201134453 六、發明說明： 【發明所屬之技術領域】 -種提供使用者取得身雜態之系統及其方法，制係指一 種提供多使用者取得身體狀態之系統及其方法。 【先前技術】 :個人在生理上_雜態，離都f要至醫解位使用相 關的器材進行測量之後，才能由醫療人員依據測量所獲得的生理 狀態資料判斷使用者的健康狀態。而現在，使用者目前可以容 的取付部分個人健康管理糊的生理狀態測量細，使得使用者 可以輕易的取得以往許多f要至醫療單位測量的生理狀態資料， 並由生理狀態測量儀n獲得簡單的測量結果。 …不l 著個人健康思硪的抬頭，使用者不再滿足於僅僅# ，生理狀態資料額單_餘果，因此，目前也魏商直接^ 理，態測量裝置上、執行在其他數位裝置上之應用軟體、或是 =服裔等方式提供制者對其測量後所取得的生理狀態資料進行 =，’ 供更精確的分析結果。—般而言，若要達到這樣的 2使用者使用生理狀態測量裝置測量生理狀態後，需要 :里=仔的生理狀料料需要被儲存，在分析使用者之生理狀態 :二要以使用者當次測量所得理狀態·以及先前測量時 所儲存之生理狀態資料進行分析。 仏目前的生理狀態測量裂置已經具有基本的分析功能，但 析時是分析所有已儲存的生理狀態資料，也就是說，目 :^理狀_量裝置都只適合單—使用者制，—旦有多位使 使用同-台生理狀態測量裳置，則生理狀態測量裝置在進 201134453 灯使用者的生理狀態分析時’將會同時分析所有使用者測量所得 的生理狀態倾，而無法只分析進行啦之使用者的生理狀態資 料，如此，將無法有效的分析出使用者的生理狀態。 • 1宗上所述，可知先前技術中長期以來-直存在多使用者使用 之生理L彳量裂置無法分析出單-使用者之生理狀態的問題， 因此有必要提$錢的技射段，來解決此一問題。 【發明内容】 有繁於先前技術存在多使用者使用之生理狀態測量裝置無法 刀析出單使用者之生理狀態的問題，本發明遂揭露—種提供多 使用者取得身體狀態之系統及其方法，其中·· 人本發明所揭露之提供多使用者取得身體狀態之系統，至少包 3輸入模組，用以提供輸入使用者識別資料丨身分識別模組， 用以依據使用者識別資料辨識相對應之内部識別資料：生理狀態 測罝核組，用以提供測量使用者之生理狀態資料；儲存模組，用 以儲存生理狀‘4測量模組歷次測量所得之生理狀態資料，生理狀 籲態資料之儲存位置與内部識別資料對應；分析結果獲取模組，用 以依據生理狀態資料產生相對應之分析結果；顯神組，用以顯 示分析結果。 : 揭露之提供乡細者轉雜狀態之方法，其步驟 :至i包括：提供測量使用者之生理狀態資料；提供輸入使用者識 別資料依據使用者識別資料辨識相對應之内部識別資料；於與 内資料對應之儲存位置儲存生理狀態資料；依據内部識別 貝料項取歷次測量所得之生理狀態資料；依據生雜態資料產生 相對應之分析結果；顯示分析結果。 201134453 本發明所揭露之系統與方法如上’與先前技術之間的差異在 於本發明依據被輸入之使用者識別資料辨識相對應的内部識別資 料後’依據内部識別資料讀取相對應之生理狀態資料，並分析被 讀出之生理狀態資料，藉以解決先前技術所存在的問題，並可以 達成提供多人同時使用同一生理狀態測量裝置的技術功效。 【實施方式】 以下將配合圖式及實施例來詳細說明本發明之特徵與實施方 式，内容足以使任何熟習相關技藝者能夠輕易地充分理解本發明 解决技術問所應用的技術手段並據以實施，藉此實現本發明可 達成的功效。 本發明可以將同一台生理狀態測量裝置提供給多位使用者使 用’該生理狀態測量裝置在辨識出使用者的身分後，會依據使用 者本次測量所得的生理狀態資料以及先前測量所得的所有生理狀 態資料取得姆應的分析絲，並提供給制者，使得使用者可 以透過該生理狀態測量裝置獲得自身之生理狀況。 本發明所提之生理狀態資料包含但不限於使用者的心跳數、 血壓值、呼吸數、血糖值、膽固醇值以及肺活量等可以反應一個 人之生理狀態的各種資料，且在本發明巾，生理狀態資料並不僅 限於-種’也可以多種資料的組合。在本發明中，制生理狀態 =貝料時’右無特別提到「歷次」測量所得之生理狀態資料，則所 提到之生雛態資料即為制者操作生理狀㈣量裝置之當下所 測得的生理狀態資料。 、下先X第1Α圖」本發明所提之提供多使用者取得身體狀 態之系統架構圖來說明本發明第一種的系統運作。如「第认圖 5 201134453 所示，本發明之系統在生理狀態測量裝置100a中運作，其中含有 生理狀態測量模組U0、輸人模組12G、身分識顺組⑽、儲存 模組140、分析結果獲取模組150以及顯示模組160。 生理狀態測量模組110負責測量使用者的生理狀態以取得生 理狀態資料。值得—提的是，生理狀制量模組m可以侵入式 或非侵入式的方式測量使用者的生理狀態，另外，生理狀態測量 模組110可贿人在生理狀制量隸剛a t或是與生理狀態測 1裝置100a分離並以有線或無線的方式與生理狀態測量裝置i〇〇a 連接，藉以將測量後取得的生理狀態資料提供給儲存模組14〇。 輸入模組120負責提供輸入使用者識別資料。輸入模組12〇 "T以k供使用者輸入帳號密碼、指紋或是語音等使用者識別資 料，但本發明所提之使用者識別資料並不以此為限，凡與相對應 之使用者具有一對一之關係的資料都可以在本發明中作為使用者 識別資料。 身为識別模組130負責依據輸入模組120提供輸入的使用者 識別資料辨識相對應之使用者，並在辨識出使用者後，提供與該 使用者對應的内部識別資料給後續模組使用。其中，身分識別模 組130所提供之内部識別資料通常為一組由文數字所組成的字 串’但本發明所提之内部識別資料並不以此為限，其他例如，當 使用者識別資料包含使用者之帳號時，内部識別資料也可以為使 用者之帳號。 身分識別模組130可以在某一使用者透過輸入模組12〇輸入 指紋、語音等不可由按鍵輸入之使用者識別資料後，比對被輸入 之使用者識別資料以及所有已儲存之使用者識別資料，當兩者完 201134453 全相符或是相似程度超過一定程度，如90%或95%等時，身分識 別模組130便可以提供與被輸入之使用者識別資料完全相符或是 相似程度超過一定程度之使用者識別資料相對應的内部識別資 料，但本發明並不以此為限。而當身分識別模組130無法比對出 與被輸入之使用者識別資料完全相符或是相似程度超過一定程度 之使用者識別資料時，會儲存被輸入之使用者識別資料，並建立 相對應的内部識別資料。 儲存模組140負責將生理狀態測量模組11〇測量所取得的生 理狀態資料儲存到與身分識賴組請所提供之内部識別資料相 對應的儲存位置，其中，被儲存模組14〇所儲存的生理狀態資料 ^在使用者切使用生理狀制量錢_時，由分析結果獲取 模組150所讀取。一般而言’儲存模組140可以為内建之記憶體 或是可替換的記憶卡。 精結果獲賴組⑼貞責依據身分_歡i3Q所提供之 二2貝料’至儲存模組14G中與該内部識別資料相對應之儲 ::離=使財歷次測量所得的生理狀態資料，藉以依據生 紐μΓ 組11G本次測量所得之生理狀態㈣以及至儲存模 -ίο ^ ^取rf在分析後產生姉應的分析結果。—般而言，分析結 為—㈣物狀驗彳爾_系統，因 =。專㈣、統在對生理狀態資料進行後，便可以產生分析結 分析結果獲取模組15〇更可 對應之使財私ϋ轉她14G贿與使用者 本貝科時依據身分識別模組130所提供之内部 201134453 識別資料，至儲存模組14G巾讀取歧用者基本資料，並依據所 項出之者基本I料對所有讀出之生雜態資料（包含本次與 歷人;ii里所得的生理狀g資料）進行分析，藉以獲得更準確的分 析、°果’、中，本發明所提之使用者基本資料包含但不限於使用 者的身高、體重、年齡、性別、或是三圍等。 』示模160貞貝顯示分析結果獲取模組所產生之分析 結果二般而言，顯示模組⑽設置在生理狀態測量裝置麗上。 但事實上，也可以如「第1B圖」所示，顯示模組偏設置在生理 狀態測量裝置嶋之外的顯示裝_上，在此情況下，使用者 需要先將生理狀態測量襄置嶋與顯示裝置4〇〇直接連接後，再 操作顯示裝置彻顯示分析結果獲取模組15()所產生之分析結 果’但本發明並不以此為限，其他方式例如，顯示模組可以 在顯不裝置400以有線或無線傳輸的方式接收由生理狀態測量裝 置io〇b之裝置傳輸模组19〇所傳送之分析結果後，顯示被接收之 分析結果，或是在儲存模組14〇為記憶卡時，簡存模組刚由 #生理狀態測量裝置鳩中取出，並將儲存模組刚插入顯示裝置 4士〇〇中，使得顯示模組可以顯示儲存於儲存馳⑽上的分析 結果。 ”接著以第一個實施例來解說本發明的運作系統與方法，並浐 ，「第2A圖」本發明所提之提供多使用者取得身體 流程圖。在本實施例中，假設本發明所提之生理狀態測量 _ 為血壓測量裝置，但本發明並不以此為限。 a 若第-使用者所使用之金壓測量裝置（生理狀態測量 施）包含本發明時，則第一使用者在使用血壓測量裝置測量血 201134453 壓時血壓測置農置中的生理狀態測量模組110會測量第-使用 t生理狀態資料（步驟⑽，顯示模組議會顯示生理狀態測 :权’、且110 ’則里出之生理狀態資料，在本實施例中生理狀態測量 模組11(3測量出之生理狀態資料即為第-使用者的血壓。 在血[測里1置中的生理狀態測量模組110測量第-使用者 理狀態資料（步驟別）後，血壓測量裝置中的輸入模組120 會提供第-使用者輪入使用者識別資料（步驟則。在本實施例 中，假設血壓測量裝置的表破人輸人模組12G，第-使用者可以 使用特疋的手指在輸入模組12〇上按壓，藉以透過提供輸入模組 120輸入使用者識別資料，也就是第一使用者的指紋，但本發明所 提之使用者識別資料並不以指紋為限。 在血壓測量裴置中的輸入模組12〇提供第一使用者輸入使用 者識別資料（步驟52G)後，血壓測量裝置中的身分酬模組13〇 會依據被輸入之使用者識別資料識別第一使用者（步驟53〇)。在 本實施例中，身分識別模組13〇可以依據第—使用者在輸入模組 鲁120上所按壓之指紋，比對出相似度達到95%的使用者識別資料， 因此身分識別模組130會輸出與第一使用者在輸入模組12〇上所 按塵之指紋她度_燃的使用者識職贿應_部識別資 料。 在域測量裝置令的生理狀態測量模組11〇測量第一使用者 的生理狀態資料（步驟510)以及血壓測量裝置中的身分識別模組 】3〇依據輸入模組12〇提供輸入之使用者識別資料識別第一使用 者（步驟520、530)後，血_量裝置中的錯存模組14〇會於與 身分識別模組130所提供之内部識別資料相對應的儲存位置，儲 201134453 存生理狀態測量模組110測量所得之生理狀態資料（+驟 在本實施财，假設第-使用者的生理狀態資料以儲ς的時間做 為槽案名稱’並被儲存到朗部識職料命名的目錄巾，如「仰， ..但本發明並不以此為限。 」’ _在血壓測量裝置中的生理狀態測量模組no測量第一使 用者的生理狀態資料（步驟510)以及血壓測錄置中的身分識別 模組130依據輸入模組120提供輸入之使用者識別資料 使用者（步驟520、530)後’企壓測餘置中的分析結果獲取模 組15〇會依據身分識別模、组13〇所提供之内部識別資料，至企壓 測量裝置中的儲存模組⑽中，與身分識別模組13〇所提供之= 部識別資料相對應的儲存位置讀取㈣—使用者的歷次測量所得 之生理狀態資料，藉以依據所有的生理狀態資料，也就式生理狀 態測量模組110本次測量所得之生理狀態資料以及至儲存模組⑽ 所讀出之歷次測量所得的生理狀態資料（如果有的話）進行第一 使用者之生理狀態的分析，並在分析後產生相對應的分析結果（步 • 驟550)。另外，若儲存模組14〇中還儲存有第一使用者的身高、 體重、年齡、性別等使用者基本資料，則分析結果獲取模組15〇 會如「第2B圖」之流程，在讀取第一使用者的歷次測量所得之生 理狀態資料之前、之後或同時，由儲存模組14〇中讀取第一使用 者的使用者基本資料（步驟552)，並依據所讀出的使用者基本資 料對第一使用者本次以及歷次測量所得的生理狀態資料進行分析 (步驟556)，並產生分析結果（步驟558)。 在本發明中’分析結果獲取模組15〇依據身分識別模組13〇 所提供之内部識別資料相對應的儲存位置讀取出第一使用者的歷 201134453 次測量所得之生理狀態資料進行分析，並產生相對應的分析結果 之步驟（步驟550)可以在分析結果獲取模組150依據内部識^資 料，至儲存模組14〇中，與儲存模組140於與身分識別模組13〇 -· 所提供之内部識別資料相對應的儲存位置，儲存生理狀態測量模 . 組110測量所得之生理狀態資料之步驟（步驟540)之前或同時進 行。 在血壓測量裝置中的分析結果獲取模組150依據身分識別模 組130所提供之内部識別資料相對應的儲存位置讀取出第一使用 鲁者的歷次測量所得之生理狀態資料進行分析，並產生相對應的分 析結果（步驟550)後，血壓測量裝置中的顯示模組16〇會顯示分 析結果（步驟560)，第一使用者便可以透過顯示模組16〇閱讀分 析結果。 在第一使用者完成血壓測量並閱讀分析結果後，第二使用者 可以與第一使用者完全相同的過程使用同一台血壓測量裝置，不 過由於第一使用者與第二使用者在輸入模組120上所輸入的指紋 • 不同，因此，血壓測量裝置的身分識別模組130所提供之内部識 別#料將有所不同，是故，假設儲存模組14〇同樣會將第二使用 者的生理狀怨資料儲存在以内部識別資料命名之「ΜΑΝΑ」的目 - 錄中，則血壓測量裝置中的分析結果獲取模組150會依據身分識 別模組130所提供之内部識別資料至相對應的儲存位置（目錄 ΜΑΝΑ」）讀取出第二使用者的歷次測量所得之生理狀態資料進 行分析，並產生相對應的分析結果（步驟55〇)，之後，血壓測量 裝置中的顯示模組160會顯示分析結果（步驟56〇)，第二使用者 4更可以透過顯示模組16Q閱讀分析結果，而不會被第—使用者的 201134453 生理狀態資料影響分析結果。 另外，在實務上，血壓測量裝置中的生理狀態測量模組110 測量使用者的生理狀態資料（步驟510)以及血壓測量裝置中的身 - 分識別模組130依據血壓測量裝置中的輸入模組12〇提供輸入之 . 使用者識別資料識別使用者（步驟520、530)的兩個步驟並沒有 先後順序的限制，也就是說，第一使用者/第二使用者可以先透過 輸入模組120輸入使用者識別資料（步驟520)後，才使用生理狀 態測量模組110測量生理狀態資料（步驟51〇)。 籲 以下再以「第3A圖」本發明所提之提供多使用者取得身體狀 態之系統架構圖來說明本發明第二種的系統運作。如「第3A圖」 所示，本發明之系統含有生理狀態測量裝置1〇〇c、祠服器^ 其中，生理狀態測量裝置l〇〇c更包含生理狀態測量模組u〇、輸 入模組120、顯示模組160以及裝置傳輸模組19〇 ;伺服器2〇〇a 更包含身分識別模組230、儲存模組240、分析結果獲取模組250、 以及伺服傳輸模組290。 φ 貝際上，生理狀態測量裝置100c所包含之生理狀態測量模組 110、輸入模組120以及顯示模組160、伺服器2〇〇a所包含之身分 識別模組230、儲存模組240、分析結果獲取模組250分別與「第 1A圖」中之生理狀態測量模組11〇、輸入模組12〇、顯示模組丨的、 身分識別模組130、儲存模組140、分析結果獲取模組15〇相似， 其中，兩者最大的相異處在於生理狀態測量裝置1〇〇c需要與伺服 器200a進行資料的傳遞，除此之外各模組的運作相同，故以下僅 針對生理狀態測量裝置l00c與伺服器2〇〇a間的資料傳遞進行說 201134453 生理狀態測量裝置職中的生理狀態測韻組11G需要透過 裝置傳輸模組190與伺服傳輸模組290將生理狀態資料傳送至伺 服器200a中之儲存模組24〇與分析結果獲取模組25〇、生理狀態 測量裝置職+的輸人模組12〇冑魏過裝聽輸做19〇與词 服傳輸模組29G將使时輸人之使肖者識職料傳送至祠服器 200a中之身分識別模組230，以及伺服器200a中之分析結果獲取 模組250需要透過伺服傳輸模組29〇與裝置傳輸模組19〇將分析 結果傳給生理狀態測量裝置1〇〇c中的顯示模組16〇。 接著再以「第3B圖」本發明所提之提供多使用者取得身體狀 態之系統架構圖來說明本發明第三種的系統運作。如「第3B圖」 所示，本發明之系統含有生理狀態測量裝置100d、伺服器2〇〇b。 其中，生理狀態測量裝置l〇0d更包含生理狀態測量模組11〇、輸 入模組120、身分識別模組13〇、顯示模組160以及裝置傳輸模組 190 ;伺服器200b更包含儲存模組240、分析結果獲取模組25〇、 以及伺服傳輸模組290。 其中，生理狀態測量裝置l〇〇d所包含之生理狀態測量模組 110輸入模組120、身分識別模組130、顯示模組16〇以及飼服 器200b所包含之儲存模組240、分析結果獲取模組250分別與「第 1A圖」中之生理狀態測量模組11〇、輸入模組12〇、身分識別模 組130、顯示模組160、儲存模組14〇、分析結果獲取模組15〇相 似，兩者的差異在於生理狀態測量裝置需要與飼服器2〇〇b 進行資料的傳遞，除此之外各模組的運作相同，故以下僅針對生 理狀態測I裝置1 〇〇d與飼服器200b間的資料傳遞進行說明： 生理狀態測量裝置l〇〇d中的生理狀態測量模組HQ需要透過 13 201134453 ^置傳輸核组1%與伺服傳輸模組29〇將生理狀態資料傳送至飼 服，200b中之儲存模組與分析结果獲取模組25〇 ;生理狀態 測里4置100d巾的身分辨識模組13〇需要透過裝置傳輸模組卿 •與伺服傳輪模組29G取得儲存於·器2_中之儲存模組的 ..使用者識別資料’並將辨識出的使用者再次透過裝置傳輸模組刚 與伺服傳輸模組290傳送給伺服器雇中之分析結果獲取模組 2兄’以及恤s麟巾之分析結果獲取模組⑽透獅服傳輸 核、、且290與破置傳輸模組19〇將分析結果傳給生理狀態測量裝置 W 10〇d中的顯示模組160。 另外’在「第3A圖」以及「第3B圖」所示之系統架構下， 本發明更可以包含醫療資源配置模組27〇以及通訊模組細。 醫療資源配置模組27〇負責依據分析結果獲取模組25〇所獲 取^分析結果配置姉應之醫療人貢。—般而言，被配置之醫^ 人員熟悉與使用者之生理狀態相關的醫療資訊。本發明所提之醫 療貧訊包含可以讓使用者更能夠理解自己之生理狀態的資料，包 鲁含對應分析結果之症狀、處方、行為建議等，但本發明並不以此 為限。 通訊模組280可以提供醫療資源配置模組270所配置之醫療 • 人員透過電#、簡訊等電信服務或即時訊息、㈣語音等網路服 :務與使用者直接對談，但本發明並不以此為限。在通訊模組28〇 以網路服務與使用者對談時，可以透過伺服傳輸模組29〇與使用 者所使用之電腦連線。 通訊模組280也可以透過伺服傳輸模組29〇傳送與分析結果 獲取模組250所獲取之分析結果對應之醫療資訊給使用者。其中， 201134453 通訊模組280可以簡訊、EmaU、即時訊息等方式傳送與分析結果 對應之醫療資訊給使用者，但本發明並不以此為限。 接著以第二實施例來解說本發明的運作系統與方法，並請來 .·照「第2A圖」本發明所提之提供多使用者取得身體狀態之方法流 .額。在本實施射’假設本發騎提之生雜態啦裝置膽 同樣為血壓測量裝置，則在本實施例中，步驟51〇至步驟迎的 過程將與第-實關她，射，在__爾置職中的 生理狀態測量模組110測量第一使用者的生理狀態資料(步驟测 •後，生理狀態測量裝置職巾的裝置傳輸模组190會傳送生理狀 態資料’飼服器200a中的祠服傳輸模組29〇會接收生理狀態資 料，使得舰H施巾之齡触2似及分機额取模组， 可以取得生職_量池11G測量所得理狀態#料；在生 理狀態測量裝置l00c中的輸入模組12〇提供第一使用者輸入使用 者識別資料（步驟別）後，裝置傳輸模組刚會傳送被輸入的使 用者，別·，值傳輸難朋會触使黯朗資料，使得 •伺服器2〇〇a巾的身分辨識模、组23〇可以取得使用者識別資料辨識 第-使用者（步驟530);以及在伺服器施中的分析結果獲取模 組25二依據内部識別資料至词服器施中的儲存模組細讀取歷 次測量所得之生理狀態簡並產生瓣應之分析結果（步驟测 後，伺服傳輸模組290會傳送分析結果，裝置傳輸模組19〇會接 收分析結果，使得生理狀態測量裝置職巾賴示模組可以 取得分析結果並顯示（步驟56G)，此外，未說明之步驟與第一實 施例的s兒明相同，故不再贅述。 而若假設本發明所提之生理狀態測量裝置1〇〇d同樣為血壓測 201134453 置裝置’則步驟510至步驟560的過程同樣會與第一實施例相似， 其中’在生理狀態測量裝置100d中的生理狀態測量模組⑽測量 第一使用者的生理狀態資料（步驟51〇)後，生理狀態測量裝置 麵中的裝置傳輸餘刚會傳送生理狀態資料，鑛器纖 中的祠服傳輸模組290會接收生理狀態資料，使得祠服器獅中 ^儲存模組240以及分析結果獲取模組⑽可以取得生理狀態測 里板組110 _所得的生理狀態資料；在生理狀態測量裳置麵 中的輸入；^組提供第__仙者輸人制者朗資料（步驟 520)後，身分識別模組13〇可以透過裝置傳輪模组携向飼服器 薦請求使用者識別資料’舰傳輸歓29〇會傳回飼服器施 中之儲存模組240所儲存的使用者識職料，使得生理狀離測量 裝置胸中的身分辨雌組现可以取得使用者識別資料識別第 一使用者（步驟530);以及在錬器鳩中的分析結果獲取模组 250依據内部識別資料至飼服器鳥中的儲存模組施讀取，欠 測量所得之生理狀騎料織生娜應之分㈣果（步驟55〇) 後’祠服傳輸模組29〇會傳送分析結果，裂置傳輸模组_會接 收分析結果，使得生理狀態·裝置刪中的_模㈣〇可以 料分析結果並顯示（步驟)，料，未_之步驟則與第一 貫施例的說明相同，故不再贅述。 另外’若鑛器20__更包含有醫療資源配置模组27〇 以及通訊模組280 ’則在舰器2〇〇a/2〇〇b中的分析結果獲取模组 250依據内部識別資料至伺服器2髮㈣中的儲雜组讀取 歷次測量所得之生理狀態資料並產生相對應之分析結果（步驟 55〇)後，伺服器200a/200b中的醫療資源配置模組27〇可以依據 16 201134453 分析結果配置相對應的醫療人員（步驟580 )，並由伺服器 200a/200b中的通訊模組28〇提供醫療人員與使用者對談（步驟 590)。在本實施例中，例如通訊模組28〇會依據使用者的個人資 料取得使用者的電話號碼/即時語音服務帳號，並自動撥打電話給 使用者，使得醫療資源配置模組27〇所配置的醫療人員可以直接 告知使用者其之生理狀態，使得使用者更能夠理解自己的生理狀 心其中，在醤療> 源配置模組270依據分析結果配置相對應的 醫療人員（步驟580)後，分析結果獲取模組25〇可以透過飼服傳 輸模組290及/或通訊模組28〇將分析結果提供給該醫療人員（步 驟585) ’使得該醫療人員了解使用者的生理狀態，但本發明並不 以此為限。 另外，若飼服器200a/200b中只包含通訊模组28〇 *沒有包含 醫療資源配置模組27〇，則伺服器·咖此中的分析結果獲取模 組250依據内部識別資料至飼服器·中的儲存模組_ 讀取歷销倾得之生雜態諸並鼓姉紅分析結果（步 #驟5則後，可以如「第兀圖」之流程，由通訊模組提供鱼 分析結果對應的醫療資訊給使用者（步驟叫並由顯示模组⑽ 齡分析結果以及相對應的醫療資訊（步驟576)。在本實 假設通訊模組28〇以Email/簡訊的方式傳送與分析結果對應 療資訊給使用者，則使用者可以操作其所使用之數請〜 子郵件或操作其所使用之手機閱讀簡訊，如此，魏位裝置^ 的顯示模組·便可以顯示出分析結果獲取模組2 _之細錄额29G所傳送物 二 280所傳送的醫療資訊。 叹田H组 m 201134453 綜上所述’可知本發明與綠技術之間的差異在於具有依據 被輸入之制者識別資料辨識姆應_部朗#料後，依據内 部識別娜買取械應之生理狀態資料，並分析被讀出之生理狀 • ‘態資料之技術手段，#由此—技術手段可以解決紐技術所存在 .多者使狀生理狀_量裝置無法分析出單—使用者之生理 狀態的問題，進而達成提供多人同時使關—生理狀態測量裝置 的技術功效。 再者’本發明之提供多制者取㈣雜態之方法，可實現 於硬體、軟體或硬體與軟體之組合中，亦可在電腦祕中以集中 2式a現或以不/ijTt:件散佈於若干互連m㈣分散方式實 雜本發明所揭露之實施方式如上，惟所述之崎並非用以 直接限林發明之糊賴範圍。任何本發贿屬技術領域中具 有通常知識者，在不麟本發騎揭露之精神和範_前提下了 對本!X明之貫施的形式上及細節上作些許之更動潤飾，均屬於本 #發明之專利保護範圍。本發明之專利保護範圍，仍須以所附之申 請專利範圍所界定者為準。 【圖式簡單說明】 第1A圖為本發明所提之第一種提供多使用者取得身體狀態 之系統架構圖。 一 第1B圖為本發明所提之變化第一種提供多使用者取得身體 狀態之系統架構圖。 第2A圖為本發明所提之提供多使用者取得身體狀態之方法 流程圖。 201134453 第2B圖 第2B圖為本發明所提之提供多使用者取得身體狀雖 之方法 流程圖。201134453 VI. Description of the invention: [Technical field to which the invention pertains] - A system and method for providing a user with a physical state, and a system for providing a multi-user to obtain a physical state and a method thereof. [Prior Art]: The individual is physiologically _hybrid, and the medical condition is determined by the medical staff based on the physiological state data obtained by the measurement after the measurement is performed using the relevant equipment. Nowadays, the user can now take care of the physiological state measurement of some personal health management pastes, so that the user can easily obtain the physiological state data of many previous measurements to the medical unit, and the physiological state measuring instrument n is simple. Measurement results. ...not the rise of personal health thinking, the user is no longer satisfied with only #, physiological status data amount _ residual fruit, therefore, Wei Wei is currently directly controlled, state measuring device, executed on other digital devices The application software or the service person provides the system to perform the measurement of the physiological state data obtained after the measurement, for more accurate analysis results. In general, if two users are required to measure the physiological state using the physiological state measuring device, it is necessary to: the physiological material of the child = need to be stored, in analyzing the physiological state of the user: The measured state of the measurement and the physiological state data stored in the previous measurement are analyzed.仏 The current physiological state measurement rupture has a basic analytical function, but the analysis time is to analyze all the stored physiological state data, that is to say, the target: _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Once a number of people use the same physiological state measurement, the physiological state measuring device will analyze the physiological state of all users when analyzing the physiological state of the lamp user in 201134453, and cannot analyze only the physiological state measured by all users. The physiological state data of the user who performed it will not be able to effectively analyze the physiological state of the user. • As mentioned above, it can be seen that in the prior art, there has been a long-standing problem that the physiological L-quantity splitting of multiple users cannot analyze the physiological state of the single-user, so it is necessary to raise the technical section of the money. To solve this problem. SUMMARY OF THE INVENTION There is a problem in the prior art that a physiological state measuring device used by a plurality of users cannot analyze the physiological state of a single user, and the present invention discloses a system and method for providing a multi-user to obtain a physical state. The system for providing a multi-user to obtain a physical state disclosed in the present invention comprises at least a 3-input module for providing an input user identification data and an identity recognition module for identifying corresponding data according to the user identification. Internal identification data: physiological state measurement nucleus group, which is used to provide measurement of the physiological state data of the user; storage module for storing the physiological state data obtained by the physiological measurement of the '4 measurement module, the physiological state information The storage location corresponds to the internal identification data; the analysis result acquisition module is configured to generate a corresponding analysis result according to the physiological state data; and the display group is used to display the analysis result. : The method for providing the state of the household to change the state of the miscellaneous, the steps of: to i: providing to measure the physiological state data of the user; providing input user identification data to identify the corresponding internal identification data according to the user identification data; The physiological state data is stored in the storage location corresponding to the internal data; the physiological state data obtained by previous measurements are taken according to the internal identification of the shell material item; the corresponding analysis result is generated according to the raw data, and the analysis result is displayed. 201134453 The system and method disclosed in the present invention differs from the prior art in that the present invention recognizes the corresponding internal identification data according to the input user identification data, and reads the corresponding physiological state data according to the internal identification data. And analyzing the physiological state data read out, thereby solving the problems existing in the prior art, and achieving the technical effect of providing multiple people using the same physiological state measuring device at the same time. [Embodiment] The features and embodiments of the present invention will be described in detail below with reference to the drawings and embodiments, which are sufficient to enable those skilled in the art to readily understand the technical means Thereby, the achievable effects of the present invention are achieved. The invention can provide the same physiological state measuring device to a plurality of users. After the physiological state measuring device recognizes the user's identity, the physiological state data obtained by the user and the previous measurement are all obtained. The physiological state data obtains the analytical wire of M. Ying and provides it to the maker so that the user can obtain his or her physiological condition through the physiological state measuring device. The physiological state data mentioned in the present invention includes, but is not limited to, various data of a user's heartbeat, blood pressure value, respiratory number, blood sugar level, cholesterol value, and vital capacity, which can reflect a person's physiological state, and in the present invention, the physiological state The data is not limited to the 'species' but also a combination of multiple materials. In the present invention, when the physiological state = bedding material, the right side does not specifically refer to the physiological state data obtained by the "previous" measurement, and the raw material information mentioned is the current operation of the physiological device (four) measuring device. Measured physiological status data. The first system operation of the first embodiment of the present invention is illustrated by the system architecture diagram of the present invention for providing multiple users to obtain the physical state. As shown in FIG. 5 201134453, the system of the present invention operates in the physiological state measuring device 100a, which includes a physiological state measuring module U0, an input module 12G, an identity recognition group (10), a storage module 140, and an analysis. The result acquisition module 150 and the display module 160. The physiological state measurement module 110 is responsible for measuring the physiological state of the user to obtain physiological state data. It is worth mentioning that the physiological mass measurement module m can be invasive or non-invasive. The method of measuring the physiological state of the user, in addition, the physiological state measuring module 110 can bribe the human being in the physiological quantity or just separate from the physiological state measuring device 100a and connect the physiological state measuring device in a wired or wireless manner. The i〇〇a connection is used to provide the physiological state data obtained after the measurement to the storage module 14. The input module 120 is responsible for providing input user identification data. The input module 12〇"T is k for the user to input the account number. User identification data such as password, fingerprint or voice, but the user identification data mentioned in the present invention is not limited thereto, and has one-to-one correspondence with the corresponding user. The data of the department can be used as the user identification data in the present invention. The identification module 130 is responsible for identifying the corresponding user according to the user identification data provided by the input module 120, and after identifying the user, providing The internal identification data corresponding to the user is used by the subsequent module. The internal identification data provided by the identity recognition module 130 is usually a set of characters consisting of alphanumeric characters, but the internal identification data provided by the present invention For example, when the user identification data includes the user's account, the internal identification data may also be the user's account. The identity recognition module 130 may be passed through the input module 12 by a certain user. After inputting the user identification data that cannot be input by the button, such as fingerprints and voices, the user identification data input and all the stored user identification data are compared, and when the two ends in 201134453, the degree of similarity exceeds a certain degree. If 90% or 95%, etc., the identity recognition module 130 can provide complete matching with the input user identification data or The internal identification data corresponding to a certain degree of user identification data, but the invention is not limited thereto, and when the identity recognition module 130 cannot completely match the input user identification data or When the user's identification data exceeds a certain degree of similarity, the input user identification data is stored, and the corresponding internal identification data is established. The storage module 140 is responsible for measuring the physiological state obtained by the physiological state measurement module 11 The data is stored in a storage location corresponding to the internal identification data provided by the identification group, wherein the physiological state data stored by the storage module 14 is used when the user uses the physiological quantity to make money _ The analysis result acquisition module 150 reads. Generally, the storage module 140 can be a built-in memory or a replaceable memory card. The results obtained by the reliance group (9) are based on the identity of the _ i3 i2Q provided by the ii iQQ to the storage module 14G corresponding to the internal identification data:: = the physiological status data obtained by the financial measurement, According to the physiological state (4) obtained from the measurement of the 11G in the group, and the storage model - ίο ^ ^, the rf is analyzed to produce the result of the analysis. In general, the analysis is as follows - (iv) the object 彳 _ _ system, because =. After the (4) and the system of the physiological state data, the analysis result can be generated. The module 15 can be used to make the financial identity transfer to her 14G bribe and the user based on the identity identification module 130. Provide internal 201134453 identification data, to the storage module 14G towel to read the basic data of the dissident, and according to the basic I material of the item, all the miscellaneous data read out (including this time and the calendar; The obtained physiological g data is analyzed to obtain a more accurate analysis, and the basic data of the user mentioned in the present invention includes, but is not limited to, the user's height, weight, age, sex, or measurements. Wait. The model module 160 shows the analysis result generated by the analysis result acquisition module. In general, the display module (10) is disposed on the physiological state measuring device. However, in fact, as shown in the "Fig. 1B", the display module is placed on the display device outside the physiological state measuring device ,. In this case, the user needs to first set the physiological state measurement. After being directly connected to the display device 4〇〇, the display device is further configured to display the analysis result generated by the analysis result obtaining module 15(). However, the present invention is not limited thereto. For example, the display module can be displayed. After the device 400 receives the analysis result transmitted by the device transmission module 19 of the physiological state measuring device io〇b in a wired or wireless transmission manner, the received analysis result is displayed, or is stored in the storage module 14 as a memory. At the time of card, the memory module is just taken out by the #physical state measuring device, and the storage module is just inserted into the display device 4, so that the display module can display the analysis result stored on the storage device (10). Next, the operational system and method of the present invention will be explained in the first embodiment. Further, the "2A" embodiment of the present invention provides a multi-user acquisition physical flow chart. In the present embodiment, it is assumed that the physiological state measurement _ proposed by the present invention is a blood pressure measuring device, but the present invention is not limited thereto. a If the gold pressure measuring device (physiological condition measuring device) used by the first user includes the present invention, the first user uses the blood pressure measuring device to measure the blood pressure of the 201134453 when the blood pressure is measured. The group 110 will measure the first-use physiological state data (step (10), and display the physiological state data of the module state display physiological state measurement: right', and 110', in the embodiment, the physiological state measurement module 11 ( 3 The physiological state data measured is the blood pressure of the first user. In the blood [the physiological state measurement module 110 in the measurement center 1 measures the first-user rational state data (steps)), the blood pressure measurement device The input module 120 provides the first user to enter the user identification data (step. In this embodiment, assuming that the blood pressure measuring device has a broken input module 12G, the first user can use the special finger. Pressing on the input module 12 to input the user identification data, that is, the fingerprint of the first user, by providing the input module 120, but the user identification data provided by the present invention is not limited to the fingerprint. After the input module 12 in the blood pressure measuring device provides the first user input user identification data (step 52G), the body compensation module 13 in the blood pressure measuring device identifies the user identification data according to the input. a user (step 53). In this embodiment, the identity recognition module 13 can compare the fingerprints pressed by the user on the input module 120 to compare the users whose similarity is 95%. After identifying the data, the identity recognition module 130 outputs the fingerprint identification information of the user who has pressed the fingerprint of the first user on the input module 12〇. The physiological state measurement module 11 measures the physiological state data of the first user (step 510) and the identity recognition module in the blood pressure measurement device. 3) identifies the first use according to the user identification data provided by the input module 12 After the steps (steps 520, 530), the faulty module 14 in the blood_quantity device will be stored in the storage location corresponding to the internal identification data provided by the identity recognition module 130, and stored in the 201134453 physiological state measurement module. 110 measured physiological status data (+ in this implementation, assuming that the user-physical status data is stored as the name of the case] and stored in the catalogue named after the martial arts job, such as "Yes, .. but the present invention is not limited thereto." ' The physiological state measurement module no in the blood pressure measuring device measures the physiological state data of the first user (step 510) and the blood pressure recording device. After the identity recognition module 130 provides the input user identification data user according to the input module 120 (steps 520, 530), the analysis result acquisition module 15 in the pressure measurement remaining unit will identify the module and group according to the identity. The internal identification data provided is stored in the storage module (10) in the pressure measuring device, and is stored in the storage location corresponding to the identification data provided by the identity recognition module 13 (4) - the previous measurement of the user The physiological state data is based on all physiological state data, that is, the physiological state data obtained by the physiological state measuring module 110 and the physiological measurements obtained by the previous measurement of the storage module (10) Profile (if any) for a first physiological state of a user of the analysis, and generates results corresponding to (step • step 550) after analysis. In addition, if the storage module 14 is also stored with the user basic data such as the height, weight, age, and gender of the first user, the analysis result acquisition module 15 will read the process as in the "2B map". The user basic data of the first user is read from the storage module 14A before, after or at the same time as the physiological state data obtained by the first user's previous measurements (step 552), and according to the read user The basic data analyzes the physiological state data obtained by the first user this time and the previous measurements (step 556), and generates an analysis result (step 558). In the present invention, the analysis result obtaining module 15 analyzes the physiological state data obtained by the first user's calendar 201134453 according to the storage location corresponding to the internal identification data provided by the identity recognition module 13〇, And the step of generating the corresponding analysis result (step 550) may be performed by the analysis result obtaining module 150 according to the internal identification data to the storage module 14A, and the storage module 140 and the identity recognition module 13〇-· The storage location corresponding to the provided internal identification data stores the physiological state measurement module. The group 110 measures the resulting physiological state data (step 540) before or at the same time. The analysis result obtaining module 150 in the blood pressure measuring device reads the physiological state data obtained by the first measurement of the first use of the internal identification data provided by the identity recognition module 130, and generates and generates After the corresponding analysis result (step 550), the display module 16 in the blood pressure measuring device displays the analysis result (step 560), and the first user can read the analysis result through the display module 16〇. After the first user completes the blood pressure measurement and reads the analysis result, the second user can use the same blood pressure measuring device in the same process as the first user, but the first user and the second user are in the input module. The fingerprint input on 120 is different. Therefore, the internal identification # provided by the identity recognition module 130 of the blood pressure measuring device will be different. Therefore, it is assumed that the storage module 14〇 will also be the physiological of the second user. The grievance data is stored in the directory of the "ΜΑΝΑ" named after the internal identification data, and the analysis result obtaining module 150 in the blood pressure measuring device according to the internal identification data provided by the identity recognition module 130 to the corresponding storage. The position (directory ΜΑΝΑ) reads the physiological state data obtained by the second user's previous measurements, and generates a corresponding analysis result (step 55〇), after which the display module 160 in the blood pressure measuring device displays Analysis result (step 56〇), the second user 4 can read the analysis result through the display module 16Q without being the first user's 20113 4453 Physiological status data affects the results of the analysis. In addition, in practice, the physiological state measurement module 110 in the blood pressure measuring device measures the physiological state data of the user (step 510) and the body-dividing identification module 130 in the blood pressure measuring device according to the input module in the blood pressure measuring device. 12〇 provides input. The two steps of the user identification data identifying the user (steps 520, 530) are not limited in sequence, that is, the first user/second user can first pass through the input module 120. After the user identification data is input (step 520), the physiological state measurement module 110 is used to measure the physiological state data (step 51). The system operation diagram of the second embodiment of the present invention will be described below with reference to the system architecture diagram of the present invention for providing multiple users to obtain the physical state. As shown in FIG. 3A, the system of the present invention includes a physiological state measuring device 1c, a server, wherein the physiological state measuring device 10c further includes a physiological state measuring module u〇, an input module. 120. The display module 160 and the device transmission module 19A. The server 2A further includes an identity recognition module 230, a storage module 240, an analysis result acquisition module 250, and a servo transmission module 290. The physiological state measuring module 110, the input module 120, the display module 160, the identity recognition module 230 included in the server 2A, the storage module 240, and the storage module 240, The analysis result obtaining module 250 and the physiological state measuring module 11 in the "A1A", the input module 12, the display module, the identity recognition module 130, the storage module 140, and the analysis result acquisition mode The group 15 is similar, wherein the biggest difference between the two is that the physiological state measuring device 1c needs to transmit data with the server 200a, and the operation of each module is the same, so the following is only for the physiological state. The data transmission between the measuring device 100c and the server 2A is performed. Referring to 201134453, the physiological state measuring group 11G in the physiological state measuring device needs to transmit the physiological state data to the servo through the device transmitting module 190 and the servo transmitting module 290. The storage module 24〇 in the device 200a and the analysis result obtaining module 25〇, the physiological state measuring device + the input module 12, the Wei over the listening and losing to do 19 〇 and the word service transmission module 29G will be timed lose The human identity information is transmitted to the identity recognition module 230 in the server 200a, and the analysis result acquisition module 250 in the server 200a needs to pass through the servo transmission module 29 and the device transmission module 19 The result of the analysis is transmitted to the display module 16A in the physiological state measuring device 1〇〇c. Next, the third system operation of the present invention will be described with reference to the system architecture diagram of the present invention for providing multiple users to obtain the physical state. As shown in "Fig. 3B", the system of the present invention includes a physiological condition measuring device 100d and a server 2'b. The physiological state measuring device 101a further includes a physiological state measuring module 11〇, an input module 120, an identity recognition module 13〇, a display module 160, and a device transmission module 190. The server 200b further includes a storage module. 240. The analysis result acquisition module 25〇 and the servo transmission module 290. The physiological state measuring module 110 included in the physiological state measuring device 103d inputs the module 120, the identity identifying module 130, the display module 16〇, and the storage module 240 included in the feeding device 200b, and the analysis result. The acquisition module 250 and the physiological state measurement module 11〇, the input module 12〇, the identity recognition module 130, the display module 160, the storage module 14〇, and the analysis result acquisition module 15 in the “A1A” respectively. Similarly, the difference between the two is that the physiological state measuring device needs to transmit data with the feeding device 2〇〇b, and the operation of each module is the same, so the following is only for the physiological state measuring device I 〇〇d The data transmission between the feeding device 200b is explained: The physiological state measuring module HQ in the physiological state measuring device 103d needs to pass through the 13 201134453, and the transmission nuclear group 1% and the servo transmission module 29 Transfer to the feeding suit, the storage module and the analysis result acquisition module 25〇 in the 200b; the identity recognition module 13 in the physiological state measurement 4 set 100d towel needs to transmit the module through the device and the servo transfer module 29G Get stored in · The user identification data of the storage module in the device 2_ and the identified user is transmitted through the device transmission module and the servo transmission module 290 to the server for the analysis result acquisition module 2 The analysis result acquisition module (10) of the sneaker sneakers transmits the analysis result to the display module 160 in the physiological state measuring device W 10〇d. In addition, under the system architecture shown in "3A" and "3B", the present invention may further include a medical resource configuration module 27 and a communication module. The medical resource allocation module 27 is responsible for configuring the medical personnel according to the analysis result acquisition module 25 to obtain the analysis result configuration. In general, the configured medical personnel are familiar with the medical information related to the physiological state of the user. The medical treatment of the present invention includes information that allows the user to better understand his or her physiological state, and includes symptoms, prescriptions, behavioral suggestions, etc. corresponding to the analysis results, but the invention is not limited thereto. The communication module 280 can provide medical services for the medical resource configuration module 270, such as telecommunication services or instant messages, (4) voice and other network services, and the user directly talks with the user, but the present invention does not This is limited to this. When the communication module 28 communicates with the user through the network service, the servo transmission module 29 can be connected to the computer used by the user. The communication module 280 can also transmit the medical information corresponding to the analysis result obtained by the analysis result obtaining module 250 to the user through the servo transmission module 29. The 201134453 communication module 280 can transmit the medical information corresponding to the analysis result to the user by means of a short message, an EmaU, an instant message, etc., but the invention is not limited thereto. Next, the operation system and method of the present invention will be explained with reference to the second embodiment, and please refer to the method of providing a multi-user to obtain a physical state according to the "2A". In the present embodiment, it is assumed that the device is also a blood pressure measuring device, and in this embodiment, the process from step 51 to step welcoming will be performed with the first -, her, in _ The physiological state measurement module 110 in the home position measures the physiological state data of the first user (after the step measurement, the device transmission module 190 of the physiological state measuring device service device transmits the physiological state data] in the feeding device 200a. The 祠 传输 传输 传输 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 舰 舰 舰 舰 舰 舰 舰 舰 舰 舰 舰 舰 舰 舰 舰 舰 舰 舰 舰 舰 舰 舰 舰 舰 舰 舰 舰 舰 舰 舰 舰 舰 舰 舰The input module 12 in the device 100c provides the first user to input the user identification data (steps), and the device transmission module just transmits the input user, and the value transmission will be touched. The data is such that the identity recognition module of the server 2A can be used to identify the user-identified data identification-user (step 530); and the analysis result acquisition module 25 in the server application is based on Internal identification data to word processor The storage module in the application carefully reads the physiological state of the previous measurements and generates the analysis result of the valve (after the measurement, the servo transmission module 290 transmits the analysis result, and the device transmission module 19 receives the analysis result, so that The physiological condition measuring device service module can obtain the analysis result and display it (step 56G). Further, the steps which are not described are the same as those of the first embodiment, and therefore will not be described again. The physiological state measuring device 1〇〇d is also the blood pressure measuring device 201134453. The process of steps 510 to 560 is similar to the first embodiment, wherein the physiological state measuring module (10) in the physiological state measuring device 100d After measuring the physiological state data of the first user (step 51〇), the device transmission in the surface of the physiological state measuring device transmits the physiological state data, and the data transmission module 290 in the mineral fiber receives the physiological state data. The storage device 240 and the analysis result obtaining module (10) can obtain the physiological state data obtained by the physiological state measuring plate group 110_; The state is measured in the face input; after the group provides the __ 仙 者 者 者 者 (step 520), the identity recognition module 13 can be used to carry the device through the device transfer module The identification data 'ship transmission 歓29〇 will be transmitted back to the user's job storage stored in the storage module 240 of the feeding device, so that the physiologically separated body of the measuring device can now obtain the user identification data. Identifying the first user (step 530); and analyzing result acquisition module 250 in the device 施 according to the internal identification data to the storage module in the feeding bird to read, the physiological measurement of the under-measurement Sheng Na should be divided into four (four) fruit (step 55 〇) after the 'transfer transmission module 29 〇 will transmit the analysis results, the rupture transmission module _ will receive the analysis results, so that the physiological state · device deleted _ mode (four) 〇 can The analysis results are shown and displayed (steps), and the steps of the materials are not the same as those of the first embodiment, and therefore will not be described again. In addition, if the miner 20__ further includes the medical resource configuration module 27〇 and the communication module 280′, the analysis result acquisition module 250 in the ship 2〇〇a/2〇〇b is based on the internal identification data to the servo. After the storage group in the second (4) reading the physiological state data obtained by the previous measurements and generating the corresponding analysis result (step 55A), the medical resource configuration module 27 in the server 200a/200b can be based on 16 201134453 The result of the analysis configures the corresponding medical personnel (step 580), and the communication module 28 in the server 200a/200b provides the medical personnel to talk to the user (step 590). In this embodiment, for example, the communication module 28 obtains the user's phone number/instant voice service account according to the user's personal data, and automatically makes a call to the user, so that the medical resource configuration module 27 is configured. The medical staff can directly inform the user of their physiological state, so that the user can better understand his or her physiological state, and after the source configuration module 270 configures the corresponding medical personnel according to the analysis result (step 580), The analysis result obtaining module 25 can provide the analysis result to the medical staff through the feeding transmission module 290 and/or the communication module 28 (step 585) 'to make the medical personnel understand the physiological state of the user, but the present invention Not limited to this. In addition, if the feeding device 200a/200b only includes the communication module 28〇* does not include the medical resource configuration module 27〇, the analysis result obtaining module 250 of the server/coffee is based on the internal identification data to the feeding device. · The storage module in the _ read the history of the miscellaneous and the blushing analysis results (Step #5, you can provide the fish analysis results by the communication module as in the "Drawing Diagram" process The corresponding medical information is given to the user (the step is called by the display module (10) age analysis result and the corresponding medical information (step 576). In this example, the communication module 28 transmits and analyzes the result by email/sMS. If the treatment information is given to the user, the user can operate the number of messages used by the user or the mobile phone used to read the newsletter. Thus, the display module of the Wei device can display the analysis result acquisition module. 2 _ The fine record of 29G transmitted by the medical information transmitted by the second 280. Singda H group m 201134453 In summary, the difference between the present invention and the green technology is that it has identification based on the identification data of the input system. M should _ After the Lang #料, according to the internal identification of Na to buy the physiological state of the data, and analyze the physiological characteristics of the read-out] 'technical means, # this - technical means can solve the existence of New Technology. The physiological condition_quantity device cannot analyze the problem of the physiological state of the single-user, and further achieves the technical effect of providing a multi-person simultaneous-physiological state measuring device. Further, the present invention provides a multi-system (4) hybrid state. The method can be implemented in a combination of hardware, software or a combination of a hardware and a soft body, or can be distributed in a computer system in a centralized manner or in a non-ijTt: piece in a plurality of interconnections. The disclosed embodiment is as described above, but the saki is not used to directly limit the scope of the invention. Anyone who has the usual knowledge in the field of bribery is not in the spirit and scope of the rumor. The modification of the form and details of the present invention is subject to the patent protection scope of the present invention. The scope of patent protection of the present invention must still be defined by the scope of the appended patent application. BRIEF DESCRIPTION OF THE DRAWINGS [FIG. 1A] FIG. 1A is a first system diagram for providing a multi-user to obtain a physical state according to the present invention. FIG. 1B is a first variation of the present invention. A system architecture diagram for obtaining a physical state. Fig. 2A is a flow chart of a method for providing a multi-user to obtain a physical state according to the present invention. 201134453 FIG. 2B and FIG. 2B are diagrams for providing a multi-user to obtain a body shape according to the present invention. Although the method flow chart.
狀態之方法State method
之系統架構圖。System architecture diagram.
【主要元件符號說明】 100a 生理狀態測量裝置 100b 生理狀態測量裝置 100c 生理狀態測量裝置 100d 生理狀態測量裝置 110 生理狀態測量模組 120 輸入模組 130 身分識別模組 140 儲存模組 150 分析結果獲取模組 160 顯示模組 190 裝置傳輸模組 200a 伺服器 200b 伺服器 230 身分識別模組 240 儲存模組 19 201134453 250 分析結果獲取模組 270 醫療資源配置模組 280 通訊模組 290 伺服傳輸模組 400 顯示裝置 460 顯示模組 步驟510提供測量使用者之生理狀態資料 步驟520提供輸入使用者識別資料[Main component symbol description] 100a physiological state measuring device 100b physiological state measuring device 100c physiological state measuring device 100d physiological state measuring device 110 physiological state measuring module 120 input module 130 identity recognition module 140 storage module 150 analysis result acquisition mode Group 160 display module 190 device transmission module 200a server 200b server 230 identity recognition module 240 storage module 19 201134453 250 analysis result acquisition module 270 medical resource configuration module 280 communication module 290 servo transmission module 400 display Device 460 display module step 510 provides measurement of physiological state data of the user. Step 520 provides input of user identification data.
步驟53〇依據使用者識別資料辨識相對應之内部 步驟540於與使用者識職贿應之贿位_存生理狀能 資料 μ 步驟550依據内部識別資料讀取歷次測量所得之生理狀態資 料並產生相對應之分析結果 、 步驟552讀取與使用者識別資贿應之使用者基本資料 步驟556依據使用者基本資料分析生理狀態資料 步驟558產生分析結果 步驟560顯示分析結果 步驟572提供對應分析結果之醫療資訊予使用者 步驟576顯示分析結果及醫療資訊 步驟580依據分析結果配置對應之醫療人員 步驟585提供分析結果予醫療人員 步驟590提供醫療人員與使用者對談 20 mStep 53: Identify the corresponding internal step 540 according to the user identification data, and use the bribe position of the user to receive a bribe. The physiological data can be read according to the internal identification data and generated. Corresponding analysis result, step 552 reads user basic data for user identification bribes, step 556, analyzing physiological state data according to user basic data, step 558, generating analysis result, step 560, displaying analysis result step 572, providing corresponding analysis result. The medical information to the user step 576 displays the analysis result and the medical information step 580. The corresponding medical personnel are configured according to the analysis result. The step 585 provides the analysis result to the medical staff. Step 590 provides the medical staff to talk with the user 20 m.