201217030 六、發明說明： 【發明所屬之技術領域】 本發明相關於健身器材，尤其是受監測的運動器材。 本毛月之研發主要用於具有受監測的計步器的跑步 機，在此將詳述於本說明#。但應明白，本發明 不僅限於 此特定領域使用。 【先前技術】 ^本5兄明書對任何先前技藝之討論不應視為承認對此先 則技藝在發明領域為^知或為普通知識的部分。 跑步機用於走路或跑步練習。此外，跑步機亦用於診 斷和治療目的。 國際專利申請案PCT/AU2008/000833 (W〇/2〇〇9/〇〇〇〇14公開）教示一既有跑步機設 入參考。 订凡、，鬥 在某些情況下，一跑步機的一使用者或監督該使用者 的健身教練想要藉由量測確定該使用者的活動，例如 k γ機上的步伐數、步率、在跑步機上花費的時間等。一 US财能還包括❹者表現的統計分析。表現數據 刀σ犯對諸如想要評估他或她的健身計劃的人有用〇、古 =分析可能有利於，在相對於使用者之遠端執行時，= :::說，從事監測的這個人或電腦不是在使用者 關於跑步，一種獲取運動數據(如，跑步的步數+ 、日、間或頻率）的方式，包括貼附感應器至使用者身^ 貼附電線或電_使用者可能存在安全上的顧慮或對使用 201217030 者造成不便。 佳的因：且：望提供一種跑步機，其具有内建感應器，較 、並/、有將表現資料傳輸到遠端位置的裝置。 =發:之目的在於克服或改善上述現有技術缺點之至 者，或提供一有用的替代。 裝置本發明的—較佳形式之一目的在於提供一監測運動的 【發明内容】 該運動穿二的：態樣為運動裝置提供-監測計數設備， 堤動衷置經调整以利借用本Μ ; ， 來運動，該設備包括·· 作出複數運動動作 所作之^提供—計數信號以指示該使用者 7作之運動動作之一數目，· 一處理器模組，其藉由—筮__、s h 器模組，以接收該計數信號；第社連接柄接至該監測 由-Ϊ:通組整理運動資料;該處理器模組藉 傳送；所二一遠端監測系統；該處理器模組 所整理的運動資料之一或多運動記錄至該遠端監 核理态模組最好是遠離該。^ ^ 理器模組遠離該監測器模組，並以或處 模組。另外，•”'線方式搞接该監測器 …可以實體耦接到該運動裝置。 乂 I㈣-通信連接可以是—無線 一有線通信連接。# &々咕 忠按或 連接車乂佳地，该第一通信連接是一無線通信 201217030 連接。 較佳地1處判额可以包含 -通信存取點之間的二或多處理器模組部分：=置及 處理器模組部分由-第三方通信連接麵接。地’該 在理器模組定期傳送-運動記錄。較佳地， 記錄。卜預定值時，該處理器触傳送-運動 的任數信號的該監測器模組包括下面監測器元件 •載感應元件，用以測量在該馬達的電力負 Z動檢測元件包括—紅外光束，其可被使用該運 動虞置的一使用者所遮斷； 運動檢測元件，用以測量使用過程中該運動裝置 的動作； •運動m件’其包括一平衡開關組件；及 •運動檢測7〇件，其包括一感應器線圈和磁鐵组 件。 夕較佳地，該遠端監測系統包括一資料庫，以保留一或 多運動記錄。較佳地’該資料庫可以讓一授權的醫生或健 康專家遠端存取。 較佳地，一運動記錄可以包括指示下列一或多組資料 的任一者，包括： 在該運動裝置上進行的運動動作的數目， 201217030 在該運動裝置上進行運動動作的— 在該運動裝置上進行運動動作的-時間；， ::用者在該運動裝置上進行-運動動作的平均 二吏用Γ該運動裝置上進行-運動動作的平均 -使用者使用該運動裝置的整體使用率。 較佳地，藉由傳輸步伐資料至— 測該運動裝置是否以-規^的水平使用。皿心、，·4 ’可監 較佳地’該運動裝置是一跆 是使用者在跑步機上所作的步=機’而該複數運動動作 ，佳地，減理器模組可藉由有線電話存 ed ^Phone access poin⑽接到一遠端監測 销理器模組可藉由連接到該有線 ：：地 接耦接到一遠端監測系統。 ”、 聯連 本發明的-態樣提供一種遠端監測一運動 法，該方法包括下列步驟： 的方 作；由』°十數‘唬’ 3十异-使用者所作之運動動 (b)決定是否（從一先前傳輸開始）所計算 數目已經超過一預定限制； 的運動動作 之 ⑷如已超過預定該預定限制，與—遠 一通信連接； h亍'、·死建立 ⑷藉由上述建立的通信連接傳送—或多運動記錄到 201217030 該遠端監測系統。 本發明的一態樣提供一種遠端監測一運動裝置的處理 器設備’該設備包括本文所述的一處理器模組。 本發明的一態樣提供一種用於存取一處理器裴置的一 子取界面5亥處理器裝置經調整以遠端監測一運動裝置， 邊處理器裝置耦接至具有從該運動裝置傳送來的一或多運 ，°己錄的 > 料庫；該界面包括：一控制程式，其經調整以 达出選定的一或多運動記錄給一授權的醫生。 本發月的態樣在一電腦系統提供一種遠端監測一運 動裝置的方法，該方法包括下列步驟： (a) 從一運動裝置接收一或多運動記錄； (b) 儲存該一或多運動記錄至一資料庫； (c) 运出選定的一或多運動記錄給一授權的醫生。 的電樣提供一種儲存在一電腦可使用媒體 的一種方L。^〜電腦程式產品經調整以提供本文所述 本發明的另-態樣提供一種具有 電腦可讀取媒體，該電腦可讀取媒體==種 述方法之程式碼。 3 —執仃本文所 本發明的另一態樣提供一種儲存在 的電腦程式產品。該電腦程式產 ：：可：用媒體 提供一存取界面。該電腦裝置經調整 對=腦襄置 錄。該電腦裝置舞接到一資料庫；、=夕運動記 腦裝置程式元件，其用以提 4式產品包括電 料監娜一運動裝置的方法。 201217030 本發明的另-態樣提供一種儲存在 的雷Η2ί ·ί 口斗β立r» 电肠J使用媒體 々電月® ^式產口口。該電腦程式產 提供一存丄凋整以對一電腦裝置 徒仏存取界面。该電腦裝置經調整以傳 錄。該電腦裝置耦接到一資料座. 運動&己 腦mu 電腦程式產品包括電 【實/方其用以提供遠端監測—運動裝置的方法。 L貫施方式】 圖1綠不用於具有—監測計步跑步機^備_形式之 一運動裝置的一監測計數設備的-實施例的示意圖。該， 備監測一使用者12〇在跑步機上所動作的步伐。 作為示例，該運動裝置經調整以利使用者藉由至少作 出複數運動動作來運動，該設備包括： 一監測器模組112，用以提供-計數信號，以指示該 使用者所作之運動動作之一數目； 一處理器模組130，其藉由一第一通信連接 (commumcation link)i32耦接至該監測器模組，以接收該 計數信號； 其中，該處理器模組整理運動資料；該處理器模組藉 由一第二通信連接132耦接到一遠端監測系統140 ;該處 理器杈組傳送指示所整理的運動資料之一或多運動記錄至 該遠端監測系統。 在這實施例中，使用者的步伐是藉由監測器模組U2 來計算。該監測器模組傳輸計數信號，以指示使用者所作 之步伐。（在每一步伐中）這計數信號可以定期或連續傳送 到一處理器模組130。 201217030 處理器模組130整理運動資料以準備一運動記錄。較 佳地，-運動記錄可以包括指示下列一或多組資料的任一 者，包括： 一使用者在跑步機裝置上所作之步伐的數目，· 一使用者在跑步機裝置上作出步伐的一日期；’ 一使用者在跑步機裝置上作出步伐的—時間；’ -使用者在該跑步機裝置上作出步伐的平^心率. -使用者在軸步機裝置上作出步朗平均速度;’ 使用者使用該跑步機的整體使用率。 該處理器模組130經調整以將指示所整理的資料之一 或多運動記錄傳送至遠端監測系、統14G。該處理器模組可 以疋期（或選擇性地）傳送一運動記錄，或在一步數達到 、預疋值時傳送-運動記錄。例如，在接到指示一預設步 伐歧的-計數信號時’處理器模組以一或多的運動記錄 與达知監測系統14 0溝通。 處理器模組130可操作地關聯於一板載傳送器元件、 插入式傳送H元件；或利用有線或無線通訊 送器元件。 寻 較佳地’藉由傳輸運動記錄至—遠端監測系統，可遠 =監測該跑步機是否以一規定的水平使用。運動記錄被儲 ^在可由以下-或多者之任何者遠端存取的—資料庫：一 授權诀生’ Μ健康專業人士；個人教練；設備供應商； 或一自動電腦裳置系統。藉由監測運動設備的使用，可傳 送一提醒或更新給-使用者，以告知是否使用者已經達到 201217030 二：2:目標。應明白，可以藉由手機（語音或SMS)或 傳送一提醒或更新。應一 測資料庫之—ώ j猎由瓜 、 自動電腦系統自動傳送一提醒或更新。另 可+以由監測資料庫之一操作者手動啟動一提醒或更新。 、 佳地忒處理器模組13 0遠離該跑步機裝置丨丨〇， 並乂…線方式輕接該監測器模組112。另外，應可明白， «亥處理器模纪可以替代性地實體搞接到該運動裳置。 ^ = ，該第—通信賴132可以是—無線通 〆有線通信連接。應可明白，該處理器模組包 :冑動裝置和一通信存取點間之二或多處理器模組 。刀(未圖不），λ中該處理器模組部分藉由 接來耦接。 木一遇k逑 應可明白，處理器模組130可與使用一資料或通信網 路150(可包括有線和/或無線通訊）的遠端監測系統溝通。 應可進—步明白，該遠端監測系統可以包括藉由一固 定電話線144或行動通们46對—計算裝置142或對人類 操作者之資料通信。 飞對人類 在一實施例中，處理器模、组13〇可具有連接到 電話存取點（或連接）之一内聯電信模組的形式。一;話 可進-步連接到處理器模組。該模組可經調整以自動撥 -電話號碼（當不藉由一標準電話聽筒使用時）和 不所整理資料的—或多運動記錄至遠端監測系統。a 僅供例示，運動記錄可以作為下列傳送： •語音合成的語音資料，其傳送到—個訊息庫或操作 201217030 者； •傳真貝料’其提供—列印報告；和/或 籲數位資料記錄，1傕 /、傳迗到一运端電腦裝置。 收者·· ㈣監測系統所接 φ 一直接語音通話，或一纽立 操作者； °。曰郵件’其傳送給-監測 • -傳真報告，其傳送給一監測操作者； ♦數位資料記錄，其傳 、土 雁相Α 到—通端電腦裝置。 一'白’運動記錄可以作為—數位資料 電信通訊協定（例如DTFM或 σ 用 訊協定(例如咖Ρ)，藉或資料網路通 或接收。 11纟轉來傳送 ::實施例中，處理器模組可被無線連接到 動先步機内的一監測器模組。另外，户 運 入該運動跑步機的一插件，。戈 ：组可作為插 運動跑步機内。 &作為-個別獨立裝置納入該 具有—跑步機w形式之—實施 ㈣置。廷種跑步機裝置有一履帶框架2〇1。框架 好猎由一對後輪2〇2支撐 最 9Λ1 . 文存以方便運輸跑步機200。框牟 201有一跑步機履帶2〇3，1 木 ?Ω4，a . 在一心向延長的框架元件 之間被支稽。可沿著框_ 2 〇 1 μ兑@ @ 906 , ^ 百化木2Ui的則緣提供一前蓋 206以保濩諸如齒輪、馬達、或傾钭4 ^ ^ ^ 次彳貞斜機構的τΜ牛。跑步機 匕括一直立框架2〇7,其包括-對立桎221，222。 12 201217030 一橫桿或面板223跨越至少介於該二立柱221，222頂部之 間的距離。 在這例子中’橫桿或面板223包括一成型的「儀表 板」，其具有一完整的使用者界面面板部分224。使用者界 面面板部分224被區分為藉由一鉸鏈227附接到彼此之一 第一子面板225和一第二子面板226。橫桿223還包括凹 槽228，其適於固持水瓶或其他個人財物。凹槽最好形成 在橫桿223之内’且位在第一子面板225的任一側。 δ亥對立柱221 ’ 222或橫桿223之每一者可附接至一對 握把232，233或與該對握把232，233整合。握把可與該 橫桿呈一角度。在這個例子中，握把向後延伸。握把可包 括感應器，如脈搏感應器229。 跑步機可另具有一安全鍵（或一防失能開關）23〇，其 用於在緊急情況下關閉跑步機。該安全鍵23〇是藉由一線 連接使用者。該線是一掛繩，可由使用者佩帶。若使用者 不小心跌落跑步機或以其他方式離開跑步機，該安全鍵從 它的實體埠口脫離’使跑步機停止或關閉。 使用者界面的第一和第二子面板提供一顯示區或使用 者控制元件。第二子面板的開啟和關閉可以切換跑步機及 其相關電子元件的開啟和關閉。 使用者控制元件可以（但不限於）是按鍵、按鈕、滑 動條、等等。這些控制元件允許一使用者啟動或停止健身， 或進入健身參數，如體重、年齡、健身超時時間、強度、 目標心率、健身進程、等等。顯示區顯示由使用者輸入的 13 201217030 健身參數，或在運動期間產生的健身統計數字。可能有指 標（例如燈光）依據健身模式或進程選擇性地亮起。 圖2B顯示具有單車健身裝置250形式的一替代性實 &例運動裝置。應可明白’示例（但非限制）包括步進機、 划船機、或交又訓練機。 、該監測H模組可產生計數信號，以指示使用者所作之 乂伐。參考圖3A至圖3D，例如，用以產生指*在跑步機 上使用者所作步伐之一信號的電子電路，可包括： #馬達負載感應元件3〇〇 (如圖3A所示為最佳），其 用以測量馬達上的電負載和在終端301和302之間 產生一計數信號。例如，藉由從在跑步機平台上跑 步的使用者改變負載條件，計數信號可關聯於跨一 跑步機馬達之電源電壓間或流經電源之電流的變 動； • 一運動谓測元件310 (如圖3B所示為最佳）包括 一平衡開關組件312’其中由使用者在跑步機平台 上下移動所採取的步伐，和平台的垂直反射導致一 平衡開關使剎車和電子開關接觸，其可產生在级端 和302之間產生一計數信號； •-運動偵測元件320 (如圖3C所示為最佳）包括 一對紅外線傳輸n 322/紅外線接收器224，用於產 生和偵測被使用跑步機的一使用者遮斷的紅外線 226，而遮斷紅外線可以在終端301和302之間產 生一計數信號；及 屋 14 201217030 二運動偵測元件330 (如圖3D所示為最佳）包括 一感應線圈332和磁鐵組件334，其中該使用者使 釔步機平台336上下移動，從而移動在線圈内的磁 鐵，以在終端301和302之間產生一計數信號。 端3〇1和302之間的每一步伐脈衝可被測量和/ " 計數。計數信號相關於使用者的活動。在一實施例 捕跑步機以基於計數信號的—傳送格式提供資料，並可 以傳送到處理器模組。 上圖4以電壓（或電流）時間圖4〇丄顯示（僅供例示）一 2信號400,其中信號的振幅術的變化指示使用者的 /古動’並可以測量和/或電子計算。 圖5顯示遠端監測一跑步機運動農置的方法之一流程 圖500。該方法包括下列步驟： 步驟51藉由監測一計數信號，計算一使用者所作 步驟52⑴決定是否（從最近一次傳輸開始）所計算的步 伐之數目已經超過一預定限制； 與一遠端監測 步驟530 :如已超過預定該預定限制 糸統建立一通信連接； 二步驟540:藉由上述建立的通信連接傳送一或多運動 記錄到該遠端監測系統。 在-實施例中，當處理器模組從跑步機監測器模組接 收到的計數信號達到目前的限制（或其倍數），處理器模組 可以自動撥號給-預定電話號碼和藉由連接到遠端監測系 15 201217030 統之標準連接傳送信號。 僅供例示，一或多運動記錄可指示使用者對跑步機的 使用，包括： 在跑步機上所作步伐的數目； 所作步伐的日期和時間； 作出步伐的平均心率； 平均速度；及 整體移動距離。 應可明白’藉由傳送一或多運動記錄到一遠端監測系 統，它可以知道是否機器裝置被以一規定水平來使用。 將月b進一步明白’藉由提供可以與標準電話連接内聯 輕接之-處理器模組，—使用者可整合監測料步設備， 而不需提供額外的資料通信設施。也可以提供-免費電$ =1以減少使用者的費用。此外，可在通話費用較低的 疋’間通話錢理器模組通常可針對—可變預設 來編程，以使電話戎眘Μ、3 > , 电及貝枓通信的數量降到最低。 將可進一步明白，值土 專送到运端監測系統的一或多運動 把錄可以具有數位資料或 叶次δ°音資料的形式。該處理器模組 可以整合一語音合成元杜 、 件’以用於傳輸超過標準電話通传 之運動記錄給操作者，或敕 ° &由操作者監測的一語音郵件 資料庫，其中資料可被轅 9司件 .,t , 得錄，並輸入一數位資料庫。同様 地，資料可使用傳真通作協— j樣 印一A # ^ 協疋傳輸，以在遠端監測系統列 外書面報告，其中資輯 了被轉錄，並輸入數位資料庫。 將可進一步明白，— 平 免理器模组可進一步包括一有線 201217030 或無線資料網路傳輸器，以用於直接與—遠端監 腦（如圖！所示之元件142)溝通數位通信運動記錄，且 直接使運動記錄記錄到電子資料庫。同樣地，處 可使用撥號多頻信號（DTMF)數位化傳送一或多運動: 錄或藉由類比電話使用按鍵式電話 ° 包含一或多運動記錄的一電子資料^供1權醫生 將可明白，本文所述之設備揭示—監測運動 元件可由電腦系統的處理器或執行相同'力能之 件來貫現本文所述之-些實_所教*之方 件的組合。因此，具有用以進行此類方法或方法 段。此外，本文所述的一設備實施例之 -不例，其執行旨在執行本發明的元件所執行之=的 在替代貫施例中，-或多處理器在網路部= 獨立設備或可能連接（例如，連接其 為- 的裝置來操作，一或多處理器可在词服-客戶= 路又接) 為一伺服器或一客戶端機器來操作，或者在一，/衣土兄作 式網路環境中作為同級機ϋ來操作。/ 料或分佈 因此，本文所述之每一方法的一實 讀取載體媒體之形成，其攜帶一組指令，例士、有一電腦可 或多處理器上執行之-電腦程式。 °，用於在- 除非特別㈣，㈣應訂叫，的心，本說 17 201217030 明書通爲所用詞囊，如「卢审「^ 定n 7立社處」電腦計算」、「計算」、「決 -」專專’可思指操作和/或轉換以物理(如電 呈現的資料至同樣呈現為物採旦 數置） .,.,^ y 為物里里之其他資料的電腦或電腦 系統、或類似的電子計算設備之行動和/或程式。電知 以類似的方式，術語「處理器」可指處理(例 线器和/或記憶體的）電子資料之任何裝置或褒置 /刀’以轉換電子資料為其他電子資料，例如，可 f器和/或記憶體。-「電腦」或-「電腦機器」或—「言; 算平台」可以包括一或多處理器。 / ° 在一實施例中，本文所述方法是由接受包含—奸人 的電腦可讀取（亦可稱為機器可讀）碼的一或多處理^ 至少一本文所述方法。包含能夠執行指定所要採取的特= 订動的-組指令（序列或其他方式）的任何處理器。 〃除非文意另有明確要求’在本文實施方式和 範圍中’將「包括」、「包含」等詞彙解讀為-包容性意義， 而不是-排除的或耗盡的意義，也就是「包括但不限：。 同樣地’應注意，當詞彙「耦接」用於申請專利範」 時，不應該被解釋為限制性地只有直接連接。也 •X五「j1之用術201217030 VI. Description of the Invention: TECHNICAL FIELD OF THE INVENTION The present invention relates to fitness equipment, and in particular to monitored sports equipment. The development of this month is mainly for treadmills with monitored pedometers, as detailed herein. However, it should be understood that the invention is not limited to use in this particular field. [Prior Art] The discussion of any prior art by the 5 brothers of the book should not be taken as an admission that the prior art is part of the field of the invention. The treadmill is used for walking or running exercises. In addition, treadmills are also used for diagnostic and therapeutic purposes. The international patent application PCT/AU2008/000833 (W〇/2〇〇9/〇〇〇〇14 publication) teaches that a treadmill is provided for reference. In some cases, a user of a treadmill or a fitness instructor who supervises the user wants to determine the activity of the user by measurement, such as the number of steps on the k gamma machine, the pace rate. The time spent on the treadmill, etc. A US financial asset also includes a statistical analysis of the performance of the leader. The performance data knife snippet is useful for people who want to evaluate his or her fitness plan. The ancient analysis may be beneficial, when executed relative to the user's remote end, =:: said, the person engaged in the monitoring Or the computer is not about the user's running, a way to get sports data (eg, number of steps + , day, interval or frequency of running), including attaching the sensor to the user's body ^ attaching wires or electricity _ user may There are security concerns or inconvenience to those who use 201217030. Good cause: and: It is expected to provide a treadmill with a built-in sensor, and/or a device for transmitting performance data to a remote location. = The purpose of the present invention is to overcome or ameliorate the above-mentioned disadvantages of the prior art, or to provide a useful alternative. DEVICE One of the preferred forms of the present invention is to provide a monitoring motion. The motion is provided by the motion device. The monitoring device is provided with a monitoring device, and the levee is adjusted to facilitate the borrowing of the device; In order to move, the device includes: providing a plurality of motion actions to provide a count signal to indicate the number of motions performed by the user 7, a processor module, by -筮__, sh The module is configured to receive the counting signal; the social connection handle is connected to the monitoring by -Ϊ: the group organizes the motion data; the processor module transmits the transmission; the second remote monitoring system; the processor module It is preferable that one of the sorted sports data or the multi-sports record is remote from the remote monitoring state. ^ ^ The processor module is away from the monitor module and is in the module. In addition, the "" line way to connect the monitor ... can be physically coupled to the mobile device. 乂I (four) - communication connection can be - wireless-wired communication connection. # & 々咕 按 press or connect the car, The first communication connection is a wireless communication 201217030 connection. Preferably, the first judgment may include - two or more processor module parts between the communication access points: = and the processor module part is - a third party The communication interface is connected to the ground. The router module periodically transmits the motion record. Preferably, when the predetermined value is recorded, the monitor module of the processor transmits the signal of the transmission-motion includes the following monitoring. Inductive component for measuring the power of the motor, the negative Z-detecting component includes an infrared beam that can be interrupted by a user using the motion device; a motion detecting component for measuring the use process The action of the motion device; the motion m member 'which includes a balance switch assembly; and the motion detection 7 member includes an inductor coil and a magnet assembly. Preferably, the remote monitoring system includes a Repository to retain one or more athletic records. Preferably, the database can be accessed remotely by an authorized physician or health professional. Preferably, an athletic record can include any one or more of the following sets of data. One includes: the number of motion actions performed on the exercise device, 201217030, the exercise action on the exercise device - the time at which the motion action is performed on the exercise device;, :: the user is on the exercise device The average of the performing-moving action is used for the average of the exercise performed on the exercise device - the overall usage rate of the user using the exercise device. Preferably, by transmitting the pace data to - whether the exercise device is - The level of the rule is used. The heart of the dish, 4' can be better than the 'movement device' is a step that the user makes on the treadmill and the plural movement, the ground, the processor The module can be connected to the remote monitoring and processing module by means of a wired telephone ed ^Phone access poin (10), and can be coupled to the remote monitoring system by connecting to the wired:: ground connection." of - The aspect provides a remote monitoring-motion method, the method comprising the following steps: a method of "moving" (by a user) (b) determining whether (from a previous transmission) Start) the calculated number has exceeded a predetermined limit; the motion action (4) if the predetermined limit has been exceeded, and the far-one communication connection; h亍', the dead establishment (4) is transmitted by the communication connection established above - or more The exercise was recorded to 201217030 for this remote monitoring system. One aspect of the present invention provides a processor device for remotely monitoring a motion device. The device includes a processor module as described herein. An aspect of the present invention provides a sub-interface for accessing a processor device. The processor device is adapted to remotely monitor a motion device, and the edge processor device is coupled to have a transmission from the motion device. The one or more shipments, the recorded >library; the interface includes: a control program that is adjusted to achieve the selected one or more athletic records to an authorized physician. Aspect of the present month provides a method of remotely monitoring a motion device in a computer system, the method comprising the steps of: (a) receiving one or more motion records from a motion device; (b) storing the one or more motions Record to a database; (c) Ship the selected one or more athletic records to an authorized physician. The sample provides a square L that is stored on a computer usable medium. The computer program product is adapted to provide the other aspects of the present invention as described herein. A computer readable medium having a computer readable media == method of the method is provided. 3 - STATEMENT OF THE INVENTION Another aspect of the present invention provides a computer program product stored therein. The computer program produces: :: can provide an access interface with the media. The computer device is adjusted to = cerebral palsy. The computer device is connected to a database; the _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 201217030 Another aspect of the present invention provides a stored thunder 2 ί · ί 斗 β 立 r » Electric sausage J using the media 々 月 ® ^ ^ ^ ^ ^ ^ ^. The computer program provides a storage interface for accessing a computer device. The computer device is adjusted for recording. The computer device is coupled to a data base. The motion & brain computer program product includes a method for providing a remote monitoring-movement device. L mode of application] Figure 1 Green is not used for a schematic embodiment of a monitoring and counting device having a motion device in the form of a monitoring treadmill. In this case, the user is monitored for the pace of movement of the user on the treadmill. As an example, the motion device is adjusted to facilitate movement of the user by performing at least a plurality of motion actions, the device comprising: a monitor module 112 for providing a -counting signal to indicate the motion of the user a processor module 130 coupled to the monitor module by a first communication link i32 to receive the count signal; wherein the processor module organizes motion data; The processor module is coupled to a remote monitoring system 140 by a second communication connection 132; the processor group transmits one or more motion records indicative of the collated athletic data to the remote monitoring system. In this embodiment, the user's pace is calculated by the monitor module U2. The monitor module transmits a count signal to indicate the user's pace. This count signal can be transmitted to a processor module 130 periodically or continuously (at each step). 201217030 The processor module 130 organizes the athletic data to prepare a motion record. Preferably, the motion record can include any one of the following one or more sets of data, including: a number of steps made by the user on the treadmill device, and a user making a step on the treadmill device Date; 'a time when the user makes a step on the treadmill device;' - the user's level of the pace on the treadmill device. - the user makes an average speed on the axle machine; The user uses the overall usage rate of the treadmill. The processor module 130 is adapted to transmit one or more motion records indicative of the collated data to the remote monitoring system, system 14G. The processor module can transmit (or selectively) a motion record, or transmit-motion record when the number of steps reaches and pre-values. For example, the processor module communicates with the awareness monitoring system 140 with one or more motion records upon receipt of a -counting signal indicating a predetermined step. The processor module 130 is operatively associated with an onboard transmitter component, a plug-in transmission H component, or utilizes a wired or wireless communication transmitter component. Preferably, by transmitting the motion record to the remote monitoring system, it is possible to monitor whether the treadmill is used at a prescribed level. The exercise record is stored in a database that can be accessed remotely by any of the following - or more: a licensed health ‘ health professional; a personal trainer; a device supplier; or an automated computer display system. By monitoring the use of sports equipment, a reminder or update can be sent to the user to inform whether the user has reached the 201217030 2:2: target. It should be understood that a reminder or update can be transmitted by means of a mobile phone (voice or SMS). Should be a test database - ώ j hunting by melon, automatic computer system automatically send a reminder or update. Alternatively, a reminder or update can be manually initiated by one of the operators of the monitoring database. The 忒 忒 processor module 130 is remote from the treadmill device 轻, and is connected to the monitor module 112 in a line mode. In addition, it should be understood that the «Hai processor model can be physically connected to the sports skirt. ^ = , the first communication communication 132 can be a wireless communication cable communication connection. It should be understood that the processor module package includes two or more processor modules between the device and a communication access point. The knives (not shown), the processor module is partially coupled by λ. As soon as it is understood, the processor module 130 can communicate with a remote monitoring system that uses a data or communication network 150 (which can include wired and/or wireless communication). It should be further appreciated that the remote monitoring system can include data communication via a fixed telephone line 144 or mobile communication 46, computing device 142, or to a human operator. Flying to Humans In one embodiment, the processor module, group 13 can have the form of an inline telecommunications module connected to one of the telephone access points (or connections). One; the word can be connected to the processor module. The module can be adjusted to automatically dial - the telephone number (when not used by a standard telephone handset) and the unorganized data - or multiple motion recordings to the remote monitoring system. a For illustrative purposes only, the exercise record can be transmitted as follows: • Voice-synthesized voice material, which is transmitted to a message library or operation 201217030; • Fax bee material 'its offer-print report; and/or digital data record , 1 傕 /, pass to a computer device. Receiver·· (4) The monitoring system is connected to φ a direct voice call, or a new operator; °.曰Mail's transmission to-monitoring--fax report, which is transmitted to a monitoring operator; ♦ digital data records, which are transmitted to the local computer device. A 'white' sport record can be used as a digital data telecommunications protocol (such as DTFM or σ communication protocol (such as coffee), borrowing or data network access or receiving. 11纟Transfer:: In the embodiment, the processor The module can be wirelessly connected to a monitor module in the mobile first step machine. In addition, a plug-in that is transported into the sports treadmill, the Ge: group can be used as a plug-in treadmill. & as an individual independent device The treadmill w-form is implemented (four). The treadmill treadmill device has a crawler frame 2〇1. The frame is hunt by a pair of rear wheels 2〇2 to support the most 9Λ1. The memory is convenient for transporting the treadmill 200.牟201 has a treadmill track 2〇3,1 wood?Ω4,a. It is supported between the extended frame elements of one heart. It can be along the frame _ 2 〇1 μ @ @ @ 906 , ^ Baihuamu 2Ui A front cover 206 is provided to protect the τ yak such as a gear, a motor, or a tilting mechanism of 4 ^ ^ ^ times. The treadmill includes an upright frame 2 〇 7 including - opposite 221, 222 12 201217030 A crossbar or panel 223 spans at least between the two columns 221, 222 The distance between the crossbar or panel 223 includes a formed "dashboard" having a complete user interface panel portion 224. The user interface panel portion 224 is distinguished by a hinge 227 Attached to one of the first sub-panel 225 and a second sub-panel 226. The crossbar 223 further includes a recess 228 adapted to hold a water bottle or other personal belongings. The recess is preferably formed within the crossbar 223' And located on either side of the first sub-panel 225. Each of the δ-Hui opposed columns 221 '222 or the crossbar 223 can be attached to or integrated with a pair of grips 232, 233. The grip can be at an angle to the crossbar. In this example, the grip extends rearward. The grip can include an inductor, such as a pulse sensor 229. The treadmill can have a safety button (or an anti-disable switch). 23〇, which is used to close the treadmill in an emergency. The security button 23〇 is connected to the user by a line. The line is a lanyard that can be worn by the user. If the user accidentally drops the treadmill or other Way to leave the treadmill, the security key from its entity埠The mouth is detached to stop or close the treadmill. The first and second sub-panels of the user interface provide a display area or user control element. The opening and closing of the second sub-panel can switch the opening of the treadmill and its related electronic components. And user controls can be, but are not limited to, buttons, buttons, sliders, etc. These controls allow a user to start or stop fitness, or enter fitness parameters such as weight, age, fitness timeout , intensity, target heart rate, fitness progress, etc. The display area shows the 13 201217030 fitness parameters entered by the user, or the fitness statistics generated during the exercise. There may be indicators (such as lights) that illuminate selectively depending on the fitness mode or process. Figure 2B shows an alternative real & example exercise device in the form of a bicycle exercise device 250. It should be understood that 'examples, but not limitation, include steppers, rowing machines, or trainers. The monitoring H module can generate a counting signal to indicate the user's slashing. Referring to Figures 3A through 3D, for example, an electronic circuit for generating a signal indicative of one of the steps taken by the user on the treadmill may include: #Motor load sensing element 3〇〇 (optimized as shown in Figure 3A) It is used to measure the electrical load on the motor and generate a count signal between terminals 301 and 302. For example, by changing the load condition from a user running on a treadmill platform, the count signal can be correlated to a change in current across a power source voltage across a treadmill motor or through a power source; • a motion counter element 310 (eg, 3B is a preferred embodiment including a balance switch assembly 312' in which the user takes a step up and down on the treadmill platform, and the vertical reflection of the platform causes a balance switch to contact the brake and the electronic switch, which can be generated A counting signal is generated between the stage and 302; • The motion detecting component 320 (best shown in FIG. 3C) includes a pair of infrared transmission n 322/infrared receiver 224 for generating and detecting the used running The infrared 226 is blocked by a user of the machine, and the infrared ray is interrupted to generate a counting signal between the terminals 301 and 302; and the house 14 201217030 2 motion detecting component 330 (best shown in FIG. 3D) includes a Induction coil 332 and magnet assembly 334, wherein the user moves the stepper platform 336 up and down to move the magnets within the coil to generate a count signal between the terminals 301 and 302 . Each beat pulse between terminals 3〇1 and 302 can be measured and /" counted. The counting signal is related to the user's activity. In one embodiment, the treadmill provides data in a transmission format based on the count signal and can be transmitted to the processor module. Figure 4 above shows the voltage (or current) time Figure 4A (for illustration only) - 2 signal 400, where the amplitude of the signal changes to indicate the user's / ancient motion' and can be measured and/or electronically calculated. Figure 5 shows a flow diagram 500 of a method for remotely monitoring a treadmill sports farm. The method comprises the following steps: Step 51: By monitoring a count signal, calculating a user's step 52(1) determines whether the number of calculated steps (from the most recent transmission) has exceeded a predetermined limit; and a remote monitoring step 530 : establishing a communication connection if the predetermined limit has been exceeded; and second step 540: transmitting one or more motion records to the remote monitoring system via the established communication connection. In an embodiment, when the counting signal received by the processor module from the treadmill monitor module reaches the current limit (or a multiple thereof), the processor module can automatically dial to the predetermined telephone number and by connecting to The remote monitoring system 15 201217030 standard connection transmission signal. For illustrative purposes only, one or more motion records may indicate the user's use of the treadmill, including: the number of steps made on the treadmill; the date and time of the pace made; the average heart rate at which the pace was made; the average speed; and the overall distance traveled . It should be understood that by transmitting one or more motion records to a remote monitoring system, it can know if the machine is being used at a prescribed level. It will be further understood by the month b that by providing a processor module that can be connected indirectly to a standard telephone connection, the user can integrate the monitoring step device without providing additional data communication facilities. Can also provide - free electricity $ =1 to reduce user fees. In addition, the call processor module can be programmed for low-call calls, which can be programmed for variable presets to minimize the number of calls, 3 > . It will be further appreciated that one or more motions that are assigned to the transport monitoring system may be in the form of digital data or leaf δ° sound data. The processor module can integrate a speech synthesis unit, for transmitting motion records exceeding standard telephone communication to the operator, or a voice mail database monitored by the operator, wherein the data can be Be smashed by 9 pieces., t, have to record, and enter a digital database. At the same time, the information can be transmitted using the fax-professional-j-printing A-A #^ 疋 ,, in order to report in the remote monitoring system, where the transcript is transcribed and entered into the digital database. It will be further appreciated that the flat processor module can further include a wired 201217030 or wireless data network transmitter for communicating digital communication motion directly with the remote monitoring device (element 142 shown in FIG. Record and directly record the movement record to the electronic database. Similarly, a dial-up multi-frequency signal (DTMF) can be used to digitally transmit one or more motions: recording or using a touch-tone telephone by analog phone ° an electronic data containing one or more motion records ^ for a right doctor will understand The device described herein discloses that the monitoring of the moving element can be performed by a processor of the computer system or by executing the same 'power' to achieve a combination of the elements described herein. Therefore, there are segments or methods for performing such methods. Moreover, an apparatus embodiment described herein - unless otherwise, is executed in an alternative embodiment that is executed to perform the elements of the present invention - or multiple processors in the network portion = stand-alone device or possibly Connection (for example, a device connected to - to operate, one or more processors can be operated in a word service - client = way) for a server or a client machine to operate, or in one, / In the network environment, it operates as a peer machine. /Material or Distribution Thus, each of the methods described herein forms a real read carrier medium that carries a set of instructions, such as a computer program that can be executed on a computer or multiple processors. °, used in - unless special (four), (d) should be ordered, the heart, this statement 17 201217030 Ming Shu Tong for the use of the terminology, such as "Lu trial "^定n 7 Lishe Division" computer computing", "calculation" "Decision-"" can be thought of as operating and / or converting to physical (such as the information presented by electricity to the same representation of the number of objects).,., ^ y is the computer for other information in the object or Actions and/or programs of computer systems, or similar electronic computing devices. In a similar manner, the term "processor" may refer to any device or device/knife that processes electronic data (of the line and/or memory) to convert electronic materials into other electronic materials, for example, f And / or memory. - "Computer" or - "Computer Machine" or - "Word; Computing Platform" may include one or more processors. / ° In one embodiment, the method described herein is by one or more processes that accept a computer-readable (also referred to as machine readable) code that includes a traitor. At least one of the methods described herein. Contains any processor that is capable of executing the set-to-group instructions (sequence or other means) that specify the specifics to be taken. 〃 Unless the context clearly requires otherwise 'in the context of this document, the scope of 'inclusions' and 'inclusions' are interpreted as meanings of inclusiveness, rather than - exclusion or exhaustion, that is, "including but Not limited to: Similarly, it should be noted that when the term "coupled" is used to apply for a patent, it should not be construed as limiting only direct connections. Also • X five "j1 use
舌。耦接」和「連接」以及它們的衍生詞。應明白，這些 詞彙無意作為作為彼此的同義詞。因此，麵接到裝置^ 裝置A之範脅不僅限於裝置或系統，其中裝置A的輪出直 接連接到裝置B的輸入。這意味著在a的輸出和b的輸入 間2在一路徑，其中B可能包括其他裝置或手段。「耦3接」 可意指二或多元件直接實體接觸或電性接觸，或二或多元J 18 201217030 件雖不直接接觸對方但彼此合作或相互交流。 「本文中，除非另有規定，序列形容詞「第一」、「第二」、 第一」等的使用僅指示相似物件的不同實體，盔 示所述對象必須具有一給定順序，無論是在時間上 上、排序上、或任何其他方式上。 本文通篇所述之「一實施例」或「一個實施例」音指 被包含在至少-實施例中的實施例所述之一特定特徵= 構和特性。因此，本文通篇中的各處之語句「在—實施例。」 或「士-個實施例」不一定意指相同實施例，但可能指向」 同一實施例。此外，從本文揭示的内容可知，在一或多實 把例中，如習知該項技藝者所知，特定的特徵、結構或特 性可以用任何適當方式結合。 同樣地，應可明白，在本發明之上述示例性實施例中， 本發明的各種特徵有時可組合成一單一實施例、數字、或 其說明，以用於清楚說明本文，並協助了解各種發明態樣 的一或多者。然而，本文的這種方法不應解釋為意指所主 張發明需要比每一申請專利範圍更多的特徵。相反地，如 下面的申請專利範圍所述，本發明的態樣具有少於一單一 上述披露的實施例之全部特徵。因此，實施方式之後的申 «月專利範圍在此明確納入實施方式，其中每個申請專利範 圍本身作為本發明之一單獨實施例。 此外，當本文所述之一些實施例包括不被包含在其他 實施例的一些其他特徵，不同實施例之特徵的組合意指在 本發明範疇内形成不同實施例，如習知該項技藝者所知 19 201217030 般。例如，在下令& & & # t 任何者可用於任意Γ合 園卜所主張的實施例的 施制述許多具體細節。不過，據了解，本發明的實 施例可貫施，而不用這些具體細節。在其他情況下，將不 詳述習知方法、結構和技術，以免影響對本文的理解。 明白已參照具體示例說明，習知該項技藝者應 明白本發明可用許多其他形式來實施。 特fi ::外太：發明的一實施例中可主要包含本文所揭 2徵另外，本發明的實施例可由本文所述特徵來構成。 在缺乏本文未指定的任何元件的情況下，本文所例示之發 明仍可能可適當地實施。 【圖式簡單說明】 例.本文參照下列僅為示例之圖式描述本發明之較佳實施 圖1是根據本發明的用於一運動裝置的一監測計數設 備的示意圖； 圖2A是一跑步機運動裝置的示意圖； 圖2B是一單車健身運動裝置的示意圖； 圖3A是用於一監測器模組的馬達負載感應元件之示 意圖； 圖3B是歸-監_模組的馬達偵測元件之示竟圖； 圖3C是用於—監測器模組的馬達偵測元件之示音圖； =3D”：一：測器模組的馬達偵測元件之示意圓 圖4疋精由-監測器模組產生的一計數信號之示音 20 ¢1 201217030 圖；及 圖5是用於一監測計數設備的一方法的流程圖。 【主要元件符號說明】 10 0跑步機設備 110跑步機裝置 112監測器模組 120使用者 130處理器模組 132通信連接 140遠端監測系統 142計算裝置 144電話線 146行動通信 150通信網路 200跑步機裝置 201履帶框架 202後輪 203跑步機履帶 204框架元件 205框架元件 206前蓋 207直立框架 221立柱 222立柱 21 201217030 223橫桿或面板 224使用者界面面板部分 225子面板 226子面板 227鉸鏈 228凹槽 229脈搏感應器 230安全鍵 250單車健身裝置 300馬達負載感應元件 301終端 302終端 310運動偵測元件 312平衡開關組件 320運動偵測元件 322紅外線傳輸器 324紅外線接收器 326紅外線 330運動偵測元件 332感應線圈 334磁鐵組件 336跑步機平台 400計數信號 401時間圖 22 201217030 402振幅 23tongue. "coupled" and "connected" and their derivatives. It should be understood that these terms are not intended as synonyms for each other. Therefore, the face-to-face device is not limited to a device or system in which the wheel-out of device A is directly connected to the input of device B. This means that there is a path between the output of a and the input of b, where B may include other means or means. "Coupling 3" can mean direct physical contact or electrical contact of two or more components, or two or more J 18 201217030 pieces that do not directly contact each other but cooperate or communicate with each other. "In this document, the use of the sequence adjectives "first", "second", first", etc., unless otherwise specified, refers only to the different entities of similar objects, and the helmet indicates that the objects must have a given order, whether in Time up, sorted, or any other way. The term "an embodiment" or "an embodiment" as used throughout this document refers to one of the specific features = structure and characteristics described in the embodiment of at least the embodiment. Therefore, the statements "in the embodiment" or "the embodiment" are not necessarily referring to the same embodiment, but may refer to the same embodiment. In addition, it is to be understood that the specific features, structures, or characteristics may be combined in any suitable manner in one or more embodiments. In the same manner, the various features of the present invention may be combined into a single embodiment, a number, or a description thereof for clarity of illustration and assistance in understanding various inventions. One or more of the aspects. However, this method of this document should not be construed as meaning that the claimed invention requires more features than each patent application. On the contrary, as described in the following claims, the aspects of the invention have less than all features of a single disclosed embodiment. Therefore, the scope of the patent application after the embodiment is expressly incorporated into the embodiments herein, each of which is a separate embodiment of the invention. In addition, some of the embodiments described herein include some other features that are not included in other embodiments, and combinations of features of different embodiments are intended to form different embodiments within the scope of the present invention, as is known to those skilled in the art. Know 19 201217030 like. For example, the application &&&# t can be used in any of the specific embodiments of the embodiments claimed. However, it is understood that the embodiments of the invention may be practiced without these specific details. In other instances, well-known methods, structures, and techniques are not described in detail so as not to affect the understanding of the document. It will be apparent to those skilled in the art that the present invention may be embodied in many other forms. In particular, an embodiment of the invention may be comprised of the features described herein. In the absence of any element not specified herein, the invention exemplified herein may still be suitably implemented. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic view of a monitoring and counting device for a moving device according to the present invention; FIG. 2A is a treadmill. 2B is a schematic diagram of a bicycle exercise device; FIG. 3A is a schematic diagram of a motor load sensing component for a monitor module; FIG. 3B is a schematic diagram of a motor detection component of a monitor-monitor module Figure 3C is a sound diagram of the motor detection component for the monitor module; =3D": a schematic circle of the motor detection component of the detector module The sound of a count signal generated by the group 20 ¢1 201217030 Figure; and Figure 5 is a flow chart of a method for monitoring the counting device. [Main component symbol description] 10 0 treadmill device 110 treadmill device 112 monitor Module 120 user 130 processor module 132 communication connection 140 remote monitoring system 142 computing device 144 telephone line 146 mobile communication 150 communication network 200 treadmill device 201 crawler frame 202 rear wheel 203 treadmill track 204 frame element 205 frame element 206 front cover 207 upright frame 221 upright 222 upright 21 201217030 223 crossbar or panel 224 user interface panel part 225 sub-panel 226 sub-panel 227 hinge 228 groove 229 pulse sensor 230 security key 250 bicycle exercise device 300 motor Load sensing element 301 terminal 302 terminal 310 motion detecting component 312 balancing switch component 320 motion detecting component 322 infrared transmitter 324 infrared receiver 326 infrared 330 motion detecting component 332 induction coil 334 magnet component 336 treadmill platform 400 counting signal 401 Time chart 22 201217030 402 amplitude 23