201244660 六、發明說明： 【發明所屬之技術領域】 本發明係與具有輯安全特㈣錢包或錢減關，特別是關 於-種採用電子功能以保護錢包的系統與方法，亦即一種具有生 物認證以及發送和魏電子錢高級功能的智慧韻包系統與方 法。 【先前技術】 在-個電子裝置與交易的時代中，資料的安全防護已經變成 了-個重要的問題’由此引發產生了大量的安全系統。兩種常用 的方法是密碼與身份識別(PIN)系統。密碼系統要求用戶向認證系 統提供用戶名與密碼(對用戶來說兩者都是單一的）。在另一方面， 身份識別㈣通常要求用戶提供—_於認證目的代碼，通常被 稱之為PIN代碼。在忘記密碼或者刚代碼的航下，密碼與身 份識別系統都被證明是對用戶的—種困擾。而且，如果用戶a怜 好得到用戶B的密碼或者刚代·願給予或者通過其他手織 取），用戶A能夠則地冒充# B。—翻於避免此類安全隱患 的方法是應縣於用戶的生理或行為舰作為認證方法。這是生 物識別技術的總體思路。 生物識別技術是可測量的生物學特性的研究。在電腦安金 中，生物識別技術指的是基於能被自動檢測的可測量生理(例如 臉，指紋，掌紋，虹膜，或職)或行為(例如按鍵，簽名，或諸 音)特徵的認證技術。 在上述的描述中，認證通常通過—生物識別裝置完成。以下 201244660 為生物識別裝置的功m—般描述。首先生物識別裝置獲取一 特徵檔，紐將賊取的特賴與—存職或範本進行比較。最 後’在被獲取的特賴與存赌成舰瞒，用戶與朗系統連 接請求認證。 以才曰紋為基礎的s忍證：最通用的生物認證技術之一就是指 紋’用戶掃描他觸指㈣本並且通聰證裝置進行比較該輸入 的指紋是否與對制-個人的存儲指紋相匹配…些指紋認證裝 置還進-步提供檢查脈搏的麵，從而克服_非真實指紋虛假 認證所引發的問題。 >以手。a何形狀為基礎的認證：—認證查詢系統通過掃描器 獲取用戶的手與手指的生理特徵並與同一用戶的存儲範本相匹 配。在成功認證後’ -動作(如開啟安全門)通過查詢系統被執行。 以視網膜掃描為基礎_^ —掃·利_光近距離掃描 用戶的視網膜(該圖像形成眼球黑色部分的賴），財__眼部簽 名。圖像被$-步與一存儲視網膜範本進行匹配，成功匹配後特 定動作被執行。然而應當注意的是：用戶未能正確聚焦的話可能 引起不準確的結果。 以虹膜掃描為基礎的認證：一虹膜掃描器掃描虹膜的獨立隨 機圖樣(眼鏡的彩色部分)並且根據比較被獲取圖樣 一致性來認_戶。不同於視網膜掃描，不需要近距離互動。’ 以面部識別為基礎的認證：一面部識別系統掃抬(用戶面部特 徵)並獲取用戶面部圖像，並將其與同一用戶的存儲靜態面部圖像 相比較。成功認證後，一特定動作通過面部識別系統執行。 201244660 以簽名驗證為基礎㈣證：此認職術_-魏筆與一寫 字板來。己錄用戶的^名。此系統隨後將其與對應同—用戶的存儲 簽名樣本進行比較，經認證後，執行—特定動作。 山吾音識別為基礎的認證：在此技術中的認證系統是基於識 別語音與語謂徵(與-好_)，這種語音與語謂徵是感覺不 到的ϋ此難以被複製。語音識別系統通常需要更多的記憶體用 於存儲用戶的語音範本。 因此生物識別技術開始在認證與安全領域中發揮重要作 用。生物識別技術不是基於用戶能記住的(如密碼顺代碼等)來認 e用戶’而疋利用用戶的特徵(或用戶的身份)來進行認證。 迄今錢包已經為大家所熟知。一些例子包括Niemberger申請 的美國專利號US5653276，名稱為「錢包與錢夾的結合」的專利； 以及Horn申請的美國專利申請號US2〇〇6/〇273129，名稱為「錢 包安全」的專利。 最近，電子追蹤與記錄系統中的改進已經被提出，其利用了 最新的短距離、低功耗技術，諸如藍牙與ZigBee。然而，還沒有 類似的建s義提出：專門針對個人錢包提供生物識別認證以及電子 跟蹤。 【發明内容】 赛於上述情況’本發明的目的在於提供一種智慧型錢包，或 者一種iWallet ’其提出了基於認證模組的生物識別技術用於防止 非所有者開啟該裝置。 201244660 本發月的另-目的在於提供一種防暮改與防水的智慧型錢 包。 知本發明的再-目的在於提供一種具有電子傳輸與接受能力的 曰慧型錢包，從而提供指示例如何時安全錢包與侧的遙控錄匙 被帶出預設範圍。 本發明的又-目的在於提供—種遙控鑰匙裝置被設置安裝在 移動電活上或移動電話内’或者可選擇地被設置為—錄匙圈。 本發明的進-步改進在於提供一種具有USB璋的智慧型錢 包’以至於資料能通過個人或筆記本電腦被取出，存入或者編程。 本發明的另-個目的在於提供一種簡單易用，易於實施並且 比較低成本的智慧型錢包系統與方法。 本發明具體解決與緩和上述的缺陷，更具體地說，本發明是 針對-種智慧型錢包，該智慧型錢包包括：_開啟狀態；一保護 狀態；以及-生物辨識n，其中該生物辨識器係提供生物特徵辨 識，以允許該錢包從該保護狀態轉變到開啟狀態。 該智慧型錢包，在第-方面，更包括—左側與—右側，該左 側與該右舰過姉連接。-較佳實_彳還包括_ LED用於提示 相對電池強度。再者’該智慧型錢包包括設置在該錢包内部的塑 膠支撐夾’該塑膠支撐夹係用以容置名片。 該智慧型錢包也是智慧型錢包追縱系統的—部分。$此，該智 慧型錢包包括-第-射頻單元智慧型錢包追縱系統，該智慧型 錢包追蹤系統包含：一遙控鑰匙，具有分離的一第二射頻單元，該 第-與第二射頻單元係架構來用於相互發送與接收電子信號，且當 201244660 該遙控錄匙與該智慧型錢包相間隔一預定距離時，該遙控錄匙藉由 一聲音產生器(211，610，716)發出聲音指示。 該智慧型錢包更包括在該聽内部具有—基底浮雕以便於 取出紙鈔與信用卡。並且，該錢包内部包括一名片套，用以容置 名片或信用卡’該名片套具有角度偏差，以便於取出該等名片或 信用卡。進-步改進在於該智慧型錢包包括聚碳酸醋-娜混合物 以及本乙稀-丙稀猜材料。 在第二方面’本發明是-種保護錢包的方法，該方法包括：提 供-錢包，該錢包具有電子傳輸與接收能力；提供一遙控錄匙，以 從該錢包傳輸及接收若干電子信號；使用該傳輸與接收的電子信號 以判定該錢包是賴該遙控鍮匙在—財距納；以及若偵測到該 遙控鑰匙與該錢包超出該預定距離者，一聲音產生器係發出聲音指 示。 該方法進一步包括：將該錢包鎖扣在一閉合狀態；經由若干 控制㈣以電子方式控綱鎖扣動作；以及通過—生無識器以辨 識控制該鎖扣之動作。 在第二方面’本發明是一種保護錢包的系統，包括：一遙控 输匙，係與該錢包分離’其中該錢包與該遙控錄匙之間互相傳輸 與接收電子信號，並且測定在該錢包與該遙控錄匙間之一距離； 以及一聲音產生器，係當該錢包與該遙控鑰匙之間的該距離超出 該預定距_，該聲音產生H即發蜂音指示紐醒用戶β 本發明的系統的進-步特徵在於該錢包進一步包括：一開啟 狀態’-保護狀態；以及-生物辨識器，其中該生物辨識器係提 201244660 供生物特徵辨識，以允許該錢包從該保護狀態轉變到開啟狀態。 該遙控鑰匙進一步包括一電池室，該電池室包括一螺旋蓋。 進一步地，一自黏膠被提供用於將該遙控鑰匙貼附在移動電話 上。作為一可選實施例，遙控鑰匙的所有硬體元件被納入一移動 電話的設計。作為另一可選實施例，該遙控鑰匙進一步包括一個 環圈，用以繫在鑰匙圈上。 本領域的一普通技術人員能根據發明的範圍與原理進行各方 面的改變與修正。此處已經根據附圖描述了例證性的實施例，但 應理解到此發明不應局限於以上實施例。 【實施方式】 雖然本發明使用了幾個較佳實施例進行解釋，但是下列圖式 及具體實施方式僅僅是本發明的較佳實施例；應說明的是，下面 所揭示的具體實施方式僅僅是本發明的例子，並不表示本發明限 於下列圖式及具體實施方式。 首先參考圖1，係繪示了一種智慧型錢包追縱系統1〇〇。首 先’ 一智慧型錢包111係提供具有相對低功耗、短距離、無線傳 輸功能的電子信號115。其次，遙控鑰匙112係提供具有無線傳輸 功能並設置用以從智慧型錢包111接收與傳輸信號。作為一個實 施例，遙控鑰匙能通過環圈113與鑰匙圈114配對，或可選擇地， 如圖6A至圖7C所繪示的，遙控錄匙112也能夠被設置在一移動 電話上或移動電話内。 智慧型錢包追蹤系統1〇〇還進一步被設置以至於當錢包ill 201244660 與遙控鑰匙112被分開一預設距離時，例如10英尺，智慧型錢包 追蹤系統100將同時向錢包111與遙控鑰匙112提供音頻及/或振 動提示。舉例來說’音頻提示能通過一諸如蜂鸣器或揚聲器的聲 音產生器2(H ’ 202來提供。進一步的，舉例來說，振動提^能通 過將一微型馬達設置為重量不平衡來引起振動。音頻提示的原則 目的在於當錢包111已經被偷時提醒主人，並進一步的，在涉嫌 偷竊的時刻後錢包相對主人的方向。 作為另一種選擇’遙控鑰匙112被設置無線傳輸能力且錢包 111本身僅包括被動RFID ;因此當錢包iU超出範圍時僅遙控鑰 匙112會提醒用戶。在一較佳實施例中，通過同時或單獨設置於 遙控鑰匙112與錢包111上的接收器來檢測相對信號強度從而實 現錢包111與遙控錄匙112的範圍測定。 參照圖2A所示，實現典型智慧型錢包的硬體元件方塊圖 200。在一較佳實施例中，一生物辨識器以指紋模組2〇3的形式被 實現。微處理器204通過例如聲音產生器201與振動器2〇2來控 制範圍測定的動作，也通過指紋模組203進行用戶認證。一安全 參數索引(spi)與錢包主人的生物識別簽名相關聯。微處理器2〇4 經由通用輸入輪出介面(GPl〇)與無線模組2〇5通信連接，例如包括 天線206。較佳地，處理器2〇4與無線模組205都是低功耗並且與 。亥類電子領域中的最新進展保持同步。進—步地，根據實施例， 無賴組205配置如藍牙，ZigBee(IEEE 802.15.4)，RFID，或者超 寬_’所定義的短麟低功耗協議。 圖2B繪示了一遙控鑰匙硬體方塊圖210，其中微處理器215 201244660 與無賴組制。她地’集成的處理ϋ與無_組215控制聲 音產生H 211與振動器212，並與天線216電性連接。 圖2C繪示了本發明的智慧型錢包111的軟體方賴230。軟 體方塊圖230包括以下應用：註冊、登陸、認證、範圍測定231、 無線堆疊233、安全庫232、生物識別中間件234、作業系統235 以及裝置驅動236。作業系統235包括諸如進程間通信，記憶體管 理’時鐘，與檔管理。裝置驅動236包括無線，快閃記憶體，ι/〇 谭’計時器，指紋讀取器，以及其他。位於作㈣統頂部的是無 線通信堆疊233 ’生物識別庫(中間件)234，以及安全庫232。應用 層包括諸如同步，用戶註冊，用戶認證和範圍測定231的應用一。 圖2D繪示了本發明的遙控錄起112的軟體方塊圖⑽。軟體 方塊圖240包括以下應用：配對與範圍測定241，通信堆疊災， 系統服務與設備驅動243。電子遙控鑰匙112上的軟體比智慧型錢 包111上的軟體簡單。因此’此處不提供全功能的作業系統，而 疋代之以-簡單的輪轉環’其中每個軟體模組(配對與範圍測定 24卜通信堆疊242 ’系統服務與設備驅動243)被給予一個cpu的 時間片段。 在圖3A中繪示了智慧型錢包的另一個在閉合或安全狀態下 的實施例300。如圖所示，生物辨識器31〇被配置用於掃描那些嘗 試開啟錢包300的人的指紋。LED 32〇被設計為當處理器識 別出智慧型錢包300的主人的指紋時發出綠光。並且，當成功認 證被獲得時，聲音產生器2G1發出—種和譜的聲音。進一步地， 當生物辨識器310掃描到的指紋不同於處理器所認可的主人 201244660 的指紋時，LED 320被設計發出紅光，且聲音產生器2〇1會發出 一種警告蜂鳴。仍然進一步地，當錢包3〇〇的電池電能低於門限 電平時，LED 32被設計發出黃燈，並且聲音產生器2〇1將發出間 歇蜂鳴聲。在一較佳實施例中’通過將充電器的迷你USB介面3 3〇 插入父流電源供應器，對錢包電池進行再充電。可選擇地，一 適配器的獨立埠能被提供作為一種設計選擇。 錢包300可以被描述為類似一個香煙盒，錢包係僅能通 過例如指紋的生物識別來開啟。錢包3〇〇僅能被主人自己打開； 因此，當錢包的主人在睡覺或在浴室的時候，兒童，配偶，室友 等被拒絕訪問其内容。 圖3A還顯示了天線340與迷你USB介面330。圖3B至3D 進一步從不同視角展現了錢包300。在圖3B中顯示了錢包3〇〇處 於開啟狀態。智慧型錢包300的内部展現了在其左側的一個塑膠 支撐夾360,在塑膠支撐夾360中用戶可以放置例如名片361的物 件。在相對應的右側，一個真皮間隔350被提供，其具有内側351 以及外側353。如圖3C所示，内側351被設計用於容置紙鈔352。 如圖3B與3D所示，外側353被設計用於容置信用卡，或者類似 的物件。另外還展現了用於安全錢包3〇〇的一個鎖扣wo。在一較 佳實施例中，鎖扣370通過一馬達驅動器控制；然而其他種類的 驅動器也可以應用。無論選擇何種驅動器，都被設計為斷電鎖定， 因此，在電源中斷或者處於待用模式時，智慧型錢包3〇〇的鎖定 機理默認為鎖定狀態。在一較佳實施例中，由於鎖扣控制電源僅 被用於開啟鎖扣，電池電源能被最小化。 201244660 圖4A與4B進一步地展現了如圖1中所示的智慧型錢包 實施例。此處，一個可選擇的鎖扣470的實施例被展現。並且， 本實施例智慧型錢包111不同於圖3A中顯示的智慧型錢包3〇〇， 本實施例智慧型錢包111其具有兩個LED 415，420。第一 LED 420 能被用於電池電能提示，第二LED415提供生物識別提示。其他 值得注意的物理特徵是天線440與USB埠430。還要引起注意的 是，用於容置卡片461的名片套469與用於容置紙鈔452的塑膠 支撐失460。重要地’本實施例智慧型錢包1U包括有基底浮雕 455用於幫助取出紙鈔452 ;以及基底浮雕450用於幫助取出位於 錢包111内部的卡片。進一步地’錢包111内部顯示了植軸48〇。 更進一步地，圖5A至圖5C中顯示了根據本發明智慧型錢包 500的另一實施例。相似地’本實施例智慧型錢包5〇〇包括led 520、USB埠530、天線540以及生物辨識器510。同樣相似地， 錢包500的内部包括用於放紙鈔552的塑膠支撐夾56〇，具有基底 浮雕555用於方便抽取。内部形成有樞轴58〇。然而，該實施例 500的不同之處在於：如圖5B與5C所示，名片套汹形成一角 度偏差來容置卡片561。 圖6A與6B顯示了本發明遙控鑰匙6〇〇的另一個實施例，然 而，其方法通過—合適的黏膠787(圖7C)將遙控繪匙600配對至-移動電話690上。遙控鑰匙_具有-揚聲器616及- LED 620 並且，包括-電池室_與螺旋蓋685。正如此處所表示的，系統 100 ki、以下功此.當遙控錄匙6⑻與本發明的智慧型錢包^、 300 500之間超出預設距離時，遙控錄匙刪將通過揚聲器 201244660 提供聲音提示，以及LED 620的視覺提示。 仍然進一步地，另一遙控鎗匙7〇〇的較佳實施例在圖7A至 圖7C中被展現。如圓所示，遙控錄匙7⑻包括聲音產生器7丨6、 LED 720與具有螺旋蓋785的電池室？86。圖7B展現了遙控鑰匙 7〇〇被貼設於移動電話790上。圖7C從遙控鑰匙7〇〇下部這一有 利位置顯示了遙控鑰匙的立體圖，並且根據較佳實施例，自黏膠 787的第一侧與遙控鑰匙700配對，其包含有一相對高強度粘結材 料；黏膠787的第二側包含有一相對低強度粘結材料。更進一步 的改進在於：遙控鑰匙的適用硬體元件能被納入現有的移動電話 中，其中僅僅所需軟體被需要用於指導遙控錄匙進行基於本發明 的各種運作。 如所描述的，智慧型錢包in、300、5〇〇是一個電子化的個 人儲藏庫，其能夠與另一個小鑰匙鏈遙控鑰匙112或者移動電話 遙控鑰地600、700進行無線電子信號115，從而監管他們的協同 定位，並且當兩者被分開時提醒用戶。在一較佳實施例中，電子 遙控錄匙600、700具有-個小的外形設計使其能被附在一移動電 話690、790上。進-步在-較佳實施例中，智慧型錢包i u、3〇〇、 500是防水的，並能被進一步改進為一防水密封裝置。更進一步的 較佳實施例中，到妾於生物識別輸入的感測器能測定是否錢包 1U、300、500在沒有生物識別認證的情況下被強迫開啟。因此， 如果錢包被用一個螺絲起子撬開，警鈴將通過聲音產生器2〇1響 起0 本發明所$想的結構材料包括用於錢包⑴、3QQ、5⑽的欽。 14 201244660 =步地’電池室686 ’ 786的螺旋蓋585、685、785可以由聚碳 I酉曰-ABS成合物组成。同樣作為較佳實施例，le〇咖、伽、別、 620、’包含半透明娜苯卧丙騎(SAN)材料作為其覆蓋材 料。 、 本發明的其他方面考慮此處包含-個旁路功能，舉例來說， 其包括-引_於錢池沒有㈣情況下允許賴包⑴、、 進行存取。並且，當⑽埠330與430被連接到一台電腦上 時，USB 4 330與430可被用於對本發明的系统卿進行設置、 編私以及H·同樣通過其方式，系統1〇〇可以提供嘗試存取錢 包111、300、500的生物識別的記錄。 本7員域的、曰通技術人員能根據發明的範圍愈斤理逸彳干久方 面的改變與修正。此處已經根據關描述了舰性= 應理解到此發财應局限独上實施•例如，儘f —項權利要 求中的元素被如下設定為某種組合，必須理解的是該發明包括如 上所述的更少，更錢和元素的組合，即使最初未要求該種組 合0 此處顯示並且詳細揭示的特定智慧型錢包能夠充分獲得目的 並提供優勢，應該理解的是這只是本發明較佳實施例的一種例 證，除了在附加權利要求中描述的以外，其不應局限於此處顯示 的結構或設計的細節。 本領域技術人㈣所要求賴主題做出扯知的或之後設計 的非實質性的改變，㈣確地認為是紐地落入侧要求保護範 圍内。因此’本領域技術人員做出的己知的或之後知曉的明顯替 201244660 代被認為是落入所述限定元素範圍内。 雖然、本發明以相_較佳實蝴進行麟，但是這並不構成 對本發明的限制。應說明岐，本領域的技術人員根據本發明的 心4¾夠構造出很多其他類似實施例，這些均在本發明的保護範 圍之中。 【圖式簡單說明】 圖1係表示本發明保護錢包系統的示意圖。 圖2A係表示本發明智慧型錢包的硬體元件的方塊圖。 圖2B係表示本發明遙控鑰匙的硬體元件的方塊圖。 圖2c係表示本發明智慧型錢包的軟體元件的方塊圖。 圖2D係表示本發明遙控鑰匙的軟體元件的方塊圖。 圖係表示本發明智慧型錢包第一實施例，也稱之為iWallet， 的立體圖。 圖3B係表示本發明智慧型錢包第一實施例在開啟狀態下的立 體圖。 圖3C係表示本發明智慧型錢包第一實施例具有一處於展開狀 態的内部真皮間隔的立體圖。 圖 3 J) 係表示本發明智慧型錢包第一實施例的俯視圖。 圖4A係表示本發明智慧型錢包第二實施例在閉合狀態下的立 體圖。 igl yf r\ v 係表示本發明智慧型錢包第二實施例在開啟狀態下的立 ' 體圖。 圖5A係表示本發明智慧型錢包第三實施例在閉合狀態下的立 201244660 體圖。 圖5B係表林發明智慧顯包第三實_在_狀態下的立 體圖。 圖5C係表示本發明智慧型錢包第三實施例沿圖5A巾5C-5C剖 面線的剖面圖。 圖6A係表示本發明遙控錄匙第一實施例的立體圖。 圖6B係表示根據本發明的較佳實施方式，遙控錄匙第〆實施例 被貼設於一移動電話上的側視圖。 圖7A係表示本發明遙控錄匙第二實施例的立體圖。 圖7B係表示根據本發明的較佳實施方式，遙控鑰匙第二實施例 被貼設於一移動電話上的側視圖。 圖7C係表示本發明遙控銳第二實闕底部紗_表現了 本發明的自黏膠。 【主要元件符號說明】 100 智慧型錢包追蹤系統 111 智慧型錢包 112 遙控鑰匙 113 環圈 114 矯起圈 115 電子信號 200 智慧型錢包的硬體元件方塊圖 201 聲音產生器 17 202 201244660 203 204 205 206 210 211 212 215 216 230 231 232 233 234 235 236 240 241 242 243 300 310 振動器 指紋模組 微處理器 無線模組 天線 遙控鑰匙硬體方塊圖 聲音產生器 振動器 微處理器 天線 智慧型錢包的軟體方塊圖 範圍測定 安全庫 無線堆疊 生物識別中間件 作業系統 裝置驅動 遙控鑰匙的軟體方塊圖 配對與範圍測定 通信堆疊 對系統服務與設備驅動 智慧型錢包 生物辨識器 201244660 320 LED 330 迷你USB介面 340 天線 350 真皮間隔 351 内側 352 紙鈔 353 外側 360 塑膠支撐夾 370 鎖扣 415 LED 420 LED 430 USB埠 440 天線 452 紙鈔 455 基底浮雕 456 基底浮雕 461 卡片 469 名片套 480 框軸 500 智慧型錢包 510 生物辨識器 520 LED 530 USB埠 540 天線 19 201244660 552 紙鈔 555 基底浮雕 560 塑膠支撐夾 561 卡片 569 名片套 580 樞軸 585 螺旋蓋 600 遙控錄匙] 616 揚聲器 620 LED 685 螺旋蓋 686 電池室 690 移動電話 700 遙控錄匙 716 聲音產生器 720 LED 785 螺旋蓋 786 電池室 787 黏膠 790 移動電話201244660 VI. Description of the Invention: [Technical Field of the Invention] The present invention relates to a system and method for protecting a wallet by using a security special (four) wallet or money reduction, in particular, a biometric authentication As well as the wisdom and rhyme system and method of sending and advanced functions of Wei Electronic Money. [Prior Art] In the era of electronic devices and transactions, the security of data has become an important issue, which has led to the creation of a large number of security systems. Two common methods are password and identification (PIN) systems. The cryptosystem requires the user to provide a username and password to the authentication system (both for the user). On the other hand, identification (4) usually requires the user to provide a code for authentication purposes, often referred to as a PIN code. Passwords and identity recognition systems have proven to be a problem for users when they forget the password or just the code. Moreover, if the user a pity gets the password of the user B or if he or she wishes to give it or is woven by other hands, the user A can pretend to be #B. - The way to avoid such safety hazards is to use the county's physiological or behavioral ship as the authentication method. This is the general idea of biometrics. Biometric technology is the study of measurable biological properties. In computer security, biometrics refers to authentication techniques based on measurable physiology (such as face, fingerprint, palm print, iris, or job) or behavior (such as buttons, signatures, or sounds) that can be automatically detected. . In the above description, authentication is usually done by a biometric device. The following 201244660 is a generic description of the biometric device. First, the biometric identification device acquires a signature file, and the new thief takes the special remedy and compares it with the deposit or the model. Finally, the user is connected to the Lang system to request authentication after being acquired. It is based on the 曰 pattern: one of the most common biometric authentication techniques is the fingerprint 'user scans his finger (four) and the Tong Cong card device compares whether the input fingerprint is related to the fingerprint of Matching... Some fingerprint authentication devices also provide step-by-step inspection of the pulse surface to overcome the problems caused by false authentication of non-authentic fingerprints. > by hand. a shape-based authentication: The authentication query system obtains the physiological characteristics of the user's hands and fingers through the scanner and matches the storage template of the same user. After successful authentication, the 'action (such as opening a security gate) is executed through the query system. Based on retinal scan _^-sweeping _light close-up scanning the user's retina (the image forms the black part of the eyeball), the __ eye sign. The image is matched by a $-step to a stored retina template, and a specific action is executed after a successful match. However, it should be noted that failure by the user to focus properly may result in inaccurate results. Iris scan-based authentication: An iris scanner scans the iris's independent random pattern (the colored portion of the glasses) and recognizes the pattern consistency based on the comparison. Unlike retinal scanning, there is no need for close interaction. Face recognition-based authentication: A facial recognition system sweeps (user facial features) and acquires a user's facial image and compares it to the stored user's stored static facial image. After successful authentication, a specific action is performed by the facial recognition system. 201244660 Based on signature verification (4) Certificate: This is the application of _- Wei pen and a word board. The name of the user who has recorded the user. The system then compares it to the corresponding same-user's stored signature sample, and after authentication, performs a specific action. Shanwu tone recognition-based authentication: The authentication system in this technology is based on the recognition of speech and linguistic signs (and-good_), which are not sensible and are difficult to copy. Speech recognition systems typically require more memory for storing the user's speech template. Biometrics are therefore beginning to play an important role in the field of certification and security. Biometric technology is not based on the user's ability to remember (such as passwords, etc.) to identify the user's and to use the user's characteristics (or the user's identity) for authentication. The wallet has been known to everyone so far. Some examples include U.S. Patent No. 5,565,276 issued to Niemberger, entitled "The Combination of Wallet and Wallet"; and US Patent Application No. US 2 〇〇 6/〇 273,129, filed on Jan. Recently, improvements in electronic tracking and recording systems have been proposed that utilize the latest short-range, low-power technologies such as Bluetooth and ZigBee. However, there is no similar stipulation: biometric authentication and electronic tracking for personal wallets. SUMMARY OF THE INVENTION The present invention is directed to providing a smart wallet, or an iWallet, which proposes an authentication module based biometric technology for preventing a non-owner from turning on the device. 201244660 Another purpose of this month is to provide a smart money package that is tamper-proof and waterproof. It is a further object of the present invention to provide a smart wallet having electronic transmission and reception capabilities, thereby providing an indication of, for example, when the security wallet and the side remote control key are brought out of the preset range. It is yet another object of the present invention to provide a remote key device that is configured to be mounted on a mobile electrical or mobile telephone' or alternatively configured as a keyway. A further improvement of the present invention is to provide a smart wallet with a USB port so that the data can be retrieved, stored or programmed by a personal or laptop computer. Another object of the present invention is to provide a smart wallet system and method that is simple to use, easy to implement, and relatively low cost. The present invention specifically solves and alleviates the above-mentioned drawbacks. More specifically, the present invention is directed to a smart wallet including: an open state; a protected state; and a biometric n, wherein the biometric recognizer A biometric identification is provided to allow the wallet to transition from the protected state to the open state. The smart wallet, in the first aspect, further includes - the left side and the right side, and the left side is connected to the right ship. - Better _ 彳 also includes _ LEDs to indicate relative battery strength. Furthermore, the smart wallet includes a plastic support clip disposed inside the wallet. The plastic support clip is for accommodating a business card. This smart wallet is also part of the smart wallet tracking system. $This smart wallet includes a --RF unit smart wallet tracking system, the smart wallet tracking system includes: a remote control key having a separate second RF unit, the first and second RF units The architecture is configured to send and receive electronic signals to each other, and when the remote control key is spaced a predetermined distance from the smart wallet by 201244660, the remote control key is sounded by a sound generator (211, 610, 716) . The smart wallet further includes a base embossment inside the listener for facilitating the removal of the banknote and the credit card. Moreover, the wallet internally includes a business card holder for accommodating a business card or a credit card. The business card holder has an angular deviation for facilitating the removal of the business card or credit card. The further improvement is that the smart wallet includes a polycarbonate-na mixture and the present ethylene-acrylic guess material. In a second aspect, the invention is a method of protecting a wallet, the method comprising: providing a wallet having electronic transmission and reception capabilities; providing a remote control key to transmit and receive a plurality of electronic signals from the wallet; The transmitting and receiving electronic signals determine that the wallet is in the financial distance; and if the remote control key and the wallet are detected to exceed the predetermined distance, a sound generator emits an audible indication. The method further includes: latching the wallet in a closed state; electronically controlling the latching action via a plurality of controls (4); and identifying the action of controlling the latching by the ignorant. In a second aspect, the invention is a system for protecting a wallet, comprising: a remote control key separated from the wallet, wherein the wallet and the remote control key transmit and receive electronic signals to each other, and the wallet is a distance between the remote control key; and a sound generator, wherein the distance between the wallet and the remote control key exceeds the predetermined distance _, the sound is generated by a buzzer sound indicating that the user is awake the user β The further step of the system is characterized in that the wallet further comprises: an open state '-protected state; and a biometric identifier, wherein the biometric recognizer provides 201244660 for biometric identification to allow the wallet to transition from the protected state to the open state status. The remote control key further includes a battery compartment including a screw cap. Further, a self-adhesive is provided for attaching the remote control key to the mobile phone. As an alternative embodiment, all of the hardware components of the fob are incorporated into the design of a mobile phone. As a further alternative embodiment, the remote control key further includes a loop for attaching to the key ring. A person of ordinary skill in the art can make various changes and modifications in accordance with the scope and principles of the invention. The illustrative embodiments have been described herein with reference to the drawings, but it should be understood that the invention should not be limited to the above embodiments. The present invention has been described in terms of several preferred embodiments, but the following drawings and specific embodiments are merely preferred embodiments of the present invention; it should be noted that the specific embodiments disclosed below are only The examples of the invention are not intended to limit the invention to the following drawings and specific embodiments. Referring first to FIG. 1, a smart wallet tracking system is illustrated. The first 'one smart wallet 111' provides electronic signals 115 with relatively low power, short range, wireless transmission capabilities. Second, the remote control key 112 is provided with a wireless transmission function and is configured to receive and transmit signals from the smart wallet 111. As an embodiment, the remote control key can be paired with the key ring 114 via the loop 113, or alternatively, as shown in Figures 6A-7C, the remote control key 112 can also be placed on a mobile phone or mobile phone. Inside. The smart wallet tracking system 1 is further configured such that when the wallet ill 201244660 is separated from the remote control key 112 by a predetermined distance, such as 10 feet, the smart wallet tracking system 100 will simultaneously provide the wallet 111 and the remote control key 112. Audio and / or vibration tips. For example, an 'audio cue can be provided by a sound generator 2 such as a buzzer or a speaker (H' 202. Further, for example, vibration can be caused by setting a micromotor to a weight imbalance The principle of the audio prompt is to remind the owner when the wallet 111 has been stolen, and further, the direction of the wallet relative to the owner after the moment of suspected theft. As another option, the remote control key 112 is set to wireless transmission capability and the wallet 111 It only includes passive RFID itself; therefore only the remote control key 112 will alert the user when the wallet iU is out of range. In a preferred embodiment, the relative signal strength is detected by a receiver that is simultaneously or separately disposed on the remote control key 112 and the wallet 111. Thereby, the range determination of the wallet 111 and the remote control key 112 is realized. Referring to Fig. 2A, a hardware component block diagram 200 of a typical smart wallet is implemented. In a preferred embodiment, a biometric identifier is a fingerprint module 2 The form of 3 is implemented. The microprocessor 204 controls the range determination by, for example, the sound generator 201 and the vibrator 2〇2, The fingerprint module 203 performs user authentication. A security parameter index (spi) is associated with the biometric signature of the wallet owner. The microprocessor 2〇4 communicates with the wireless module 2〇5 via the universal input wheeling interface (GP1〇). For example, the antenna 206 is included. Preferably, both the processor 2〇4 and the wireless module 205 are low-power consumption and are synchronized with the latest developments in the field of electronic electronics. Further, according to an embodiment, a rogue group The 205 is configured with a short-link low-power protocol as defined by Bluetooth, ZigBee (IEEE 802.15.4), RFID, or ultra-wide. Figure 2B illustrates a remote key hardware block diagram 210 in which the microprocessor 215 201244660 In conjunction with the rogue system, her 'integrated processing and no-group 215 controls the sound generation H 211 and the vibrator 212, and is electrically connected to the antenna 216. Figure 2C illustrates the software side of the smart wallet 111 of the present invention. The software block diagram 230 includes the following applications: registration, login, authentication, scope determination 231, wireless stack 233, secure library 232, biometric middleware 234, operating system 235, and device driver 236. Operating system 235 includes, for example, interprocess Communication, memory management 'clock, and file management. Device driver 236 includes wireless, flash memory, ι / 〇 Tan' timer, fingerprint reader, and others. Located at the top of the system (four) is the wireless communication stack 233 'Biometric library (middleware) 234, and security library 232. The application layer includes applications such as synchronization, user registration, user authentication, and range determination 231. Figure 2D depicts a software block diagram of remote control recording 112 of the present invention. (10) The software block diagram 240 includes the following applications: pairing and range determination 241, communication stack disaster, system service and device driver 243. The software on the electronic remote control key 112 is simpler than the software on the smart money package 111. Therefore, 'a full-featured operating system is not provided here, and instead of a simple rotating ring', each software module (pairing and range determination 24 communication stack 242 'system service and device driver 243) is given a The time slice of the cpu. Another embodiment 300 of a smart wallet in a closed or secure state is illustrated in FIG. 3A. As shown, the biometric identifier 31 is configured to scan the fingerprints of those who attempt to open the wallet 300. The LED 32 is designed to emit green light when the processor recognizes the fingerprint of the owner of the smart wallet 300. And, when the successful authentication is obtained, the sound generator 2G1 emits a sound of a kind and a spectrum. Further, when the fingerprint detected by the biometric identifier 310 is different from the fingerprint of the owner 201244660 approved by the processor, the LED 320 is designed to emit red light, and the sound generator 2〇1 emits a warning beep. Still further, when the battery power of the wallet 3 is below the threshold level, the LED 32 is designed to emit a yellow light, and the sound generator 2〇1 will emit a pause beep. In a preferred embodiment, the wallet battery is recharged by plugging the charger's mini USB interface 3 3〇 into the parent stream power supply. Alternatively, an independent adapter of an adapter can be provided as a design choice. The wallet 300 can be described as being similar to a cigarette pack, and the wallet can only be opened by biometric recognition such as fingerprints. The wallet 3 can only be opened by the owner himself; therefore, when the owner of the wallet is sleeping or in the bathroom, the child, spouse, roommate, etc. are denied access to their content. FIG. 3A also shows antenna 340 and mini USB interface 330. Figures 3B through 3D further illustrate the wallet 300 from a different perspective. It is shown in Fig. 3B that the wallet 3 is in an open state. The interior of the smart wallet 300 presents a plastic support clip 360 on its left side in which the user can place an item such as a business card 361. On the corresponding right side, a dermal spacer 350 is provided having an inner side 351 and an outer side 353. As shown in FIG. 3C, the inner side 351 is designed to receive the bill 352. As shown in Figures 3B and 3D, the outer side 353 is designed to accommodate a credit card, or the like. Also shown is a lock for the security wallet. In a preferred embodiment, the latch 370 is controlled by a motor drive; however, other types of actuators are also applicable. No matter which drive is selected, it is designed to be powered off, so the lock mechanism of the smart wallet is locked by default when the power is interrupted or in standby mode. In a preferred embodiment, battery power can be minimized since the latch control power source is only used to unlock the latch. 201244660 Figures 4A and 4B further illustrate an intelligent wallet embodiment as shown in Figure 1. Here, an embodiment of an optional lock 470 is shown. Moreover, the smart wallet 111 of the present embodiment is different from the smart wallet 3〇〇 shown in FIG. 3A. The smart wallet 111 of the embodiment has two LEDs 415, 420. The first LED 420 can be used for battery power cues and the second LED 415 provides biometric cues. Other notable physical features are antenna 440 and USB port 430. It is also noted that the business card holder 469 for accommodating the card 461 and the plastic support for accommodating the banknote 452 are lost 460. Importantly, the smart wallet 1U of the present embodiment includes a base relief 455 for assisting in the removal of the banknote 452; and a base relief 450 for assisting in the removal of the card located inside the wallet 111. Further, the planting axis 48 is displayed inside the wallet 111. Further, another embodiment of the smart wallet 500 according to the present invention is shown in Figs. 5A to 5C. Similarly, the smart wallet 5 of the present embodiment includes a led 520, a USB port 530, an antenna 540, and a biometric recognizer 510. Similarly, the interior of the wallet 500 includes a plastic support clip 56 for the bill 552, with a base relief 555 for ease of extraction. A pivot 58 is formed inside. However, this embodiment 500 differs in that, as shown in Figs. 5B and 5C, the card holder is formed with an angular deviation to accommodate the card 561. Figures 6A and 6B show another embodiment of the remote control key 6 of the present invention. However, the method couples the remote control key 600 to the mobile telephone 690 via a suitable adhesive 787 (Fig. 7C). The remote control key has a speaker 616 and an LED 620 and includes a battery compartment _ and a screw cap 685. As indicated here, the system 100 ki, the following is the same. When the remote control key 6 (8) and the smart wallet ^, 300 500 of the present invention exceed the preset distance, the remote keyless deletion will provide an audible prompt through the speaker 201244660. And visual cues for the LED 620. Still further, a preferred embodiment of another remote control gun 7 is shown in Figures 7A-7C. As indicated by the circle, the remote control key 7 (8) includes a sound generator 7丨6, an LED 720 and a battery compartment with a screw cap 785? 86. Figure 7B shows that the remote control key 7 is attached to the mobile telephone 790. Figure 7C shows a perspective view of the remote control key from the vantage point of the remote control key 7, and according to a preferred embodiment, the first side of the self-adhesive 787 is paired with the remote control key 700, which includes a relatively high strength bonding material. The second side of the adhesive 787 contains a relatively low strength bonding material. A further improvement is that the applicable hardware components of the remote control key can be incorporated into existing mobile phones where only the required software is needed to direct the remote control key to perform various operations based on the present invention. As described, the smart wallet in, 300, 5 is an electronic personal repository that is capable of wireless electronic signal 115 with another small key fob remote control key 112 or mobile telephone remote key 600, 700. Thereby supervising their co-location and alerting the user when the two are separated. In a preferred embodiment, the electronic remote control keys 600, 700 have a small form factor that allows them to be attached to a mobile telephone 690, 790. Further, in the preferred embodiment, the smart wallets iu, 3, 500 are waterproof and can be further modified into a waterproof seal. In still further preferred embodiments, the sensor for biometric input can determine if the wallet 1U, 300, 500 is forcibly turned on without biometric authentication. Therefore, if the wallet is opened with a screwdriver, the alarm bell will sound through the sound generator 2〇1. The structural material of the invention is intended to include the wallets (1), 3QQ, 5(10). 14 201244660 = Steps 'Cell chambers 686' 786 The screw caps 585, 685, 785 may be composed of a polycarbo-I-ABS composition. Also as a preferred embodiment, the 〇, 伽, 别, 620, ' contains a translucent naphthalene (SAN) material as its covering material. Other aspects of the present invention contemplate the inclusion of a bypass function, for example, which includes -in the case of the money pool not (4), allowing the packet (1) to be accessed. Moreover, when (10) 埠 330 and 430 are connected to a computer, USB 4 330 and 430 can be used to set, edit, and H. the system of the present invention, and the system 1 can provide Attempts to access the biometric record of the wallets 111, 300, 500. The technical staff of the 7-member field can change and correct according to the scope of the invention. The ship's character has been described here. It should be understood that this wealth should be implemented on its own. • For example, the elements in the claim are set to some combination as follows. It must be understood that the invention includes the above. Less, more money and a combination of elements, even if this combination is not originally required. The specific smart wallet shown and disclosed in detail can fully achieve the purpose and provide advantages, it should be understood that this is only a preferred implementation of the present invention. An illustration of an example should not be limited to the details of the structure or design shown herein except as described in the appended claims. Those skilled in the art (4) require the subject to make intangible changes in the design or subsequent design, and (4) indeed believe that the New Zealand falls into the side requiring protection. Thus, the apparently known or later known apparently made by the skilled in the art is intended to fall within the scope of the defined elements. Although the present invention is carried out in a phased manner, this does not constitute a limitation of the present invention. It should be noted that those skilled in the art will be able to construct many other similar embodiments in accordance with the present invention, all of which are within the scope of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a schematic view showing a protective wallet system of the present invention. Figure 2A is a block diagram showing the hardware components of the smart wallet of the present invention. Figure 2B is a block diagram showing the hardware components of the remote control key of the present invention. Figure 2c is a block diagram showing the software components of the smart wallet of the present invention. Figure 2D is a block diagram showing the software components of the remote control key of the present invention. The figure shows a perspective view of a first embodiment of the smart wallet of the present invention, also referred to as iWallet. Fig. 3B is a perspective view showing the first embodiment of the smart wallet of the present invention in an open state. Fig. 3C is a perspective view showing the first embodiment of the smart wallet of the present invention having an inner dermal space in an unfolded state. Fig. 3 J) is a plan view showing a first embodiment of the smart wallet of the present invention. Fig. 4A is a perspective view showing the second embodiment of the smart wallet of the present invention in a closed state. Igl yf r\ v is a diagram showing the second embodiment of the smart wallet of the present invention in an open state. Fig. 5A is a perspective view showing the third embodiment of the smart wallet of the present invention in a closed state. Fig. 5B is a stereogram of the third real__state in the state of the invention. Fig. 5C is a cross-sectional view showing the third embodiment of the smart wallet of the present invention taken along line 5C-5C of Fig. 5A. Figure 6A is a perspective view showing a first embodiment of the remote control key of the present invention. Figure 6B is a side elevational view of a remotely controlled key switch embodiment attached to a mobile telephone in accordance with a preferred embodiment of the present invention. Figure 7A is a perspective view showing a second embodiment of the remote control key of the present invention. Figure 7B is a side elevational view showing the second embodiment of the remote control key attached to a mobile telephone in accordance with a preferred embodiment of the present invention. Fig. 7C is a view showing the self-adhesive of the present invention in which the remote-controlled sharp second solid bottom yarn of the present invention is shown. [Key Symbol Description] 100 Smart Wallet Tracking System 111 Smart Wallet 112 Remote Key 113 Ring 114 Lifting Ring 115 Electronic Signal 200 Hardware Block Diagram of Smart Wallet 201 Sound Generator 17 202 201244660 203 204 205 206 210 211 212 215 216 230 231 232 233 234 235 236 240 241 242 243 300 310 Vibrator Fingerprint Module Microprocessor Wireless Module Antenna Remote Key Hardware Block Diagram Sound Generator Vibrator Microprocessor Antenna Smart Wallet Software Block Diagram Range Determination Security Library Wireless Stacking Biometric Middleware Operating System Device Drive Remote Key Software Block Diagram Pairing and Range Determination Communication Stacking System Service and Device Driver Smart Wallet Bio-Identifier 201244660 320 LED 330 Mini USB Interface 340 Antenna 350 Leather compartment 351 Inside 352 Banknote 353 Outside 360 Plastic support clip 370 Lock 415 LED 420 LED 430 USB埠440 Antenna 452 Banknote 455 Base relief 456 Base relief 461 Card 469 Business card holder 480 Frame axis 500 Smart wallet 510 Biological identification 520 LED 530 USB埠540 Antenna 19 201244660 552 Banknote 555 Base embossed 560 Plastic support clip 561 Card 569 Business card holder 580 Pivot 585 Screw cover 600 Remote control key 616 Speaker 620 LED 685 Screw cover 686 Battery room 690 Mobile phone 700 Remote Key 716 Sound Generator 720 LED 785 Screw Cover 786 Battery Room 787 Adhesive 790 Mobile Phone