power connectors, computers, etc., software, etc. ‘In the description (4), an integrated sensor based on the disclosure information suitable for detecting fingerprints and a touch display currently used for devices such as smart phones are described. Such touch screens typically include a 9 cm (35 inch) small liquid crystal display (LCD) with an anti-friction glass layer. The capacitive touch screen of the LCD is usually optimized, and has the ability to sense the roots or the fingers of the town. However, the Rondo multi-face display, a variety of touch configurations, and touch devices do not deviate from the scope of this disclosure, and such designs are not difficult for professionals to understand. The LCD touch screen usually includes an LCD, a wire input/output (10). 201246087 A printed circuit board (PCB) for connecting and executing various functions of an integrated circuit (IC), and a touch-sensitive electric switch mounted on a transparent substrate And a protective layer or coating overlying the difficult circuit. The touch circuit and the LCD display are connected to the PCB. The touch circuit is usually embedded in the LCD or mounted on the LCD in the first method, and then over the LCD/touch screen group. Over the protective layer or coating (for example, a transparent cover) ). In the second method, the touch power is mounted on a mirror layer or a coating (for example, a cover plate), and the structure is mounted on the LCD above the touch circuit is mounted on the protective layer or the coating and the LQ. between. In all cases, the PCB touches the underlined position of the LCD. The biometric sensor can include a fingerprint sensor, a speed sensor, and an integrated circuit that is electrically coupled to the fingerprint sensor and the speed sensor. The biometric sensor can also include a sensor that is adapted and configured to take one or more parameters (e.g., a fingerprint). The conductive traces of the image sensor and the speed sensor can be formed on the upper side of the substrate by etching or other means, and a protective coating can be applied on the upper layer of the substrate, the image sensor and the speed sensor. To provide electrical insulation and mechanical protection of the sensor. In another method, the conductive trace of the image sensor can be formed on the bottom side of the substrate, and the plate can serve as a protective coating, and a hard coating layer can be added on the upper layer to further enhance the effect of the protective layer 4. For the fingerprint sensing Wei set, please refer to the "Finger, Grain Sensing Assembly and Manufacturing Method" (US Patent No., inventor Benkley ΠΙ) 'Brush Hole Electric Valley Fingerprint Sensing System and Method》 (US Patent No. Talk, inventor Benkley III), "Finger Placement Sensing Methods and Instruments" (US Patent No. 7'463'756 'Inventor Benkley m); "Electronic Fingerprint Sensor with Matching Noise Cancellation Function" ( US Patent No. 7, _, 697, inventor λ et al.); "Brush Capacitance Fingerprint Sensing System and Method i US Patent No. 7, _24, inventor EY 201246087 III); "Combined Fingerprint Acquisition and Control Equipment (US Patent No. 6,400,836, inventor Senior); and "combined fingerprint acquisition and control device" (US Patent No. 6,941, 〇〇 1, inventor Bolle). In the system disclosed herein, the fingerprint sensor is equipped with an electronic display placed at the uppermost layer or adjacent to the uppermost layer so that when the finger touches the uppermost layer of the system, the fingerprint sensor is located within about 1 mm of the finger. s position. In at least some configurations, the system can be configured to position the finger sensor about 8 microns from the finger when the finger touches the top layer of the system, such as being located at 600 microns, 550 microns from the finger. More preferably, it is in the range of 5 〇〇 micrometers, 4 〇〇 micrometers, 25 〇 micrometers, 200 micrometers, 150 micrometers, 100 micrometers or 5 micrometers. At least in some configurations, the system can be configured to position the finger sensor at a position 5 ft, 丨 (8) μm or more than 15 μm from the finger when the finger touches the top of the system' in some configurations. 'Configure the finger sensor to a position 2 μm above the finger'. In other configurations, the finger sensor is configured to be 25 μm, 400 μm, 5 μm, 55 μm, 6〇 from the finger. 〇Micron or a position above 8〇〇 microns. In some configurations, a single wafer can be provided that controls one or more of the electronic display, touch screen, and fingerprint sensing functions. In addition, fingerprint sensing can make the surface smooth or generally smooth. The ageing device and the secret can be configured in a unitary form, the operation of the 'or electronic display II' or the finished system of the system consisting of a single element. The texture sensing n can be placed under all or part of the protective layer, under the ink mask, or under the protective layer and ink mask. 1A and 1B are top or top views of an electronic device 100. The clefts can be any suitable electronic device, such as a smart phone, having a user-touchable device or display 201246087 interface 120. Depending on the device used and the nature of the display, _ Na from (4) (4) _ will be discussed in further detail below. The device itself has a top surface 102 and a bottom surface 1〇4. In addition, each of the lower-lower parts of the device has an upper layer (i.e., a surface facing the top surface of the device) and a lower layer (i.e., a surface facing the bottom surface of the device) which are visible from the cross-sectional view. The electronics housing (10) can be configured to interface with the display! 20 Fixed in electronic money (10) nuclear 11G _ border or miscellaneous m. A mask m (e.g., ink mask) may be provided' at least a portion of the display interface 12A is placed in its frame. The mask 124 inspection typically covers the device electronics located within the housing of a portion of the display interface 12A. For the touch screen interface, a portion of the display interface 12G that is not covered by the mask 124 has a plurality of touch sensors 134. The touch sensor 134 can be any suitable conductor from an indium tin oxide (IT〇) layer, a carbon nanotube, a metal, an inner conductor conductive compound, or a thin metal wire (eg, a copper wire). Including a transparent conductor. Further, at least the health fingerprint sensor 140 of the 'near electronic device' may be placed (as shown here, but not necessarily) at a position where the mask 124 is placed at the same time. In another configuration, A hole 35 is provided in the mask corresponding to a portion or all of the position where the fingerprint is sensed. The fingerprint sensor 14A may include a brushing or placement area 146, for example, where the user can swipe a finger or The finger is placed and then read by the fingerprint sensor 140 in a one-dimensional (1D) or two-dimensional (2D) manner. As shown in FIG. 1 , the position of the fingerprint sensor 140 and the touch sensor 134 are Partially overlapping. In some configurations, the fingerprint sensor 14A and the sensor of the touch sensor 134 are integrated together 'the sensor constitutes a whole piece, or its composition can be operated in a unified manner, the sensor Some parts of the device are adapted to have a touch sensor 12 201246087 =, 'Other - part is adapted to have the function of fingerprint: Wei:::=. However, the feeling does not need to put 2 graphics under = 'If the image scan line is directly placed in the "swipe to unlock" use If the fingerprints match, the user will be allowed to unlock the ship. Otherwise, and using the 3=1 design is not difficult to understand for a dedicated tAM. Other configuration ranges. ; #人8 is also very clear 'and does not deviate from the disclosure information f 2A map and 2B map is a cross-sectional view of the electronic device, such as the first picture = electronic touch ' along the 1A map and 1B _ M line shooting, display | face 220 placed along the upper layer of the device. There are two common cross-sectional configurations, but there are other configurations. In the first configuration shown in Figure 2A, the fingerprint sensor is placed on the permeable cover, 'below 疋—a touch sensing ^ and The rest of the device includes an electronic display. In the second configuration of the second embodiment, the pointing device is placed at the top of the transparent cover, the touch sensor is placed on the back (lower side) of the transparent cover, and the rest of the display and the t-mount are installed below. . One or more components can be configured into modules, and the four designs are not difficult for a professional to understand. The modules can be configured to be interchangeable components that can be exchanged with other components for assembly into different sizes, complexity or functions. The electronic device 200 includes a housing 21, a printed circuit board (pCB) 23A, and an electronic display 228, such as a [CD or LCD module. The device may also include a touch sensor 235 component, such as a glass layer, to which a conductive layer (e.g., steel tin oxide (ITO) or the like) may be applied to form a touch circuit. It is possible to form a pattern on the surface of the glass layer by the conductive layer, which is not difficult to understand for the professional 13 201246087. As shown in FIG. 2A, the first conductive layer 234 covers the second conductive layer of the upper layer 206' read by the touch sensor 253, and covers the lower layer 208 of the touch sensor. The transparent cover 238 can be constructed of a suitable material, including chemically strengthened glass. The touch circuit controller 226 is connected to a touch circuit or a digital converter, and the digital converter can be formed by the flexible circuit 232 using a conductive layer of the touch circuit device. The touch circuit controller 226 is mounted on the pCB 23A. The electronic frequency converter 228 is placed below the transparent cover 238 and above the pcB 23 。. The electronic display (10) includes a glass layer and any other components required to implement the power display, including logic. As shown here, fingerprint sensor 240 is completely placed under (but not necessarily) under cover 224. Fingerprint sensor 240 is shown coupled to fingerprint sensor controller 262 via flexible connector 26A. However, it is not difficult to understand that a design can be configured with an integrated circuit, a control circuit and a fingerprint sensor without departing from the scope of the disclosure. A protective layer 222 (e.g., a protective glass layer) is placed over fingerprint sensor 240 and electronic display 228. The fingerprint sensor 240 senses a finger fingerprint feature that is swept or placed on the surface of the protective layer on the surface of the protective layer 222 near the fingerprint sensor 240. The protective layer 222 and the display layer of the electronic display 228 can be constructed of any suitable electrically non-conductive material (e.g., glass, PET, or a suitable hard coating). The fingerprint sensor 240 is adapted and configured to sense the embossing and indentation or fingerprint parameters of the user's fingers within the target distance of the device surface. The target distance is no more than 1 mm, 800 microns, 600 microns, 550 microns, 500 microns, 400 microns, 250 microns, 200 microns; at least in some configurations, it is configured to be no more than 150 microns, 1 inch or 50 microns. At least in some configurations, the target distance can exceed 50 microns, 100 microns, 150 microns, 2 microns, 250 micro 14 201246087 ^ 00 micro to 500 micro, 550 micron, 6 〇〇 micro-coffee sensor can also _ Other records, the section will deviate from the details of the disclosure information, and Figure 2B depicts the alternative profile of the device shown in Figure 1A. The electrical package includes a housing 21 with a bezel or edge 212, a pcB 23 and a set. If the touch function is included, the electronic device 2gg can also be equipped with a lower layer of the transparent cover 238. The electronic device 200 < secures the protective layer 222 placed over the transparent cover 238. The touch circuit=system (4) is connected to the PCB through the flexible circuit or _232 and the conductive layer connector controller 262, and is placed on the lower part of the electronic display with the position 240 placed near the upper layer of the transparent cover, adapted and configured as Finger fingerprint features that are brushed or placed on the surface of the protective layer on the surface of the protective layer 222 near the fingerprint sensor can be sensed. The top view of the 32疋 interface (viewed from the upper layer 3〇2), the display has a mask 324 layer, the flexible portion 332 is adapted and configured to be with the conductor and the appropriate integrated circuit (1C) ), specific application of integrated circuit (fiber) or wafer connectivity. 4A and 4B are exploded views of the display farm shown in Figs. 2A and 2B. The first layer of Figure 4A includes a PCB43G layer with one or more controllers. In a configuration, all controllers are put together; in another configuration, different controllers are placed at opposite ends along a section of the PCB layer; other configurations may be used instead of revealing information. range. The control ^ can be one or more integrated circuit chips, adapted and controlled by itself - one or more devices, such as display and fingerprint sensing, as shown in Figure 4A, with an integrated controller for the touch screen 426 'Equipped with an integrated circuit 462 for the fingerprint sensor, the portion U of the pcb 43 layer is the electronic display 428 layer. If the device includes touch function 201246087, the next layer is the touch screen layer 435. As shown in this configuration diagram, the touch screen layer is provided with the first conductive layer on the first layer (upper layer 406) of the touch screen layer. 434, a second conductive layer 434 is mounted on the second layer (lower layer 408) of the touch screen layer. The fingerprint sensor 440 can be placed on the upper layer 4 of the transparent cover 438, partially or completely covered by the mask layer 424, and the mask layer selectively covers the transparent cover 438. The entire assembly is covered by a protective layer 422. Other layered configurations can also be used without departing from the scope of this disclosure. Figure 4B also has a first layer that includes a PCB 430 layer with one or more controllers installed. The controller can be one or more integrated circuit chips that are adapted and configured to control one or more displays, touch sensors, fingerprint sensors, and the like. As shown in Fig. 4B, an integrated controller 426 is provided for the touch screen, and an integrated circuit 462 is provided for the fingerprint sensor. The next layer is the 428 layer of the electronic display. If the device has a touch function, the next layer is a touch screen layer 435. As shown in this configuration diagram, the touch screen layer has a first conductive layer 434 on the second layer (lower layer 408) and is directly mounted on the transparent layer. On the cover. Fingerprint sensor 440 is placed at the upper layer 406 of transparent cover 438 and may be partially or fully covered by mask layer 424. The mask layer 424 can also be configured to have an aperture 425 corresponding to the fingerprint sensor over all or a portion of the display. entire.  A protective layer 422 is mounted on the assembly. _ Figure 5A shows the stratification of the fingerprint sensor 54. As described above, the fingerprint sensor can be adapted and configured to be integrated with the display, with an upper layer 5〇2 and a lower layer 504. The fingerprint sensor 540 is shown in the transverse wear surface along line 2_2 in Figures 1A and 1B. Fingerprint sensor 540 has a patterned conductor layer 548. The uppermost layer is a flexible film that functions as a protective layer 564. A suitable film may be polyethylene terephthalate (PET) or any suitable hardened thermoplastic polymer resin. The 201246087 film may have a hard coat. The film has a thickness of less than 5 microns so that the fingerprint sensor 540 operates effectively. A mask 524 is placed on the bottom layer 5 of the film and placed on the film of the lower (bottom) layer. Mask 524 may be a suitable ink layer. The next layer forms part of the ridge sensor 540, which is a conductive layer, typically a transparent conductor or a patterned transparent conductor (i.e., conductor layer 548). The transparent conductor (i.e., conductor layer 548) constitutes the first metal layer and may be formed of any suitable guide material, including indium tin oxide (ITO), carbon nanotubes or fine metal. The second metal layer (i.e., the conductor layer 5) may partially overlap at least the first metal layer (i.e., conductor layer 548). The conductor layer 548, =8, is located on the bottom surface of the film (toward the inside). In some of the finger sensor configurations with displays, the optical coating can be added to reduce or prevent reflections and assist in covering the conductive layer. The adhesive layer 552 adheres the conductor layer 548 of the fingerprint sensor 540, the film, and the mask to the transparent cover 538. The adhesive layer 552 is typically an optically clear adhesive. The second gold wu flexible _ road' film 522 can be covered by a transparent cover plate, and a second metal layer (ie, conductor layer 548) can be formed in electrical communication, and the cable has a flexible circuit 5 Crystal (10). The replaceability circuit 560 and the chip 562 can be used as a flip-chip film (c〇f) to provide direct micro-and micro-transistors (9), which can be connected to two metal layers and then mounted to the assembly device as required. ;: Through the flexible keys, the Wei has set a private scope. This kind of...+ does not go beyond the disclosure of information. It is not difficult for professionals to turn around. Body 548 and touch glory constitute A whole. Centering, the 2A diagram and the 2B diagram are displayed in a manner. However, the ^ sensor can be configured according to the first levisable circuit, instead of the c〇f configuration, this mei can be used to understand. No. 201246087 Figure 5B depicts the configuration shown in Figure 5A, in which the film cover and conductive layer are placed. Then, the second conductive layer is placed for the coating. Can be placed on the surface of the film or another suitable surface 2: Learn first ^ After this, the transparent cover can be glued to the optical coating or conductive layer, and then connect the coffee and conductive layer to the power supply. (10) Through (4) steps can be This method of connecting the coffee is not difficult for the professional to understand. In some of the plates, the _ sigh _ can be used to make the _ along the transparent cover around the f, in the device housing. Then the entire device Loading the device housing 510, the upper layer should be aligned with the upper layer of the housing, or with the entire display Alignment, as shown in Figure 2A. Figure 6A shows the fingerprint sensor 64A with two metal layers on the top of the film. The first layer is a protective layer 'such as hard coat 622. The thickness of the hard coat is less than 5〇. Micron, so that the fingerprint sensor operates effectively. The mask 624 is placed near the bottom layer of the film or under the film bottom layer. The mask 624 can serve as a suitable ink layer. The first conductive layer (ie, the conductor layer 648) is then placed. (10) Typically the transmissive or patterned transparent conductor transparent conductor (ie, conductor layer 648) constitutes the first metal layer and may be constructed of any suitable electrically conductive material, including indium tin oxide (10)), carbon nanotubes or fine metals. The layer is located at the bottom (toward the inner) position. A second conductive layer (ie, conductor layer 648') is formed. The conductive layer is connected to the first conductive layer. The second conductive layer may be associated with a suitable transparent conductor (eg, copper). The film layer 664 is adhered to the transparent cover 638 of the display through a layer of adhesive (ie, the adhesive layer 652). The adhesive layer 652 is usually optically transparent. As shown, it can be used in electrical communication. Forming a second metal layer That is, the conductor layer 648') has a flexible circuit 66A and a wafer 662. The flexible circuit 66 can be placed on the upper end of the second metal layer (i.e., the conductor layer 648). The towel layer and the conductor layer (10) are finely controlled to touch the whole body. 201246087 Fig. 6B shows the condition of each layer of Fig. 6A in the device casing 61. The film layer 664, the flexible circuit 660, the mouth wafer 662 can be along the transparent cover The plate (10) and the like are bent to place the wafer into the device housing. The transparent cover 638 may have a rounded edge so that the film layer 664 is bent along the transparent cover. When the component is assembled, the conductor is placed into the transparent plastic film. The (PET) layer 'the second body layer is placed on top of the first portion of the first conductor layer. Then add a mask and a protective layer. Thereafter, the glass plate or transparent cover of the display can be adhered to the bottom layer of the adhesive, and the flexible circuit can be bonded to the upper layer of the second conductive layer. Fig. 7A shows the layered mud of the fingerprint sensor 74. The fingerprint sensor has a flexible transparent body on the bottom surface of the film. The first layer is a thief, such as ρΕτ, and the top of the film has a hard coat 722. The thickness of the film does not exceed 25 μm for the fingerprint sensor to operate effectively. The thickness of the film is not more than that of micron, 15 μm or micron. The thin profit is no more than 50 «best. Next, add _ 724, which can be placed on the top film ’ toward the shock casing and facing away from the outside of the device. Mask 724 may be a suitable ink layer. A conductive layer 748 of flexible material is provided along the table, and the conductive layer is usually a sense conductor or a transparent conductor. The conductive layer can be secreted by a suitable age-sensitive conductive material, including carbon nanotubes, metal wires, conductive polymers, and fine metals. The conductive layer is located at the bottom of the film (toward the (four) side). An anti-reflective or refractive 2-coating layer 750 can be added to the beta cover 738, film or other suitable skin. Adhesive layer 752 bonds the film, patterned conductor and ink to the glass cover', typically a wire flip. A conductive layer can be formed in the Wei communication. The conductive layer is provided with a levisable circuit and a wafer 762. The flexible circuit 760 is connected to the wafer via a flexible circuit on the bottom surface of the conductive layer. Figure 7 depicts the sensor 740 in the outer casing 710 shown in Figure 7 layered 201246087. When assembling the component, a mask is placed over the film and the conductor is then mounted to the film and mask layer. Thereafter, the glass cover or transparent cover of the display can be attached to the bottom layer of the transparent plastic film, and the flexible circuit can be bonded to the upper layer of the conductive layer. Figure 8A shows the stratification of fingerprint sensor 840, which has a flexible transparent conductor on the upper side of the film. Equipped with a hard coat 822, the hard coat position.  Above the mask 824. A patterned flexible material conductive layer 848 is provided that is in electrical communication with the COF assembly comprised of flexible circuit 860 and wafer 862. A transparent plastic film 864 (such as a PET layer) is also provided, which can be adhered to the glass cover or transparent cover 838 using adhesive 852. Figure 8B depicts the stratification of fingerprint sensor 840 within housing 810 as shown in Figure 8A. When assembling the component, place the conductor on a transparent plastic film (pET). Then add a mask and a protective layer or hard coat. Thereafter, the glass cover or transparent cover of the display can be attached to the bottom layer of the transparent plastic film, and the flexible circuit can be bonded to the upper layer of the conductive layer. Figure 9A shows the layered condition of the fingerprint sensor 94A suitable for integration with the display. An ultra-thin glass layer 923 is placed over the mask 924. A patterned conductive material conductive layer 948 is then placed. The patterned conductive layer 948 is transmitted through the anisotropic conductive film.  (ACF) 966 is in communication with the flexible circuit assembly. The flexible circuit assembly includes a flexible circuit 960 and a wafer 962. A transparent cover 938 is placed between the patterned conductive layer 948 and the wafer 962. The transparent cover is bonded to the conductive layer by a suitable adhesive 952 (e.g., optically transparent adhesive). The flexible circuit assembly is configured to bend along the end of the glass cover. In this configuration, the existing flexible circuit can be used in polyimide technology and then placed under the ink mask 924. Figure 9B depicts the fingerprint sensor placement in the housing 910 as shown in Figure 9A. When assembling the component, place a mask on the bottom of the ultra-thin glass layer. Then, a conductive layer is placed on the ultra-thin glass/mask combination layer. The woven fabric is then adhered to the surface layer of the c〇f-layer anisotropic film. Then stick the glass plate or transparent cover to the conductive layer on the conductive layer. The COT can be placed at the end of the transparent cover. - 帛 1GA _ shows the stratification of the fingerprint sensor 1040 formed by placing a brittle conductor on the transparent cover. Add a hard coat 1〇23 to the mask 1〇24. A flat polishing layer 1068 can also be added. The flexible circuit assembly includes a flexible circuit connector 1060 and a wafer leg. One end of the flexible circuit connector is connected to a glass cover or a transparent cover 1038, and a transparent cover or glass cover has been mounted through the ACF to form a conductive layer 1048. Further, Fig. 10B depicts the hierarchical shape of the fingerprint sensor placed in the casing 1〇1 shown in the first item. When assembling the component, the upper layer of the transparent cover is provided with a conductive layer. The ACF is mounted on the end of the conductive layer on the COT flexible circuit. • A flat polishing layer can be placed on the upper layer, followed by a mask layer and a protective hard coat layer. The flexible circuit surrounds the transparent cover to place the circuit under the transparent cover inside the unit's casing. Figure 11 shows the portion of the display. The display uses printed conductors 1134 (e.g., metal wires) around the display transparent cover 1138.

第12A圖顯示用指紋感測器1240直接内建方法加裝環繞導線 的狀況。在遮罩1224上放一個保護層（例如硬塗層1223)。也可 以使用平面拋光層1268,將平面拋光層放在圖案化導電層lug 上方。透明蓋板1238的一端有導線1234環繞，該端有一條可撓 性電路1260,可撓性電路上透過ACF裝有一塊晶片1262。第i2B 21 201246087 圖描述第12A圖顯示的外殼πιο内的分層狀況β 第13Α圖顯示按照指紋感測器134〇的超薄玻璃方法使用環繞 導線的狀況。配備一個保護層，例如超薄玻璃1322 ,該保護層覆 蓋在遮罩13M上。圖案化導電層浦放在供選用光學塗層· 上。配備了顯示器的透明蓋板1338 ’該蓋板上有印刷的環繞導線。 透明蓋板可用黏膠1352黏接在光學塗層135〇 (如有）、圖案化導 電層、遮罩和超薄玻璃上。帶有晶片1362的可撓性電路136〇可 用ACF 1366與玻璃蓋板或透明蓋板的環繞導線連接。第1犯圖 描述第13A圖顯示的外殼内的分層狀況。 第14圖顯tf另-種帶有薄層玻璃和透明可撓性電路的指紋 感測器的配置分層狀況。-個薄玻璃層1423被用作第一層。可在 薄玻璃層1423的底層上放一層遮罩1424。_在薄玻璃層刚 和透明塑膠層1464之間加-層透鴨膠1452。在某些位置，透明 黏膠1452會觸及-個或多個透明感測器1434、可挽性電路购 和，明塑膠層1464。可對透明塑膠層1464進行配置，使之環繞透 明蓋板1438的末端（如圖所示），或者延伸至透明蓋板的外圍二 維幾何結構。還可以在透板1438上朴翻歸層刚的 下方增加-層透_膠1439。透明_器1434 (例如用透明導體 構成的感測n)與環繞在義蓋板1438末端的可撓性電路购 連接或接通’可在酬蓋板末端放置—條帶有晶#觸的可棱性 電路，該可撓性電路可透過ACF 1466與玻璃蓋板或透明蓋板的環 繞導線連接◊可以是透明可撓性電路。此外，透明導體可與可挽 性電路組合在—起。與前面的配置相同，整個電子裝置界面可放 在適當的電子輕的外殼内。指紋感· 1440可用銅或另一種透 22 201246087 方；可選擇使用同樣表層或 。至少在某些配置中，觸控 明導體構成，位於油墨遮罩1424的下方; 附加表層製作的透明觸控感測器1435。至 感測器和指紋感測器放在同一層。 抑在某些配置中，可用銅電路構成可撓性電路1448和指紋感測 器1440 ’可用透明導體構成透明觸控感測器。 第15圖是配置為與顯示裝置配合使用的感測裝置_的圖 150=。裝置還包括配置為控制感測器元件基本操細感測器控制 邏輯1552。由感測器邏輯控制制約的感測器元件的實際操作取決 於採用的特絲測聽置，可包括電雜繼置、像素重設控制 裝置或資料接觸點、輸出信號控制裝置、某些光學感測器的冷卻 控制裝置以及❹m元件的其他基本控織置。控繼置Fig. 12A shows the state in which the surrounding wires are attached by the direct built-in method of the fingerprint sensor 1240. A protective layer (e.g., hard coat 1223) is placed over the mask 1224. A planar polishing layer 1268 can also be used to place the planar polishing layer over the patterned conductive layer lug. One end of the transparent cover 1238 is surrounded by a wire 1234 having a flexible circuit 1260 on which a wafer 1262 is mounted through the ACF. i2B 21 201246087 The diagram depicts the stratification condition in the casing πιο shown in Fig. 12A. Fig. 13 shows the state in which the surrounding wires are used in accordance with the ultra-thin glass method of the fingerprint sensor 134〇. A protective layer, such as ultra-thin glass 1322, is provided which is overlying the mask 13M. The patterned conductive layer is placed on the optional optical coating. A transparent cover 1338 with a display has printed surrounding wires. The transparent cover can be adhered to the optical coating 135〇 (if any), the patterned conductive layer, the mask and the ultra-thin glass with adhesive 1352. The flexible circuit 136 with the wafer 1362 can be connected to the surrounding wire of the cover glass or transparent cover by the ACF 1366. 1st map depicts the stratification in the enclosure shown in Figure 13A. Figure 14 shows the configuration of the fingerprint sensor with a thin layer of glass and a transparent flexible circuit. A thin glass layer 1423 is used as the first layer. A mask 1424 can be placed on the bottom layer of the thin glass layer 1423. _ A layer of duck glue 1452 is added between the thin glass layer and the transparent plastic layer 1464. In some locations, the transparent adhesive 1452 will contact one or more of the transparent sensors 1434, the traversable circuit, and the clear plastic layer 1464. The transparent plastic layer 1464 can be configured to wrap around the end of the transparent cover 1438 (as shown) or to extend to the outer two-dimensional geometry of the transparent cover. It is also possible to add a layer of glue 1439 below the layer of the plate 1438. A transparent device 1434 (eg, a sensing n made of a transparent conductor) is connected to or connected to a flexible circuit that surrounds the end of the cover plate 1438, and can be placed at the end of the cover plate. The rib circuit can be a transparent flexible circuit through the ACF 1466 and the surrounding wire of the glass cover or the transparent cover. In addition, the transparent conductor can be combined with a tractable circuit. As with the previous configuration, the entire electronics interface can be placed in a suitable electronic light enclosure. Fingerprint feel · 1440 available copper or another type 22 201246087 side; you can choose to use the same surface layer or . In at least some configurations, the touch conductor is formed below the ink mask 1424; an additional surface layer is formed with a transparent touch sensor 1435. The sensor and fingerprint sensor are placed on the same layer. In some configurations, the flexible circuit 1448 and the fingerprint sensor 1440 can be constructed of copper circuitry to form a transparent touch sensor with a transparent conductor. Figure 15 is a diagram 150 = of a sensing device _ configured for use with a display device. The apparatus also includes a basic fine senser control logic 1552 configured to control the sensor elements. The actual operation of the sensor elements constrained by the sensor logic control depends on the particular tone sensing device employed, and may include electrical relays, pixel reset controls or data contacts, output signal controls, certain optics The sensor's cooling control device and other basic control weaving of the ❹m component. Control relay

包括一個線性陣列1512和一個感測器元件 感測裝置測還包括一條讀取電路⑸4，用於在讀取並列 於感測器表面1507上的指紋時從感測器元件15()2讀取模擬輸出 信號二讀取電路1554包括一個放大器⑽，該放大器配置為放大 模擬扣號’以便在其後的操作中更準確地讀取信號。可配置一台 低通過攄器1558 ’用於過渡來自模擬信號的任何噪音，以便更有 效地處理模擬信號。讀取電路1554還可以包括一台類比/數位 (A/D)轉換器1560 ’該轉換器配置為將來自感測器元件的 輸出信號轉換為數健號，該數位錢代表_系列0和丨，用於透 過感測器表面簡的像素·料接觸點定義指紋特徵感測。此類 U可刀別由運動感測II和指紋感測表面接收，並分別讀取和處 23 201246087 讀取電路1554可在儲存器1562中儲存輸出信號，指紋資料 i564臨時儲存和保存在儲存器中，或保存到處理器1566能夠處理 信號，或以後供處理ϋ使用。處理器1566包括—個運算單元 測，該運算單元配置為可處理用於游標導航和指紋重建的算 法。處理邏輯1570配置為可處理資訊，並包骑數位轉換器、放 大器、信號過濾'器、邏輯閘（均未顯示）和處理器使用的其他邏 輯的觀。f駐記賊1574胁齡演算法1576域理器1566 使用的軟體應用程式1578，用於上述各種功能，下文將有更詳盡 的說明。系紐流排是資龍赌，配置為啟耽含在感測 裝置15GG巾的各種元件的通訊。記紐和儲存器可以是任何適當 的電腦可讀舰，這槪計對於專業人貞來財難轉。 系統還包括與指紋感測器線路通訊的控制器，以便在使用者 的手指在指紋制1絲上卿或_賊 路上的指紋時操取指紋圖像。因此，可對系統進行配 1D和/或2D丨現的手指或指紋。在一個系統中，可能顯示器和指 紋感測器有不_控制ϋ，在此_統中，系統被配置為包括一 個顯示器控，驗控制與驗_賴作分離的可見顯示。 另一種方法是使㈣-健㈣㈣可見顯示和指紋感測器操 作。還可以將指紋感測器安放在顯示器的頂層玻璃蓋板上，而不 疋女裝在觸控營幕層上。 第I6圖顯示在通訊網路内按照揭露資訊使用指紋感測器的 狀況。目前的揭露資訊還可以包括由電腦處理器（例如微處理器） 執行的通訊網路内的多種功能，這種設計對於專 理解。微處理ϋ可以是專職處理H，配置為透過執行定義揭露 24 201246087 麵狀㈣的前謂倾細 的任務。微處理n射㈣置為操作其他裝^^丁特疋 訊，例如記憶體存取模組、記憔體儲步、/、/、 '"置通 ,體以及與按照揭露資訊傳輸資料相關的梅 軟，格式，如，/咖、C++、魏（可擴展標記語言） 性操作^^義與裝置操作相關、執行與揭露f訊相關的功能 的其爾。代碼可朗不_式和風格編 ㈣/、I專業人員所熟知。不同的代碼格式、代碼配置、 軟體程式的風袼和形式以及其他按照揭露:纽定驗處理器操作 的配置代碼的方法不會偏離揭露f訊的精神和範圍。 …在不_型的裝置中，例如便攜式電腦或台式電腦、帶處理 :或處理雜的手持裝置，並可能包括電腦錬料其他使用揭 露資訊的裝置’有多種_的記㈣裝置可在儲存和檢索資訊的 同時依照揭露資訊執行功能。此類t腦巾經t包括高速緩衝記憶 i、中央處理H使帛’帛作經常儲存和檢索資訊的便利儲 存地點。與此她，永久性記紐還經倾此類電職合使用， 用於保存中央處理驗常檢索、但並不經常在永久性記憶體内更 改的資訊’這一點與高速緩衝記憶體不同。通常還包括主記憶體， 用於儲存和;^索更大量的資訊，例如配置為在中央處理器執行指 令時依照揭露資訊執行魏㈣料和倾顧程式。此類記憶體 震置可配置為賴存取記賴（RAM)、靜態隨機存取記憶體 jSRAM)、動態隨機存取記憶體（dram)、閃存記憶體和其他可 能破中央處理器存取以儲存和檢索資訊的記憶體儲存裝置。在資 料儲存和檢索操作過程中，這些記憶體裝置被改變為具有不同的 25 201246087 狀態，例如不同的電荷、不同的磁極等。因此，此處描述的依照 揭路資汛配置的系統和方法使此類記憶體裝置的物理變化成為可 月b。因此，此處描述的揭露資訊適用於新穎和有用的系統和方法， 在一種或多種裝置中，可將記憶體裝置改變為另一種狀態。揭露 資訊不限於任何特定類型的記憶體裝置或任何常用於向這些記憶 體儲存和從這些記憶體檢索資訊的規程。可使用儲存一套或多套 私南的單一媒體或多個媒體（例如，集中式或分佈式資料庫和/或 相關的高速緩衝記憶體和伺服器）。任何能夠儲存、編碼或配備一 套指南供機器執行並使機器執行任何一種或多種揭露資訊描述的 方法的媒體（例如，電腦可讀媒體）均適合在此使用。機器可讀 媒體或電版可讀媒體還包括任何以機器（即電腦、pda、手機等） 可4形式提供（即儲存和/或傳輸）的機制。例如，機器可讀媒體 包括§己憶體（例如以上描述的記憶體）；磁盤儲存媒體；光學儲存 媒體；快閃記憶體裝置；生物電子、機械系統；電力、光學、聲 學或其他形式的傳播信號（例如，載波、紅外信號、數位信號等）。 裝置或機器可讀媒體可包括微電子機械系統⑽MS )、納米技術 =置、有機、全息、_纖雜置和/錢_贼光學磁盤。 d曰南分隨分開放人不同的機II，例如在互連的電腦中或作為 不同的虛擬電腦’裝置錢料讀媒體可被分佈。此外，電腦可 讀媒體可放置在網路内的任何位置。 第16 _示-細於示範_路計算魏聰，該環境中 有-台透過通訊_ 165G與客戶端電腦進行軌的舰器。如第 16圖所示，飼服器1610可透過通訊網路刪（可是固定線路或 無線LAN、WAN、内部網、外部網、對等網路或此類網路的組合） 26 201246087 】^^=6境（例如平板電腦膽、移動電話、智慧型手機 個人電腦1603和個人數位助理〗608)互聯。 職㈣咖轉網_路賴路魏輒器1610 ^乍為專料算環境值器，透敝何一觀知賴議（例如， 文本傳輸協議（HTTP)、槽案傳輸協議（FTp)、簡單對象存取 協議（SOAP)或無線應聴式協議（wAp)處理資料、向客 ^環境傳輸㈣和從客戶端環境接收資料。亦可使用其他無線 協礒’而不會超出揭露資訊的範圍，包括無線標記語言（WML)、 DoCoMo咖也（在日本等國使用）和丽亂Basic。此外網 路計算環境麵可使用各種不同的資料安全協議，例如，安全通 訊端層（SSL)或優良保密協議（pGp)。每一種客戶端計算環境 句可配備可支持—種或多種計算應用程式（例如網路劉覽程式（未 顯示）或其他圖形使用者界面（未顯示）或移動桌面環境（未顯 不））的操作系統1638，以便存取伺服器計算環境16〇〇。 通訊網路刪中帶有顯示器的购裝置（例如，電腦刪、 智能電話1604和PDA 1608)均可配置為按照上述方法從指紋感 測器獲取資料，這種設計對於專業人員來說不難理解^此外，可 以將來自指紋感測器的資訊傳輸給網路中的其他裝置，以便協助 網路環境内的使用者認證，無論接收裝置是否帶有顯示器。 此處揭露的裝置可用作通訊網路的—部分，為敎生物識別 資訊提供-種機制。例如’可感測與某—使用者相關的生物識別 資訊；然後可以將感測的資訊與該使用者相關的生物識別模板進 行比較；如果生物識別資訊與生物識別模板相符，則可根據該生 物識別資訊接收與該使用者相關的憑據。此外，可將憑據傳輸給 27 201246087 请求程序。在另—種程料，可識別安裝在具有祕應用程式的 客戶端裝置中的生物識職置。此後，可識別與某-使用者相關 的生物識職M，並創建與該使用者的生物識別資訊相關的生物 識，模板纟統可置為接收與該㈣者相_朗者憑據，並 將該使用者的憑據與生物朗模板組合在—起。亦可提供可在揭 露的裝置上執行_蘭覽程式，該裝置包括—個配置為透過生 物識別服務和-台或多台網路舰器與揭露的感·通訊的生物 識別擴展單元。亦可使用令牌朗有效的使时激活，作為揭露 可整合感測器的使用有助於網路劇覽程式的使用，此類應用 知式在客戶端裝置上配置為可由客戶端處理器執行，協助進行安 全的交易’例如金融交易’此敝鎌據可整合感測器獲得的資 訊（例如揭露的感測器）進行鑒定。 儘官此處顯示和描述了此項發明的優縣置，對於專業人員 來說’此類裝置㈣是僅僅作為範例在❹彳出。專以員可採用 多種變異、改變和替代裝置，而不會偏離本發明的範圍。應當說 明，此處贿喊卿置的各㈣代裝置可能在發_魏應用， 中出現。以下聲明旨在定義本發明的範圍以及聲明範圍内的方法 和結構，亦包括其等同方法和結構。 【圖式簡單說明】 第认圖及第m㈣配備電子顯的的電子裝置之俯視圖。 第2A圖及第2B圖為第1A圖及第m圖（橫跨線條功裝 置的剖面圖，顯示不同的指紋感測器整合狀況。 第3圖是顯示H俯麵，軸科上裝有遮罩層和經過適配 28 201246087 和配置以便將晶片連接固定_置外殼内表面上的可繞八 的元件分解圖。 及第4B圖是第2A圖及第2β圖中顯示的顯示刀^ 示意圖 第5A圖為在膠片底部有兩層導體的指紋翻器的分層狀況 層狀域術崎細触糊5A圖的分 示意圖 第6Α圖為在膠片頂部有兩層導體的指紋_器的分層狀況 第6Β圖為指紋感測器在臨近裝置外殼壁位置時第6α圖 層狀況示意圖。 器 第7Α圖為在膠片底部有一個可撓性透明導體 的分層狀況示意圖。 為判 第7Β 層狀況示意Γ域鳴峨細崎物Α圖的分 的分層第狀 =膠片底部有，可撓—的指紋感測器 位置時第8A圖的分 第8B圖為指紋感測器在臨近裝置外殼壁 層狀況示意圖。 =9A圖為使用超薄玻璃的指紋感測器的分層狀況示意圖。 層狀況示意圖。 第犯圖細域_姐近裝置外殼魏置時第9A圖的分 示意圖 第10A圖為在蓋板上使用直接增層的指紋感測器的分層狀況 29 201246087A linear array 1512 and a sensor element sensing device are further included to include a read circuit (5) 4 for reading from the sensor element 15() 2 when reading a fingerprint juxtaposed on the sensor surface 1507. The analog output signal two read circuit 1554 includes an amplifier (10) configured to amplify the analog decidate 'to read the signal more accurately in subsequent operations. A low pass 1 1558 ’ can be configured to transition any noise from the analog signal to more efficiently process the analog signal. The read circuit 1554 can also include an analog/digital (A/D) converter 1560' that is configured to convert the output signal from the sensor element to a health number, which represents _ series 0 and 丨, Fingerprint feature sensing is defined for pixel material contact points that pass through the surface of the sensor. Such U can be received by the motion sensing II and the fingerprint sensing surface, and read and read separately. 23 201246087 The reading circuit 1554 can store the output signal in the storage 1562, and the fingerprint data i564 is temporarily stored and stored in the storage. , or saved to the processor 1566 can process the signal, or later for processing. Processor 1566 includes an arithmetic unit configured to process algorithms for cursor navigation and fingerprint reconstruction. Processing logic 1570 is configured to process information and to ride on digital converters, amplifiers, signal filters, logic gates (both not shown), and other logic used by the processor. The software application 1578 used by the 1574 thief 1574 threatening algorithm 1576 domain processor 1566 is used for the various functions described above, as explained in more detail below. The line flow is a gambling gamble, configured to initiate communication of various components contained in the 15GG of the sensing device. The memory and storage can be any suitable computer readable ship, which is difficult for professionals to make. The system also includes a controller in communication with the fingerprint sensor circuitry to capture a fingerprint image when the user's finger is fingerprinting on the fingerprint or _ thief. Therefore, the system can be equipped with 1D and/or 2D flashing fingers or fingerprints. In a system, it is possible that the display and the fingerprint sensor have no control, and in this system, the system is configured to include a display control, a visual display that separates the control from the test. Another method is to make the (four)-health (four) (four) visible display and fingerprint sensor operation. It is also possible to place the fingerprint sensor on the top glass cover of the display, rather than on the touchscreen. Figure I6 shows the use of fingerprint sensors in accordance with the disclosure information in the communication network. Current disclosures may also include a variety of functions within a communication network implemented by a computer processor (e.g., a microprocessor) that is specifically understood. Micro-processing can be a full-time processing of H, configured to expose the pre-existing task of 2012-0487 facet (4). Micro-processing n (4) is set to operate other devices, such as memory access module, memory storage, /, /, '" set, body and related to the information transmission according to the disclosure Mei soft, format, such as, / coffee, C + +, Wei (Extensible Markup Language) Sexual operation ^ ^ meaning related to the operation of the device, the implementation of the function related to the disclosure of the information. The code can be language and style (4) /, I know well. Different code formats, code configurations, styles and forms of software programs, and other disclosures: the method of configuring the code for the operation of the processor does not deviate from the spirit and scope of the disclosure. ...in a non-type device, such as a laptop or desktop computer, with a processing: or a hand-held device that handles miscellaneous items, and may include computer data, other devices that use information to disclose information. There are a variety of (4) devices that can be stored and Retrieve the information while performing the function according to the disclosure information. Such t-brain wipes include a cache memory i, and central processing H makes it a convenient storage location for storing and retrieving information frequently. In contrast, the permanent memory has also been used in such electrical occupations to store information that is centrally processed for routine search but not often changed in permanent memory. This is different from cache memory. It also typically includes main memory for storing and storing a larger amount of information, for example, configured to execute the Wei (4) material and the program according to the disclosure information when the central processor executes the instruction. Such memory can be configured to rely on access memory (RAM), static random access memory (jSRAM), dynamic random access memory (dram), flash memory, and other potentially broken central processor accesses. A memory storage device for storing and retrieving information. These memory devices are changed to have different 25 201246087 states during data storage and retrieval operations, such as different charges, different magnetic poles, and the like. Accordingly, the systems and methods described herein in accordance with the disclosed configuration enable physical changes to such memory devices to be monthly b. Accordingly, the disclosures described herein are applicable to novel and useful systems and methods in which a memory device can be changed to another state. The disclosure is not limited to any particular type of memory device or any procedure commonly used to store and retrieve information from such memory. One or more sets of private media or multiple media (eg, centralized or distributed repositories and/or associated caches and servers) can be used. Any medium (e.g., computer readable medium) capable of storing, encoding, or equipping a set of instructions for the machine to perform and causing the machine to perform any one or more of the disclosed information descriptions is suitable for use herein. The machine readable medium or electrographically readable medium also includes any mechanism that is provided (i.e., stored and/or transmitted) in the form of a machine (i.e., computer, pda, cell phone, etc.). For example, a machine-readable medium includes § memory (such as the memory described above); magnetic disk storage media; optical storage media; flash memory devices; bioelectronics, mechanical systems; electrical, optical, acoustic, or other forms of communication Signal (eg, carrier, infrared, digital, etc.). The device or machine readable medium can include a microelectromechanical system (10) MS), a nanotechnology, an organic, a holographic, a blister, and a money thief optical disk. The d-south sub-segment can be distributed with different machines II, such as in an interconnected computer or as a different virtual computer. In addition, computer readable media can be placed anywhere within the network. The 16th _ shows - finer than the demonstration _ road calculation Wei Cong, in this environment there is a ship that communicates with the client computer through the communication _ 165G. As shown in Figure 16, the feeder 1610 can be deleted via a communication network (but fixed line or wireless LAN, WAN, intranet, extranet, peer-to-peer or a combination of such networks) 26 201246087 】^^= 6 environments (such as tablet computer, mobile phone, smart phone personal computer 1603 and personal digital assistant 608) are interconnected.职(四)咖转网_路赖路魏辄器1610 乍 乍 专 专 专 专 专 专 专 专 专 16 16 16 16 16 ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( Object Access Protocol (SOAP) or Wireless Protocol (wAp) processes data, transmits to the customer environment (4), and receives data from the client environment. Other wireless protocols can also be used without exceeding the scope of the disclosure information. Including Wireless Markup Language (WML), DoCoMo Café (used in Japan, etc.) and Lisboa Basic. In addition, the network computing environment can use various data security protocols, such as Secure Communication Layer (SSL) or good security. Protocol (pGp). Each client computing environment sentence can be equipped to support one or more computing applications (such as web browser (not shown) or other graphical user interface (not shown) or mobile desktop environment (not The operating system 1638 is shown to access the server computing environment. The communication device with the display device (eg, computer deleted, smart phone 1604, and PDA 1608) can be configured as The data is obtained from the fingerprint sensor according to the above method. This design is not difficult for the professional to understand. In addition, the information from the fingerprint sensor can be transmitted to other devices in the network to assist in the network environment. User authentication, regardless of whether the receiving device has a display. The device disclosed herein can be used as part of a communication network to provide a mechanism for biometric information, such as 'sensing biometrics associated with a certain user. Information; the sensed information can then be compared with the biometric template associated with the user; if the biometric information matches the biometric template, the credentials associated with the user can be received based on the biometric information. Transfer the credentials to the 27 201246087 requester. In another program, the biometrics installed in the client device with the secret application can be identified. After that, the biometric M related to a certain user can be identified. And creating a biometric related to the biometric information of the user, and the template system can be set to receive the same as the (4) According to the combination, the user's credentials are combined with the biometric template. The device can also be executed on the disclosed device. The device includes a configuration for transmitting biometric services and/or multiple stations. The network player and the exposed biometric extension unit of the communication and communication. The token activation can also be used to activate the time, as the use of the integrated sensor can help the use of the network drama program. The application knowledge is configured on the client device to be executable by the client processor to assist in secure transactions, such as financial transactions, which can be authenticated by integrating information obtained by the sensor (eg, exposed sensors). The official display and description of the invention is shown here. For professionals, 'such devices (4) are only used as examples. The specialists can use a variety of variations, alterations and alternatives instead of It will depart from the scope of the invention. It should be noted that the various (fourth) generations of the bribes that were placed here may appear in the application. The following statements are intended to define the scope of the invention and the methods and structures in the scope of the claims [Simple description of the diagram] The top view and the m (4) top view of the electronic device equipped with electronic display. Figures 2A and 2B are the 1A and mth drawings (cross-sectional view of the line device, showing the integration of different fingerprint sensors. Figure 3 shows the H-face, the axis is covered The cover layer and the assembly 28 201246087 and the configuration to connect the wafer to the inner surface of the outer casing can be exploded. Figure 4B is a schematic diagram of the display knife shown in Fig. 2A and Fig. 2; Figure 5A shows the stratification of the fingerprint flipper with two layers of conductors at the bottom of the film. The schematic diagram of the layered domain is a subtle diagram of the 5A diagram. The sixth diagram shows the stratification of the fingerprint _ of the two layers of conductors at the top of the film. Figure 6 is a schematic diagram of the state of the 6th layer of the fingerprint sensor near the wall of the device. Figure 7 is a schematic diagram of the layered condition of a flexible transparent conductor at the bottom of the film. The layered shape of the domain 峨 峨 细 细 细 细 细 = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = =9A is a fingerprint sensing using ultra-thin glass Schematic diagram of the stratification situation. Schematic diagram of the layer condition. The sub-figure map _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 29 201246087

第10B圖為指紋感測器在臨近裝置外殼壁位置時第祖 分層狀況示意圖。 J “ =11圖為顯不器的一部分，該部分使用印刷金屬導線環繞在 蓋板邊緣。 第圖為直接增層方法使用環繞導線的狀況示意圖。 第12B圖為指紋感測器在臨近裝置外殼壁位置時第圖的 分層狀況示意圖。 第13A圖為超薄玻璃方法使用環繞導線的狀況示意圖。 第ΠΒ圖為^紋感測器在臨近褒置外殼壁位置時第μ圖的 分層狀況示意圖。 第Η圖為另—種指紋感㈣器配置的分層狀況示意圖。 第I5圖械職魏置為與顯示I置配合錢的狀況示意 第16圖為在通訊網路内触揭露資訊使时置的狀況示意 β ° 【主要元件符號說明】 100、200 電子裝置 102 頂端表面 104 底部表面 110、210 外殼 112、212 邊緣 120 > 220 顯示器界面 124、224、324 遮罩 134 ' 235 觸控感測器 201246087 140、240、440 指紋感測器 146 放置區 206、302、406 上層 208 ' 408 下層 222'422 保護層 226 觸控電路控制器 228'428 電子顯示器 230、430 印刷電路板 232 可撓性電路 234、234， 導電層 238、438 透明蓋板 260 可撓性接頭 262 指紋感測器控制器 320 顯示器界面 332 可撓性部分 424 遮罩層 425 孔隙 426 整合控制器 434、434， 導電層 435 觸控螢幕層 462 積體電路 502 上層 504 下層 508 薄膜底層 31 201246087 510 、 610 、 522 524 、 624 、 538 、 638 、 540 、 640 、 548 、 548， 550 552 560 、 660 、 562 、 662 、 564 622 、 722 、 648 、 648’ 652 ' 752 664 748 、 848 、 750 810 、 910 、 824 、 924 、 838 > 938 > 840 、 940 、 852'952 ' 860 、 960 、 862、962、 外殼 薄膜 遮罩 透明蓋板 指紋感測器 導體層 光學塗層 黏接層 可撓性電路 晶片 保護層 硬塗層 導體層 黏膠層 薄膜層 導電層 塗層 外殼 遮罩 透明蓋板 指紋感測 黏膠 可撓性電路 晶片 32 201246087 864 923 966、 1023 1048 1060 1068 1134 1138 1210 1224 1240 1262 1322 1350 1360 1423 1434 1435 1438 1448 1452 1464 透明塑膠薄膜 超薄玻璃層 1066、1366 異性導電薄膜 、1223 硬塗層 、1248、1348 導電層 可撓性電路接頭 、1268 平面拋光層 、1234 導線 、1238、1338透明蓋板 外殼 、1324、1424 遮罩 、1340、1440指紋感測器 、1362、1462 晶片 超薄玻璃 光學塗層 可撓性電路 薄玻璃層 透明感測器 透明觸控感測器 透明蓋板 可撓性電路 、1439 黏膠 透明塑膠層 異性導電薄膜 33 1466 201246087 1500 感測裝置 1502 感測器元件 1507 感測器表面 1512 線性陣列 1552 感測器控制邏輯 1554 讀取電路 1556 放大器 1558 低通濾、波器 1560 轉換器 1562 儲存器 1564 指紋資料 1566 處理器 1568 運算單元 1570 處理邏輯 1574 常駐記憶體 1576 演算法 1578 軟體應用程式 1580 系統匯流排 1600 網路計算環境 1602 平板電腦 1603 個人電腦 1604 智慧型手機 1606 電話 1608 個人數位助理 34 201246087 1610 1638 1650 伺服器 作業系統 通訊網路 35Figure 10B is a schematic diagram showing the ancestor stratification of the fingerprint sensor as it approaches the wall of the device housing. J “ =11 is a part of the display, which is printed on the edge of the cover using printed metal wires. The figure is a schematic diagram of the condition of using the surrounding wires in the direct build-up method. Figure 12B shows the fingerprint sensor in the vicinity of the device case. Schematic diagram of the stratification of the figure in the position of the wall. Figure 13A is a schematic diagram of the condition of using the surrounding wire in the ultra-thin glass method. The figure is the stratification of the μ map when the sensor is adjacent to the wall of the casing. The figure is a schematic diagram of the stratification status of the other type of fingerprint (four) device configuration. The first picture shows the status of the device with the display of I with the display of I. Figure 16 shows the information in the communication network. Status indication β ° [Main component symbol description] 100, 200 electronic device 102 top surface 104 bottom surface 110, 210 housing 112, 212 edge 120 > 220 display interface 124, 224, 324 mask 134 ' 235 touch sense Detector 201246087 140, 240, 440 fingerprint sensor 146 placement area 206, 302, 406 upper layer 208 ' 408 lower layer 222 '422 protective layer 226 touch circuit controller 228 '428 electronic Display 230, 430 Printed Circuit Board 232 Flexible Circuits 234, 234, Conductive Layers 238, 438 Transparent Cover 260 Flexible Joint 262 Fingerprint Sensor Controller 320 Display Interface 332 Flexible Port 424 Mask Layer 425 Pore 426 integrated controller 434, 434, conductive layer 435 touch screen layer 462 integrated circuit 502 upper layer 504 lower layer 508 film bottom layer 31 201246087 510, 610, 522 524, 624, 538, 638, 540, 640, 548, 548, 550 552 560 , 660 , 562 , 662 , 564 622 , 722 , 648 , 648 ' 652 ' 752 664 748 , 848 , 750 810 , 910 , 824 , 924 , 838 > 938 > 840 , 940 , 852 ' 952 ' 860, 960, 862, 962, outer casing film cover transparent cover fingerprint sensor conductor layer optical coating adhesive layer flexible circuit wafer protective layer hard coating conductor layer adhesive layer film layer conductive layer coating shell cover Cover transparent cover fingerprint sensing adhesive flexible circuit chip 32 201246087 864 923 966, 1023 1048 1060 1068 1134 1138 1210 1224 1240 1262 1322 1350 1360 1423 1434 1435 1438 1448 1452 1464 Transparent plastic film ultra-thin glass layer 1066, 1366 isotropic conductive film, 1223 hard coating, 1248, 1348 conductive layer flexible circuit connector, 1268 flat polished layer, 1234 wire, 1238, 1338 transparent cover Enclosure, 1324, 1424 mask, 1340, 1440 fingerprint sensor, 1362, 1462 wafer ultra-thin glass optical coating flexible circuit thin glass layer transparent sensor transparent touch sensor transparent cover flexible circuit 1439 Adhesive transparent plastic layer anisotropic conductive film 33 1466 201246087 1500 Sensing device 1502 Sensor component 1507 Sensor surface 1512 Linear array 1552 Sensor control logic 1554 Read circuit 1556 Amplifier 1558 Low pass filter, wave 1560 Converter 1562 Memory 1564 Fingerprint 1566 Processor 1568 Unit 1570 Processing Logic 1574 Resident Memory 1576 Algorithm 1578 Software Application 1580 System Bus 1600 Network Computing Environment 1602 Tablet 1603 Personal Computer 1604 Smart Phone 1606 Telephone 1608 Personal digital assistant 34 201246087 1610 1 638 1650 Server Operating System Communication Network 35

Claims (1)

201246087 七、申請專利範圍： 1. 一種指紋感測器包括： 一感測器，設置在距離一電子顯示器最上層丨毫米以内 的位置；以及 一控制器，該控制器與該感測器連接，用以擷取一指紋 參數’其中該控制器設置在該電子顯示器的下層； 其中’該感測器置入該電子顯示器且位於一透明蓋板和 一保護層之間。 2. 如申請專利範圍第1項所述的指紋感測器，其中該電子顯示 器更包括一觸控感測器。 3. 如申請專利範圍第2項所述的指紋感測器’其中該觸控感測 器係由觸控感測器控制器控制。 4. 如申請專利範圍第1項所述的指紋感測器，其中該控制器還 與一觸控感測器連接。 5·如申請專利範圍第1項所述的指紋感測器，更包括一遮罩 層’其上層與該保護層相鄰。 6. 如申§青專利範圍第5項所述的指紋感測器’其中一導電層設 置在該遮罩層的底層，該遮罩層設置在該保護層的下層。 7. 如申明專利範圍第5項所述的指紋感測器，其中該遮罩層還 包括指紋感測區標誌。 8. 如申凊專利範圍第1項所述的指紋感測器，其中該控制芎是 覆晶薄膜。 9. 如申請專利範圍第1項所述的指紋感測器，其中該感測器包 括至少一導電層。 36 201246087 ιο·如申μ專利範圍第9項所述的指紋感測器’其中所述導電層 係選自銦锡氧化物、納米碳管、金屬納米線、透明導電聚入 物和精細金屬中的其中一種或多種。 11. 如申請專利範圍第9項所述的指紋感測器，其中所述導電屏 是可撓性材料。 9 12. 如申請專利範圍第1項所述的指紋感測器，還包括一個或多 個平坦層、光學塗層、光學透明黏膠、透明塑膠膜和硬塗層。 13. 如申凊專利範圍第1項所述的指紋感測器，其中該保護層選 自包括超薄玻璃和聚對笨二甲酸的群組組合。 u.如申請專利範圍第13項所述的指紋感測器，其中該保護層 具有硬塗層。 15.如申請專利範圍第2項所述的指紋感測器，其中該指紋感測 器還包括一導電層，該觸控感測器還包括一導電層，其中指 紋感測器的導電層和觸控感測器的導電層構成一個整體。 16· —種電子顯示器包括： 一電子顯示器模組，用以生成一可見顯示； 一保護層，位於該電子顯示器模組上方，並且用以長期 接觸使用者的手指表面； 一指紋感測器；以及 控制’该控制器與該指紋感測器連接，用以在感測 手指時擷取一指紋參數。 Π.如申請專利範圍第16項所述的電子顯示器還包括一運動感 測器’用於探測指紋感測器上的手指移動狀況。 18·如申請專利範圍第16項所述的電子顯示器還包括一存在感 37 201246087 測器，用於探測指紋感測器上放置的手指。 19. 如申請專利範圍第16項所述的電子顯示器還包括一顯示器 控制器，該顯示器控制器與該電子顯示模組連接，用以不°, 該電子顯示模組的該可見顯示。 控制 20. 如申請專利範圍第19項所述的電子顯示器，其 。 控制器還與該指紋感測器連接，並用以控制該指紋感剛器。 21·如申請專利範圍第16項所述的電子顯示H，其中該指: 測器還包括一導電層，該導電層設置在一遮罩層下方，士、&quot; 罩層位於保護層的底層。 忒遮 其中該遮罩層 其中該控制器 22.如申請專利範圍第21項所述的電子顯示器， 包括指紋感測區標誌。 23.如申請專利範圍第16項所述的電子顯示器， 疋覆晶薄膜。 24.如申請專利範圍第16項所述的電子顯示器，其中該指 測器包括至少一導電層。 ? 技如申請專利細第24項所述的電子顯示器，其中所述導電 層係選自銦錫氧化物、納米碳管、金屬納轉、透明導電聚 合物和精細金屬中的其中一種或多種。 26.如申请專利範圍第％項所述的電子顯示器，其中所述導電 層是可撓性材料。 &amp;如申請專利範圍第16項所述的電子顯示器還包括一個或多 個平坦層、光學塗層、光學透明點膠、透明塑膠膜和硬塗層。 汉如申請專利範圍第16項所述的電子顯示器，其中該保護層 係選自包括超薄玻璃和聚對苯二甲_群組組合。 38 201246087 29. 如申請專利範圍第28項所述的電子顯示器，其中該保護層 具有硬塗層。 30. 如申請專利範圍第16項所述的電子顯示器還包括一觸控感 測器。 卫 31. 如申請專利範圍第3〇項所述的電子顯示器，其中該指紋感 • 測器還可包括一導電層，該觸控感測器還可包括一導電層， 其中指紋感測器的導電層和觸控感測器的導電層構成一個 整體。 32. —種組裝電子顯示器的方法，其步驟包括： 提供一基板； 在基板上安裝一顯示器控制器； 在基板上安裝一電子顯示器模組； 將一指紋感測器的電路設置在該電子顯示器模組的上 端，其中該指紋感測器設置在距離電子顯示器最上層丨毫米 以内的位置；以及 μ . 在電子顯示器最上層設置一保護層，該保護層位於該指 紋感測器的電路之上β .33.如申請專利範圍第32項所述的方法還包括在該保護層與該 電子顯示器之間設置一遮罩層的步驟。 、 34. 如申請專利範圍第32項所述的方法還包括將一使用者保護 層設置在該遮罩層上方的步驟。 35. 如申請專利範圍第32項所述的方法，其中該顯示器控制器 用以控制一運動感測器和該指紋感測器。 36. 如申請專利範圍第35項所述的綠還包括將顯示器控制器 39 201246087 連接至運動感_和指紋感測器的步驟。 士申叫專利範g第Μ項所述的方法還包括將—指紋感測器 控制器設置在該基板上的步驟。 38.如申請專利範圍第37項所述的方法還包括將顯示器控制器 與運動感測器的電路連接，以及將該指紋感測器控制器與指 紋感測器的電路連接的步驟。201246087 VII. Patent application scope: 1. A fingerprint sensor comprises: a sensor disposed at a position within a range of less than 丨m from an uppermost layer of an electronic display; and a controller connected to the sensor, For capturing a fingerprint parameter 'where the controller is disposed on the lower layer of the electronic display; wherein the sensor is placed in the electronic display and located between a transparent cover and a protective layer. 2. The fingerprint sensor of claim 1, wherein the electronic display further comprises a touch sensor. 3. The fingerprint sensor of claim 2, wherein the touch sensor is controlled by a touch sensor controller. 4. The fingerprint sensor of claim 1, wherein the controller is further coupled to a touch sensor. 5. The fingerprint sensor of claim 1, further comprising a mask layer' having an upper layer adjacent to the protective layer. 6. The fingerprint sensor of claim 5, wherein one of the conductive layers is disposed on the bottom layer of the mask layer, the mask layer is disposed on the lower layer of the protective layer. 7. The fingerprint sensor of claim 5, wherein the mask layer further comprises a fingerprint sensing area indicator. 8. The fingerprint sensor of claim 1, wherein the control device is a flip chip. 9. The fingerprint sensor of claim 1, wherein the sensor comprises at least one electrically conductive layer. The fingerprint sensor of claim 9 wherein the conductive layer is selected from the group consisting of indium tin oxide, carbon nanotubes, metal nanowires, transparent conductive agglomerates, and fine metals. One or more of them. 11. The fingerprint sensor of claim 9, wherein the conductive screen is a flexible material. 9 12. The fingerprint sensor of claim 1, further comprising one or more flat layers, an optical coating, an optically clear adhesive, a transparent plastic film, and a hard coat layer. 13. The fingerprint sensor of claim 1, wherein the protective layer is selected from the group consisting of ultra-thin glass and poly-p-dicarboxylic acid. The fingerprint sensor of claim 13, wherein the protective layer has a hard coat layer. 15. The fingerprint sensor of claim 2, wherein the fingerprint sensor further comprises a conductive layer, the touch sensor further comprising a conductive layer, wherein the conductive layer of the fingerprint sensor The conductive layer of the touch sensor is formed as a whole. The electronic display comprises: an electronic display module for generating a visible display; a protective layer located above the electronic display module and for long-term contact with the surface of the user's finger; a fingerprint sensor; And controlling the controller to be connected to the fingerprint sensor for capturing a fingerprint parameter when sensing the finger. The electronic display of claim 16 further comprising a motion sensor </ RTI> for detecting a finger movement condition on the fingerprint sensor. 18. The electronic display of claim 16 further comprising a presence sensor 37 201246087 for detecting a finger placed on the fingerprint sensor. 19. The electronic display of claim 16 further comprising a display controller coupled to the electronic display module for not displaying the visible display of the electronic display module. Control 20. The electronic display of claim 19, wherein. The controller is also connected to the fingerprint sensor and used to control the fingerprint sensor. The electronic display H according to claim 16, wherein the finger further comprises a conductive layer disposed under a mask layer, and the cover layer is located at a bottom layer of the protective layer . The electronic display of claim 21, comprising the fingerprint sensing area indicator. 23. The electronic display of claim 16, wherein the flip chip is laminated. 24. The electronic display of claim 16, wherein the detector comprises at least one electrically conductive layer. The electronic display of claim 24, wherein the conductive layer is selected from the group consisting of indium tin oxide, carbon nanotubes, metal nano-transistors, transparent conductive polymers, and fine metals. 26. The electronic display of claim 1 wherein the electrically conductive layer is a flexible material. The electronic display of claim 16 further comprising one or more flat layers, an optical coating, an optically clear dispensing, a transparent plastic film, and a hard coating. The electronic display of claim 16, wherein the protective layer is selected from the group consisting of ultra-thin glass and poly-p-xylene-group combinations. The electronic display of claim 28, wherein the protective layer has a hard coat layer. 30. The electronic display of claim 16 further comprising a touch sensor. The electronic display of claim 3, wherein the fingerprint sensor further comprises a conductive layer, the touch sensor further comprising a conductive layer, wherein the fingerprint sensor The conductive layer and the conductive layer of the touch sensor form a whole. 32. A method of assembling an electronic display, the method comprising: providing a substrate; mounting a display controller on the substrate; mounting an electronic display module on the substrate; and disposing a circuit of the fingerprint sensor on the electronic display An upper end of the module, wherein the fingerprint sensor is disposed within a distance of less than 丨m from the uppermost layer of the electronic display; and μ. a protective layer is disposed on the uppermost layer of the electronic display, the protective layer is located on the circuit of the fingerprint sensor The method of claim 32, further comprising the step of providing a mask layer between the protective layer and the electronic display. 34. The method of claim 32, further comprising the step of placing a user protection layer over the mask layer. 35. The method of claim 32, wherein the display controller is to control a motion sensor and the fingerprint sensor. 36. Green as described in claim 35, further includes the step of connecting display controller 39 201246087 to the motion sense and fingerprint sensor. The method described in the patent application is also included in the step of placing a fingerprint sensor controller on the substrate. 38. The method of claim 37, further comprising the step of connecting the display controller to the circuitry of the motion sensor and the step of connecting the fingerprint sensor controller to the circuitry of the fingerprint sensor.
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