M410314 五、新型說明： 【新型所屬之技術領域】 本創作係有關於一種狀態記錄器，更詳而言之，係有 關種儲存及整合手持裝置内建感測元件所感測之感測資 料，以應用於行車、行動或執跡記錄等方面之狀態記 【先前技術】 ' 隨著科技曰新月異，智慧型手機或手持裝置的功能越 來越多元，除了提供攝影功能外，還具有如偵測手持裝置 之移動、狀態等感測裝置，藉此讓使用者透過該些感測裝 置可取得更多樣化的資訊，以辅助智慧型手機或手持裝置 執行更多應用軟體。 以目前熱門的iPhone為例，其内建有影像感測器、聲 波感測器、環境光感測器（ambient light sensor)、近接感 測器（proximity sensor )、加速度感測器（acceieroineter )、 角加速度感測器、磁阻感測器等感測元件，其中，影像感 测器係用於影像感測及拍攝功能，聲波感測器則用於聲波 感測，環境光感測器是感測裝置外部環境光度或亮度，而 近接感測器則用於裝置與外物距離偵測，此外，加速度感 測器又被稱為重力感測器（G-sensor )或線性加速度計， 主要提供裝置之速度及位移的感測，而角加速度感測器則 為用於XYZ軸感測之陀螺儀（Gyro Meter)，以提供較加速 度感測器更精確的方位角資訊，最後，資料磁阻感測器則 是提供地磁感測’也就是所謂的數位指南針或電子羅盤 (Compass )。由上可知，雖然智慧型手機或手持裝置提 M410314* 供多種感測元件以進行多元資訊感測，然而，目前並未對 該些感測資訊提供整合機制，特別是加入安全、正確的保 存機制，以及實用性、生活化之應用，實為可惜。 因此，如何提供一種能整合手持裝置内建感測元件所 感測之感測資料的狀態記錄器，是本領域之技術人員所應 面對的課題。 . 【新型内容】 . 鑒於上述習知技術之缺點，本創作係提供一種運用手 • 持裝置内建感測元件之狀態記錄器，透過將該些感測元件 之感測數據保存、分析及整合，以進行多樣化手持裝置所 在物體狀態的記錄。 本創作提出之一種運用手持裝置内建感測元件之狀 態記錄器，係對手持裝置内建的感測元件之感測數據進行 分析以產生並記錄該手持裝置所在物體的狀態資訊，該狀 態記錄器包括：資料收集模組，係用以收集該手持裝置内 I 建的感測元件所擷取之感測數據；計算模組，係用以分析 該感測數據並依據狀態判斷演算法藉由該感測數據計算出 該物體的狀態資訊；以及儲存模組，係用以儲存並記錄該 物體的狀態資訊。 於一實施態樣中，該手持裝置内建的感測元件可為陀 螺儀、電子羅盤、高度計、定位儀、溫度計、渔度計、加 速度感測器、速度感測器、影像感測器、環境光感測器、 近接感測器或聲音感測器。 於另一實施態樣中，該狀態記錄器可透過内建方式、 5 M410314 外接方式、有線網路或無線網路與該手持裝置連接。 於一變化實施態樣中，該狀態記錄器復包括傳輸模 組，係用以接收該手持裝置所傳送之感測數據，以及提供 該儲存模組與遠端裝置間的資訊傳送及接收。 於另一變化實施態樣中，該狀態記錄器復包括通報模 組，係用以判斷該儲存模組之該狀態資訊為預設事件產生 時，自動編輯產生通報訊息，並傳送至預先設定之遠端裝 置。 相較於習知技術，本創作之運用手持裝置内建感測元 件之狀態記錄器，可對手持裝置之内建感測元件的感測數 據進行分析及運用而產生狀態資訊，特別是，該狀態記錄 器可透過内建、外接、有線網路或無線網路與該手持裝置 連接，必要時，更將該些感測數據傳送至遠端裝置加以儲 存，俾使遠端裝置可即時取得該手持裝置相關資訊及狀 態，亦可於特定事件發生時，經通報訊息的產生並傳送至 其他外部裝置，藉此通報他人知悉該使用者之可能狀態。 因此，透過本創作所述之狀態記錄器，不僅讓手持裝置可 取代單一功能之感測器，亦使得感測數據可更廣泛運用。 【實施方式】 以下係藉由特定的具體實施態樣說明本創作之實施 方式，熟悉此技藝之人士可由本說明書所揭示之内容輕易 地瞭解本創作之其他優點與功效。 請參閱第1圖，係本創作之運用手持裝置内建感測元 件之狀態記錄器之架構方塊圖。如圖所示，該狀態記錄器2 係對手持裝置1内建的感測元件10之感測數據進行分析以 產生並記錄該手持裝置1所在物體的狀態資訊，該狀態記 錄器2係包含資料收集模組20、計算模組21以及儲存模 組22。其中，於此所述物體係指該手持裝置1所在處，可 能為人體 '車輛或其他町移動物體上，該手持裝置1係指 一般智慧型手機或具有感測設備之手持電子設備，並將所 感測之感測數據透過傳送方式100傳送至狀態記錄器2並 儲存，以供後續資料還原及整合應用，其中，該資料收集 模組20以及計算模組21係可透過軟體型態或積體電路方 式實現。 該資料收集模組20係用以收集該手持裝置1内建的 感測元件10所擷取之感測數據。該手持裝置1與該狀態記 錄器2間可透過多種傳送方式1〇〇進行連結，即該狀態記 錄器2可透過内建方式、外接方式、有線網路或無線網路 與該手持裝置1連接，並接收該感測元件1〇所擷取之感測 數據。 舉例而言，該無線網路可為全球互通微波存取 (WiMAX)、LTE (Long Term Evaluation)、3.5G 行動通 訊、紅外線、無線區域網路（Wi-Fi)、藍牙（Bluetooth )、 ZigBee無線感測網路、超寬頻（Ultra WideBand)短距離 無線通訊或近距離無線通信（NFC)。具體來說，該傳送方 式丨〇〇可為有線或無線傳輸，較佳者，利用無線傳輸網路 不僅縮短資料傳送時間，亦可避免該手持裝置1因移動而 導致訊號遺失。 M410314 計算模組21係用以分析該感測數據並依據狀態判斷 演算法藉由該感測數據計算出該物體的狀態資訊。詳細來 說，該計算模組21將該手持裝置1所測量到感測數據，依 據特定演算法加以分析計算，藉此得到物體的狀態資訊。 再者，計算模組21可分析該物體於連續時間的複數 個狀態資訊，以建立該物體的動態行為資訊。換言之，透 過將多筆狀態資訊加以整合，藉此建構出物體之動態行 為。例如，物體處於連續移動狀態時，手持裝置1内建感 測元件10會持續偵測並產生感測數據，無論物體進行高低 位移或速度、姿態與方位/方向變化，該計算模組21皆可 將該些感測數據加以整合並轉換為動態資訊（狀態資訊）。 儲存模組22係用以儲存並記錄該物體的狀態資訊。 於該狀態記錄器2中具有儲存模組22,以儲存該計算模組 21所計算出的狀態資訊。本創作透過狀態記錄器2收集並 儲存感測數據及狀態資訊，是為了提供更佳保護機制，除 了避免手持裝置1儲存空間不足及過度負載外的情況，更 能防止手持裝置1因受損而導致感測數據遺失。 於另一實施態樣中，該資料收集模組20、計算模組 21、儲存模組22，並無限制需置於狀態記錄器2内，亦即 三個模組可存在於不同設備或裝置内，而各模組間傳輸亦 可透過有線、無線等方式進行資料傳輸，如此讓各模組不 侷限於單一設備内，亦可簡化設備更新。 如第2圖所示，係為該手持裝置内建感測元件之示意 圖。該手持裝置1内建的感測元件10可為陀螺儀、電子羅 M410314. 盤、高度計、定位儀、温度計、溼度計、加速度感測器、 速度感測器、影像感測器、環境光感測器、近接感測器或 聲音感測器，又或者為用以偵測紫外光強度或累積量的紫 外光感測器。惟，應注意第2圖僅為本創作之一實施態樣， 並非侷限本創作之狀態記錄器的設計内容。 該些感測元件10所感測之感測數據可為方位角資 訊、方向資訊、高度資訊、速度資訊、加速度資訊、溫度 資訊、溼度資訊、定位資訊、影像資訊、光亮度資訊、距 • 離資訊或聲音資訊等。上述感測數據係表示該物體之狀態 資訊’例如：定位資訊可由GPS/AGPS/AP或基地台定位 所提供’利用陀螺儀可偵測使用者姿態而取得姿態資訊 等’因此’藉由將多個感測數據整合可應於更廣泛的領域。 舉例來說，陀螺儀係用以判斷該手持裝置1之三維方 向移動，以產生具三維方位資訊之感測數據； GPS/AGPS/AP或基地台定位係用以提供該手持裝置i之 φ 所在位置，以產生具定位資訊之感測數據；加速度感測器 .係用以判斷該手持裝置1之加速度變化，以產生具加速度 資訊之感測數據。若透過GPS/AGPS/AP或基地台定位感 測該手持裝置1狀態，僅能知悉該手持裝置丨位置移動過 程，又，若僅透過加速度感測器僅能知道該手持裝置丨移 動加速度狀態，若將上述兩種具定位資訊及加速度資訊之 感測資料作整合，即可重現該手持裝置丨於地圖上移動過 程，亦或是加入陀螺儀所提供三軸方位資訊之感測數據， 可重現該手持裝置1被移動狀態（如上下、翻轉或前後 9 M410314 等）。本創作將該些感測數據加以儲存及整合以提供狀態 記錄功能，攄以增加手持裝置的實用性。 本創作之狀態記錄器具有多種應用型態，如該手持裝 置可置於物體上’且透過陀螺儀、電子羅盤、高度計、定 位儀之感測數據的整合，以形成該物體移動之執跡記錄。 換言之’置於物體上之手持裝置可記錄該物體移動軌跡或 產生該物體之移動記錄，亦或是藉由影像感測器所感測之 影像數據’加入前述多個感應器之感測數據作為行動記錄 器。其他玎能應用方面，還可提供運動姿態之紀錄，藉以 供事後分析與矯正，如此可提供如舞蹈者或復建者的姿態 矯正。 再者’务將手持裝置及狀態記錄器放置於車輛内，則 透過陀螺儀、電子羅盤、定位儀、加速度感測器、速度感 測器或影像感測器之感測數據加以整合，使該狀態記錄器 作為車輛之完整行車記錄（類似黑盒子）^於一較佳態樣 中，該手持裝置具有提供影像拍攝之影像感測器，如攝影 鏡頭，該影像感測器可將所擷取之影像資訊傳送至該儲存 模組22進行儲存。具體來說，若僅用陀嫘儀、電子羅盤、 GPS/AGPS/AP或基地台定位及加速度感測器等所感測之 感測器數據來產生行車記錄資料時.，最多僅能透過動晝或 繪圖方式表現’但若加入影像資訊時（可能同時含車輛的 前拍與後拍），可將前述三維方向資訊、定位資訊及加速 度資訊，再搭配影像資訊來進行影像模擬，提供更真實的 行車記錄效果。例如，發生車禍時，透過實拍影像、車輛 M410314- 位置變化、車輛速度、車輛狀態變化（如翻滾情況）等資 料來重建當時車輛狀態，以加速釐清責任歸屬。 此外，該影像感測器所擷取之影像資訊，除了擷取該 車輛之外部影像外，還可用以判斷車輛内人員之使用權限 或行為狀態。亦即該影像感測器可用於對駕駛身分判斷以 作為車輛使用權限管控，或者作為駕駛行為判斷以避免打 - 瞌睡或吃東西等不當行為駕駛。另外，影像感測器同樣可 . 用來擷取車輛外部影像，藉此知悉車輛外部與週遭物體或 • 環境間的狀態。 請參閱第3圖，係本創作之手持裝置、狀態記錄器與 遠端裝置間之連線示意圖。於此需說明，第3圖所示部分 構件及實施内容與前述第1圖所示相同，因此，對於該些 構件功能不再贅述。 於第3圖中，該狀態記錄器2復包括傳輸模組23，係 用以接收該手持裝置1所傳送之感測數據，以及提供該儲 I 存模組22所儲存與遠端裝置7間的資訊傳送及接收，或者 • 接收來自遠端裝置7之資料。具體來說，為了確保所資料 收集模組20所收集之感測數據或是經計算模組21計算之 狀態資訊的保存，該狀態記錄器2可透過傳輸模組23將該 些數據資料透過無線網路200傳送至一遠端裝置7，該遠 端裝置7係指距離手持裝置1及狀態記錄器2較遠距離之 設備，舉例來說，若手持裝置1放置車輛上作為行車記錄 器時，則該狀態記錄器2可同時放置車上或整合於手持裝 置1中，並將資料透過無線網路200傳送出去。又，該遠 11 M410314 端裝置7亦可透過該無線網路200將整理後數據資料傳回 該狀態記錄器2,再將過傳輸模組23後儲存於該儲存模組 22内，該些數據資料可作為特殊事件判斷依據。該遠端裝 置7可能為一基地台、一伺服器或另一行動裝置，具有接 收資料之功能，藉以即時取得手持裝置1之位置及狀態。 此外，該狀態記錄器2復包括通報模組24，係用以判 斷該儲存模組之該狀態資訊為預設事件產生時，自動編輯 產生通報訊息，並傳送至預先設定之遠端裝置。如前段所 述，該儲存模組22可由外部接收並預存數據資料，以作為 特殊事件判斷依據，亦即該通報模組24會將該儲存模組 22之狀態資訊及預存之數據資料作比對，以判斷是否為預 設事件，若是則自動編輯對應之通報訊息，再依據事先設 定名單，將該通報訊息傳送至所設定之至少一遠端裝置7。 請參閱第4圖，係本創作之狀態記錄器一具體實施態 樣的示意圖，如圖所示，該手持裝置1與該狀態記錄器2 係置於車輛8内，並透過狀態記錄器2將手持裝置1内建 之影像感測器所擷取之影像資訊，以及其他感測元件所感 測之三維方位資訊、定位資訊或加速度資訊等感測數據進 行整合，以形成該車輛8之行車記錄。換言之，使用者可 將狀態記錄器2及手持裝置1置於車輛8内以作為行車記 錄器，且透過該狀態記錄器2使感測數據資料可即時並妥 善保存。而若狀態記錄器2係以軟體實現者，可一併整合 於手持裝置1中。 詳言之，手持裝置1透過無線傳輸300經短距離傳輸 12 M41U314 «測_或影像資訊 等資料送至該狀態記錄器2,而狀 態°己錄器2可透過無線網路200經遠距離傳輸將整合前或 正〇後數據資料送至一遠端裝置，如此，他人可透過該遠 端裝置即時得知車輛8的狀態，若需進行事故還原或車輛 6己錄追縱時，亦可由該狀態記錄器2取出該車輛8之行車 狀態記錄。 α %參閱第5圖，係本創作之狀態記錄器另一具體實施 態樣的示意圖。於圖式中’狀態記錄器係透過内建方式與 手持裝置1結合’而該手持裝置1可置於使用者9身上， 且將二維方位資訊、定位資訊及加速度資訊等感測數據作 整合’以形成使用者9移動之活動記錄。 /具體來說，使用者9可將手持裝置1放於身上，爾後 於仃進間透過内建感測元件進行狀態感測，經狀態記錄器 進行資料整合’並傳送至遠端裝置7内，如此，除了該; 持裝置1内狀態記錄器可記錄使用者9移動狀態外，他 亦可透過闕端f置7得知贿时9的航， 形態具有極大實驗。舉例來說，家中老人透過$ 1可讓家人知悉老人的生活作息，假若老人外出迷路1 ^過具定位資訊之感測數據來協尋；或者老人在家中不: ::到時’透過狀態記錄器可即時判 概態㈣（跌㈣程資料）傳送 。=並 貫施態樣巾，若記錄"合 於另一 端裝置7可接收手持裝署1 ^ 仏裝置7中’則遠 另外，該狀態記錚=测資料並進行數_斷。 、条器亦可料-般❹者行動記錄。 13 M410314 舉例來說，使用者可使用内建狀態記錄器之手持裝置來記 錄跑步狀態，亦即透過前述多種感測元件來感測，像是所 經過位置（以GPS感測）、路面高低起伏（以陀螺儀感測） 或者速度改變（以加速度感測器感測）等，可讓使用者事 後取得跑步記錄。另外，使用者還可記錄戶外移動過程， 例如遊樂園内的摩天輪、旋轉木馬或是雲霄飛車等遊戲器 材，無論其高低變化、速度變化、位置變化等皆可透過該 狀態記錄器來感測及記錄，如此讓感測數據應用更全面。 此外，本創作之感測元件並無限定其種類，較佳者為 應用原本内建於手持裝置内的感測元件。以iPhone為例， 其内部還具有其他感測元件，像是環境光感測器或近接感 測器等，其中，該環境光感測器可用以感測外部環境光亮 度，以產生具光亮度資訊之感測數據，且該光亮度資訊之 感測數據可用於與影像感測器所擷取之影像資訊作整合， 以輔助調整該影像資訊，藉此取得較佳效果之影像。而該 近接感測器可用以手持裝置與外部物件之距離感測，並以 產生具距離資訊之感測數據，且將該距離資訊及前述多項 感測數據整合後，可形成該手持裝置移動之軌跡記錄。除 上述常見之感測元件外，像是大氣壓力感測器、氣體感測 器等現有感測元件皆可在定位或環境狀態進行感測，同樣 可運用於本創作中。惟，由於感測元件種類似多，並無法 ——列出，但本創作主要精神係將感測數據進一步整合及 運用，不僅使得感測數據應用面更廣，且讓智慧型手機或 手持裝置可取代如行車記錄器、跑步記錄器、居家看護器 14 M410314 材等單一功能的電子設備。 综上所述，本創作之運用手持裝置内建感測元件之狀 態記錄器，透過手持裝置内建感測元件進行狀態感測，並 且整合該些感測數據以應用於行車、居家、運動或生活等 動態記錄，此外，本創作提供將感測數據即時傳送至遠端 裝置並儲存，除了具有更佳保存效果外，亦可讓其他人可 即時掌握使用者狀態，如此，讓具有感測元件之手持裝置 運產生最大效益。 上述實施態樣僅例示性說明本創作之原理及其功 效，而非用於限制本創作。任何熟習此項技藝之人士均可 在不違背本新型之精神及範疇下，對上述實施態樣進行修 飾與改變。因此，本創作之權利保護範圍，應如後述之申 請專利範圍所列。 【圖式簡單說明】 第1圖係本創作之運用手持裝置内建感測元件之狀態 記錄器之架構方塊圖； 第2圖係手持裝置内建感測元件之示意圖； 第3圖係本創作之手持裝置、狀態記錄器與遠端裝置 間之連線示意圖； 第4圖係本創作之狀態記錄器一具體實施態樣的示意 圖；以及 第5圖係本創作之狀態記錄器另一具體實施態樣的示 意圖。 【主要元件符號說明】 15 手持裝置 感測元件 狀態記錄器 資料收集模組 計算模組 儲存模組 傳輸模組 通報模組 遠端裝置 車輛 使用者 傳送方式 無線網路 無線傳輸 16M410314 V. New Description: [New Technology Field] This creation is about a state recorder. More specifically, it is about storing and integrating the sensing data sensed by the built-in sensing components of the handheld device. Status applied to driving, action or record keeping [previous technology] 'With the rapid development of technology, the functions of smart phones or handheld devices are becoming more diverse, in addition to providing photography functions, The sensing device of the mobile device and the state of the handheld device is measured, so that the user can obtain more diverse information through the sensing device to assist the smart phone or the handheld device to execute more application software. Take the current popular iPhone as an example, which has an image sensor, an acoustic sensor, an ambient light sensor, a proximity sensor, an acceleration sensor (acceieroineter), Sensing components such as an angular acceleration sensor and a magnetoresistive sensor, wherein the image sensor is used for image sensing and shooting functions, the acoustic sensor is used for sound wave sensing, and the ambient light sensor is sensed. The external luminosity or brightness of the device is measured, and the proximity sensor is used for detecting the distance between the device and the foreign object. In addition, the acceleration sensor is also called a gravity sensor (G-sensor) or a linear accelerometer. Sensing of the speed and displacement of the device, while the angular acceleration sensor is a Gyro Meter for XYZ-axis sensing to provide more accurate azimuth information than the accelerometer sensor. Finally, the data reluctance The sensor provides geomagnetic sensing 'also known as digital compass or electronic compass (Compass). As can be seen from the above, although smart phones or handheld devices provide M410314* for multiple sensing components for multi-information sensing, there is currently no integration mechanism for these sensing information, especially for adding safe and correct storage mechanisms. It is a pity that it is practical and life-oriented. Therefore, it is a problem for those skilled in the art to provide a state recorder that integrates sensing data sensed by a built-in sensing component of a handheld device. [New Content] In view of the above-mentioned shortcomings of the prior art, the present invention provides a state recorder that uses built-in sensing elements of the handheld device to preserve, analyze and integrate the sensing data of the sensing components. To record the status of the objects in which the handheld device is located. The present invention proposes a state recorder using a built-in sensing component of a handheld device, which analyzes sensing data of a sensing component built in the handheld device to generate and record status information of an object in which the handheld device is located. The device includes: a data collection module for collecting sensing data acquired by the sensing component built in the handheld device; and a computing module for analyzing the sensing data and determining the algorithm according to the state The sensing data calculates state information of the object; and the storage module is configured to store and record status information of the object. In an implementation aspect, the sensing component built in the handheld device can be a gyroscope, an electronic compass, an altimeter, a locator, a thermometer, a fish scale, an acceleration sensor, a speed sensor, an image sensor, Ambient light sensor, proximity sensor or sound sensor. In another implementation, the status recorder can be connected to the handheld device via a built-in mode, a 5 M410314 external connection, a wired network, or a wireless network. In a variant embodiment, the status recorder includes a transmission module for receiving sensing data transmitted by the handheld device and for providing information transmission and reception between the storage module and the remote device. In another variation, the status recorder includes a notification module for determining that the status information of the storage module is a preset event, automatically editing and generating a notification message, and transmitting the notification message to a preset Remote device. Compared with the prior art, the state recorder of the built-in sensing component of the handheld device can analyze and use the sensing data of the built-in sensing component of the handheld device to generate state information, in particular, The status recorder can be connected to the handheld device through a built-in, external, wired network or wireless network, and if necessary, the sensing data is transmitted to the remote device for storage, so that the remote device can obtain the instant access. The information and status of the handheld device can also be generated and transmitted to other external devices when a specific event occurs, thereby notifying the others of the possible status of the user. Therefore, the state recorder described in the present invention not only allows the handheld device to replace the single function sensor, but also makes the sensing data more widely applicable. [Embodiment] The following describes the implementation of the present invention by a specific embodiment, and those skilled in the art can easily understand other advantages and effects of the present invention by the contents disclosed in the present specification. Please refer to Figure 1, which is an architectural block diagram of the state recorder of the built-in sensing component of the handheld device. As shown, the status recorder 2 analyzes the sensing data of the sensing component 10 built in the handheld device 1 to generate and record status information of the object in which the handheld device 1 is located. The status recorder 2 contains data. The collection module 20, the calculation module 21 and the storage module 22 are provided. Wherein, the object system refers to the location where the handheld device 1 is located, and may be a human body 'vehicle or other moving object of the town, and the handheld device 1 refers to a general smart phone or a handheld electronic device with a sensing device, and The sensed sensing data is transmitted to the status recorder 2 through the transmission mode 100 and stored for subsequent data restoration and integration applications. The data collection module 20 and the calculation module 21 are permeable to software type or integrated body. Circuit mode implementation. The data collection module 20 is configured to collect sensing data captured by the sensing component 10 built into the handheld device 1. The handheld device 1 and the status recorder 2 can be connected through a plurality of transmission modes, that is, the status recorder 2 can be connected to the handheld device 1 through a built-in mode, an external connection mode, a wired network or a wireless network. And receiving the sensing data captured by the sensing component 1 . For example, the wireless network can be Worldwide Interoperability for Microwave Access (WiMAX), LTE (Long Term Evaluation), 3.5G mobile communication, infrared, wireless local area network (Wi-Fi), Bluetooth, ZigBee wireless. Sensing network, Ultra WideBand short-range wireless communication or Near Field Communication (NFC). Specifically, the transmission mode may be wired or wireless transmission. Preferably, the wireless transmission network not only shortens the data transmission time, but also prevents the handheld device 1 from being lost due to movement. The M410314 calculation module 21 is configured to analyze the sensing data and calculate state information of the object by using the sensing data according to the state determination algorithm. In detail, the computing module 21 analyzes and calculates the sensing data measured by the handheld device 1 according to a specific algorithm, thereby obtaining state information of the object. Moreover, the calculation module 21 can analyze a plurality of state information of the object in continuous time to establish dynamic behavior information of the object. In other words, the dynamic behavior of objects is constructed by integrating multiple state information. For example, when the object is in a continuous moving state, the built-in sensing component 10 of the handheld device 1 continuously detects and generates sensing data, and the computing module 21 can be used regardless of whether the object performs high and low displacement or speed, attitude, and orientation/direction change. The sensed data is integrated and converted into dynamic information (status information). The storage module 22 is used to store and record status information of the object. The state recorder 2 has a storage module 22 for storing state information calculated by the computing module 21. The present invention collects and stores the sensing data and status information through the status recorder 2 in order to provide a better protection mechanism. In addition to avoiding insufficient storage space and excessive load of the handheld device 1, the handheld device 1 can be prevented from being damaged. Resulting in loss of sensory data. In another embodiment, the data collection module 20, the calculation module 21, and the storage module 22 are not limited to be placed in the status recorder 2, that is, three modules may exist in different devices or devices. The transmission between the modules can also be carried out by means of wired or wireless transmission, so that the modules are not limited to a single device, and the device update can be simplified. As shown in Fig. 2, it is a schematic diagram of the built-in sensing element of the handheld device. The sensing component 10 built in the handheld device 1 can be a gyroscope, an electronic compass M410314. A disk, an altimeter, a locator, a thermometer, a hygrometer, an acceleration sensor, a speed sensor, an image sensor, and ambient light. A sensor, a proximity sensor or a sound sensor, or an ultraviolet sensor for detecting the intensity or accumulation of ultraviolet light. However, it should be noted that Figure 2 is only one implementation of this creation, and is not limited to the design content of the state recorder of this creation. The sensing data sensed by the sensing components 10 can be azimuth information, direction information, height information, speed information, acceleration information, temperature information, humidity information, positioning information, image information, brightness information, distance information Or sound information, etc. The sensing data indicates the status information of the object. For example, the positioning information can be provided by GPS/AGPS/AP or base station positioning. The gyroscope can detect the user's posture and obtain posture information, etc. The integration of sensing data can be applied to a wider range of fields. For example, the gyroscope is used to determine the three-dimensional movement of the handheld device 1 to generate sensing data with three-dimensional orientation information; GPS/AGPS/AP or base station positioning is used to provide the φ of the handheld device i The position is used to generate sensing data with positioning information; the acceleration sensor is used to determine the acceleration change of the handheld device 1 to generate sensing data with acceleration information. If the state of the handheld device 1 is sensed through GPS/AGPS/AP or base station positioning, only the positional movement process of the handheld device can be known, and only the acceleration sensor can only know the moving acceleration state of the handheld device through the acceleration sensor. If the above two kinds of sensing information with positioning information and acceleration information are integrated, the moving process of the handheld device on the map can be reproduced, or the sensing data of the three-axis orientation information provided by the gyroscope can be added. Reproduce the state in which the handheld device 1 is moved (up, down, or before and after 9 M410314, etc.). The author stores and integrates the sensed data to provide a status recording function to increase the usability of the handheld device. The state recorder of the present invention has a plurality of application types, such as the handheld device can be placed on an object and integrated with the sensing data of the gyroscope, the electronic compass, the altimeter, and the locator to form an obstruction record of the object movement. . In other words, the handheld device placed on the object can record the movement track of the object or generate a movement record of the object, or the image data sensed by the image sensor can be added to the sensing data of the plurality of sensors as an action. Recorder. Other functional applications can also provide a record of exercise posture for post-analysis and correction, thus providing posture corrections such as dancers or restorationists. In addition, the handheld device and the status recorder are placed in the vehicle, and the sensing data is integrated through the gyroscope, the electronic compass, the locator, the acceleration sensor, the speed sensor or the image sensor, so that the The status recorder serves as a complete driving record of the vehicle (similar to a black box). In a preferred aspect, the handheld device has an image sensor for providing image capturing, such as a photographic lens, which can be captured by the image sensor. The image information is transmitted to the storage module 22 for storage. Specifically, if only the sensor data measured by the gyroscope, the electronic compass, the GPS/AGPS/AP, or the base station positioning and the acceleration sensor are used to generate the driving record data, at most, only the dynamic data can be transmitted. Or the drawing mode performance 'But if you add image information (may include both the front and back shots of the vehicle), you can use the above three-dimensional direction information, positioning information and acceleration information, and then match the image information to simulate the image to provide a more realistic Driving record effect. For example, in the event of a car accident, the vehicle status is reconstructed by real-time shooting, vehicle M410314- position change, vehicle speed, vehicle status change (such as tumbling conditions) to accelerate the clarification of responsibility. In addition, the image information captured by the image sensor can be used to determine the usage rights or behavior status of the personnel in the vehicle in addition to the external image of the vehicle. That is, the image sensor can be used to judge the driving identity as a vehicle usage authority, or as a driving behavior judgment to avoid driving improperly, such as dozing or eating. In addition, the image sensor can also be used to capture the external image of the vehicle to know the state of the exterior of the vehicle and the surrounding objects or the environment. Please refer to Figure 3 for a diagram showing the connection between the handheld device, the status recorder and the remote unit. It is to be noted that the components and the implementation of the components shown in Fig. 3 are the same as those of the first embodiment, and therefore, the functions of these components will not be described again. In FIG. 3, the status recorder 2 further includes a transmission module 23 for receiving the sensing data transmitted by the handheld device 1 and providing the storage module 22 between the storage device and the remote device 7. Information transfer and reception, or • Receive data from remote device 7. Specifically, in order to ensure the storage of the sensing data collected by the data collection module 20 or the state information calculated by the computing module 21, the status recorder 2 can transmit the data through the transmission module 23. The network 200 is transmitted to a remote device 7, which refers to a device that is at a greater distance from the handheld device 1 and the status recorder 2, for example, if the handheld device 1 is placed on the vehicle as a driving recorder, The status recorder 2 can be placed on the vehicle at the same time or integrated into the handheld device 1 and transmitted through the wireless network 200. In addition, the remote 11 M410314 device 7 can also transmit the collated data to the status recorder 2 through the wireless network 200, and then store the data in the storage module 22 after the transmission module 23, the data. Information can be used as a basis for special events. The remote device 7 may be a base station, a server or another mobile device, and has the function of receiving data, so as to obtain the position and status of the handheld device 1 in real time. In addition, the status recorder 2 further includes a notification module 24 for determining that the status information of the storage module is automatically generated to generate a notification message when the status event is generated, and transmitted to a preset remote device. As described in the preceding paragraph, the storage module 22 can externally receive and pre-store data data as a basis for special event determination, that is, the notification module 24 compares the status information of the storage module 22 with the pre-stored data. In order to determine whether it is a preset event, if yes, the corresponding notification message is automatically edited, and then the notification message is transmitted to the set at least one remote device 7 according to the preset list. Please refer to FIG. 4, which is a schematic diagram of a state recorder of the present invention. As shown, the handheld device 1 and the status recorder 2 are placed in the vehicle 8 and transmitted through the status recorder 2. The image information captured by the image sensor built in the handheld device 1 and the sensing data sensed by other sensing components, such as three-dimensional orientation information, positioning information or acceleration information, are integrated to form a driving record of the vehicle 8. In other words, the user can place the status recorder 2 and the handheld device 1 in the vehicle 8 as a driving recorder, and through the status recorder 2, the sensing data can be saved immediately and properly. If the status recorder 2 is implemented as a software, it can be integrated into the handheld device 1. In detail, the handheld device 1 transmits the data to the status recorder 2 via the wireless transmission 300 via short-distance transmission 12 M41U314 «measurement_ or image information, and the state recorder 2 can be transmitted over the long distance through the wireless network 200. Sending the data before or after the integration to a remote device, so that the remote device can instantly know the status of the vehicle 8 through the remote device, and if the accident recovery or the vehicle 6 has been recorded, the The status recorder 2 takes out the driving status record of the vehicle 8. α % See Fig. 5, which is a schematic diagram of another embodiment of the state recorder of the present invention. In the figure, the 'status recorder is combined with the handheld device 1 by built-in method', and the handheld device 1 can be placed on the user 9, and the sensing data such as two-dimensional orientation information, positioning information and acceleration information are integrated. 'To form an activity record for the user 9 to move. / Specifically, the user 9 can put the handheld device 1 on the body, and then perform state sensing through the built-in sensing component between the intrusion, and perform data integration through the status recorder and transmit it to the remote device 7 In this way, in addition to the state recorder in the holding device 1, the user 9 can record the moving state of the user, and he can also learn the voyage of the bribe 9 through the terminal f, which has a great experiment. For example, the elderly at home can let the family know the life of the elderly through $1. If the elderly go out of their way, they will find the sensory data of the positioning information to seek out; or the elderly will not: at home: The device can instantly determine the state (4) (fall (four) process data) transmission. = Parallel application of the sample towel, if the record " is combined with the other end device 7 can receive the handheld device 1 ^ 仏 device 7' then far, the state record = test data and number_break. , the bar can also be expected - the general record of action. 13 M410314 For example, the user can use the handheld device of the built-in status recorder to record the running state, that is, through the aforementioned various sensing elements, such as the passing position (sensed by GPS), the road surface fluctuations (Sensing with a gyroscope) or speed change (sensing with an accelerometer) allows the user to get a running record afterwards. In addition, the user can also record outdoor moving processes, such as a Ferris wheel, a carousel or a roller coaster in an amusement park, regardless of its height change, speed change, position change, etc., through the status recorder. And records, so that the application of sensing data is more comprehensive. In addition, the sensing elements of the present invention are not limited in their kind, and preferably the sensing elements originally built in the handheld device are applied. Taking the iPhone as an example, there are other sensing components inside, such as an ambient light sensor or a proximity sensor, wherein the ambient light sensor can be used to sense the brightness of the external ambient light to produce brightness. Sensing data of the information, and the sensing data of the brightness information can be used to integrate with the image information captured by the image sensor to assist in adjusting the image information, thereby obtaining a better image. The proximity sensor can sense the distance between the handheld device and the external object, and generate the sensing data with the distance information, and integrate the distance information and the plurality of sensing data to form the handheld device to move. Track record. In addition to the above-mentioned common sensing components, existing sensing components such as atmospheric pressure sensors, gas sensors, etc. can be sensed in the positioning or environmental state, and can also be used in this creation. However, because the sensing components are similar and cannot be listed, the main spirit of this creation is to further integrate and use the sensing data, which not only makes the sensing data more widely used, but also allows smart phones or handheld devices. It can replace single-function electronic devices such as driving recorders, running recorders, and home care devices 14 M410314. In summary, the state recorder of the built-in sensing component of the handheld device performs state sensing through the built-in sensing component of the handheld device, and integrates the sensing data for driving, home, sports or Dynamic recording such as life, in addition, this creation provides instant transmission of sensing data to the remote device and storage, in addition to better storage effect, it can also allow others to instantly grasp the user state, so that the sensing component is provided The handheld device produces the greatest benefit. The above embodiments are merely illustrative of the principles of the present invention and its effects, and are not intended to limit the present invention. Anyone who is familiar with the art can modify and change the above-mentioned implementation without departing from the spirit and scope of this new model. Therefore, the scope of protection of this creation should be as listed in the scope of the application patent described later. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a block diagram of the state recorder of the built-in sensing component of the handheld device; FIG. 2 is a schematic diagram of the built-in sensing component of the handheld device; A schematic diagram of the connection between the handheld device, the status recorder and the remote device; FIG. 4 is a schematic diagram of a specific embodiment of the state recorder of the present invention; and FIG. 5 is another embodiment of the state recorder of the present invention. Schematic diagram of the aspect. [Main component symbol description] 15 Handheld device Sensing component Status recorder Data collection module Calculation module Storage module Transmission module Notification module Remote device Vehicle User Transmission method Wireless network Wireless transmission 16