201135504 六、發明說明： 【發明所屬之技術領域】 本發明為有關於-種居家照護系統及其方法，特別是指一種 使行動知及用戶端搭全球定m用以供控制端安排醫療服 務之遠距居家照護系統及其方法。 【先前技術】201135504 VI. Description of the invention: [Technical field to which the invention pertains] The present invention relates to a home care system and method thereof, and more particularly to a method for making a mobile terminal aware of the action and the user terminal for the medical service of the control terminal. Remote home care system and its methods. [Prior Art]
近年來’隨著國人逐触重健康管理，·各翻關應用便 如雨後春筍般胃出，其巾「遠距居家職服務」更是熱門的議題 之…根據美國退休人士齡的研究顯示，高齡族群面臨醫療照 護需求時’約有八成的人氧料求在雜受縣照護服務，顯 不居家醫療照護確實已經成為全球的重要趨勢。 一般而言’「遠距居家照護服務」即是透過資訊及通訊等技術 克服空間障礙’使得遠端的服務提供者，能夠對居於家中或照顧 機構中的受服務者，提供職甚至是醫療的服務。_來說：醫 院的控制端可透過安裝於使用者身體上喊測裝置，如：生物晶 片。用以_制者的生理數據，並且於生理數據異料，即時 ^生診斷報告以通知固守於使用者家中的醫療人員提供適當的醫 療服務。不過，由於此方式需要使醫療人員位於使时家中待命， 故對醫療人力資源的安排具有效率不彰的問題。 综上所述，可知先前技射軸叫—直縣f療人力資源 段’來解決此一問題 【發明内容】 的文排具有效率不彰之問題，因' 段…一一 …要棱出改進的技術手 有雲於先前肋存在的問題，本判遂揭露—種遠距居家照 201135504 護系統及其方法。 本發明所揭露之遠距絲賴系統，包含：行動端、用戶端 及控綱。其巾’各行動_以透過全較㈣統獲得第—定位 訊息，且傳送此第-定位訊息及接收並執行遠端命令；各用戶端 用以透過全球定㈣賴得第二定位訊息，並减測生理數據以 及傳送生理數據及第二定位訊息。 而在控制^的#份，控制端包含：醫療資料庫、接收模組、 • 77析模組、疋位拉組及傳送模組。其中，醫療資料庫用以儲存盘 各用戶端相應的醫療數據；接收模_以接收各行動端的第一 ^ 位訊息’以及接收各用戶端的第二定位訊息；分析模組用以自各 =戶端接收生理數據’並^分別與各用戶端相應的醫療數據進行 分析’以及當其中—用戶端的分析結果為異常時，產生相應於此 用戶端^遠端命令；定位模_以讀取分析結果為異常的用戶端 的f二^位!1息’並且將此第二定位訊息與各第-定位訊息進行 »十异’以#算出距細戶端最近的行動端；傳送模朗以將所產 籲生的遠端命令傳送至計算出的行動端。 特別要說_是，上述提及的第—定⑽息及第二定位訊息 為全球定㈣統的二維座標或三祕標。另外，所述遠端命令= =應此^戶端的第二定位訊息，甚至亦可包含控制行動端產生 -‘曰文子辰動或發光的訊號。而所述生理數據則至少包含血 壓、血糖、血脂、心跳或體溫。 至於本發明之遠距居家照護方法，應用於行動端、用戶端及 控制端的傳輸環射，其步驟包括··於控制端儲存與各用戶端相 應的醫療數據，·各行動端透過全球定位系統麟第一定位訊息， 201135504 得伽制端;各用戶端透過全球定位系統獲 定感測生理數據，以及傳送生理數據及第二 妾收各行動端的第一定位訊息，以及 攄，二S八㈣★—讀訊息’·控制端自各用戶端接收生理數 ’亚Wi與各肝端相應的醫療數據進行分析，以及當其中 =戶&的分析結果為異常時，產生相應於用戶端的遠端命令； Ϊ制端讀取分析結果為異常_戶端的第二定他息，並且將此 ==與各第一定位訊息進行計算，以計算出距離用戶端 上述各步射峨第—定⑽息及第二定健息皆為全 球定位系統的二維座標或三維座標。另外，所述遠端命令包含相 2此用戶端的第二雜訊息’甚至更可包含控制行動端產生聲 音、文字、震動或發光的訊號。而所述生理數據則至少包含血壓、 血糖、jk脂、心跳或體溫。 本發明所揭硌之系統與方法如上，與先前技術之間的差異在 _於本發明是透過結合全球粒祕的行動端制戶端，分別傳送 第一疋位訊息及第二定位訊息至控制端，以及透過用戶端感測生 理數據且傳送至控制端，使控制端根據生理數據進行分析，並於 ' 分析結果異常時產生遠端命令’且根據第一定位訊息及第二定位 afL息S十异距離用戶端最近的行動端以傳送遠端命令。 透過上述的技術手段’本發明可以達到提高醫療人力資源的 分配效率之技術功效。 【實施方式】 以下將配合圖式及實施例來詳細說明本發明之實施方式，藉 201135504 翻如何應賴解段來解決技制題並達成技術功效的 貫現過程能充分理解並據以實施。 在說明本發明所揭露之遠距居家_ 對=發___作_，本刺及的 =虞=使_自身狀_學场奴:例如： ，何生組織财定的正常朗。舉 人，其血w常範 =m?;_8°，mHg”。特別要二:，= 籍數據齡純_，树驗人貞 下rt目式對本發物卿簡巍她作進步 說月先韻對本發明遠距居家照護系統作說明，請參閲「第 圖」，第1圖」為本發明遠距居家照護系統之方塊圖，包含.行 =端H)、用戶端20、控制端3〇及網路4〇。其中各行動端1〇、 用戶编20與控_ 3G是透過轉4()被連 f圖中未碰付第-讀訊息，且傳送此第—定 30及接收並執行控制端30所傳送_命令。 = 為全球定位纽的二維鋪仏維鍊。在魏 = 10可為手持式裝置或行動裝置，如 仃糾 (Personal Digital Assistant，PDA)。 包"® 人數位助理 各用戶端20用以透過全球定位系統(圖中未示)獲得第 訊息，^且感測使用者的生理數據，以及傳送感測到的生理 及已獲得的第二定位訊息至控制端3() 定位系賴二维鍊或三維雜。在雜實：^^端1 201135504 為义到退距居豕照5蒦的使用者之所在處，且所感測到的生理數據 至；包合血壓、血脂、血糖、心跳或體溫……等等。在實際實施 上，其感測方式可透過各種不同的感測器來達成，例如：透過血 壓感測ϋ _測制者的血壓、透過血糖制器來制使用者的 血糖……等等。本發明並未限定感測器的數量或類型。 在控制端30的部份，控制端3〇包含：醫療資料庫31、接收 模組32、分析模組33、定位模組34及傳送模組％。所述控制端 30為設置於醫療診所的個人電腦或伺服器。其中，醫療資料庫3ι 用以儲存與各用戶知20相應的醫療數據，在實際實施上，醫療資 料庫31可為關聯式資料庫(Relational Database)。 、 接收模組32用以接收各行動端1〇所傳送的第一定位訊息， 以及接收各用戶端20所傳送的第二定位訊息。在實際實施上^斤 述第一定位訊息及第二定位訊息皆透過網路4〇來傳送^所述網路 4〇可為使用傳輸控制協定/網際網路協定(T聰missi〇n c〇咖！In recent years, 'the Chinese people have changed their health management, and the application of each customs has mushroomed. The towel "far-distance home service" is a hot topic... According to the study of the age of American retirees, the old age When the ethnic group faces the demand for medical care, 'about 80% of the people want to care for the county, and it is indeed an important trend in the world. In general, 'remote home care service is to overcome space barriers through technologies such as information and communication', so that remote service providers can provide jobs and even medical care to those who are at home or in care institutions. service. _ For example: the control end of the hospital can be installed on the user's body, such as a biochip. The physiological data of the system is used, and the physiological data is dissipated, and the medical diagnosis report is provided to notify the medical staff who are stuck in the user's home to provide appropriate medical services. However, because this method requires the medical staff to be on standby at home, the arrangement of medical human resources is inefficient. In summary, it can be seen that the previous technical axis called “Zhixian County F human resources segment” to solve this problem [invention content] has an inefficiency problem, because of the 'segment... one to improve The technical hand has the problem of the existence of the previous rib, and this judgment reveals a long-distance home photo 201135504 protection system and its method. The remote ray system disclosed in the present invention comprises: an action end, a user end and a control unit. The towel's 'actions' obtain the first positioning message through the full (four) system, and transmit the first positioning message and receive and execute the remote command; each user terminal uses the global positioning (four) to obtain the second positioning message, and The physiological data is subtracted and the physiological data and the second positioning information are transmitted. In the control ^, the control end includes: medical database, receiving module, • 77 analysis module, clamping group and transmission module. The medical database is used to store the corresponding medical data of each user end of the disc; the receiving module _ receives the first information message of each mobile terminal and receives the second positioning information of each user terminal; the analysis module is used for each user terminal. Receiving the physiological data 'and separately analyzing the medical data corresponding to each user' and when the analysis result of the user terminal is abnormal, the corresponding remote command of the user terminal is generated; the positioning mode is read to analyze the result The abnormal user's f 2 ^ bit! 1 interest ' and this second positioning message and each of the first positioning message to carry out » ten different 'to calculate the nearest mobile terminal end of the fine client; transfer mode to the production of the appeal The raw remote command is sent to the calculated action. In particular, _ is that the above-mentioned first (10) interest and second positioning information are two-dimensional coordinates or three secrets of the global (four) system. In addition, the remote command == should be the second positioning message of the terminal, and may even include the signal that the control terminal generates - '曰子子辰动或发光发光. The physiological data includes at least blood pressure, blood sugar, blood lipids, heart rate or body temperature. The remote home care method of the present invention is applied to the transmission loop of the mobile terminal, the user terminal and the control terminal, and the steps include: storing the medical data corresponding to each user end on the control end, and each action terminal passes through the global positioning system. Lin first positioning information, 201135504 gamma end; each user is determined by the global positioning system to sense physiological data, and to transmit physiological data and the second to receive the first positioning information of each mobile terminal, and 摅, two S eight (four) ★—Read message '·The control terminal receives the physiological number from each user terminal', and the medical data corresponding to each liver end is analyzed, and when the analysis result of the user=amp; is abnormal, a remote command corresponding to the user end is generated. The control end reads the analysis result as the second deterministic of the abnormal _ client, and calculates the == and each first positioning message to calculate the first (10) interest rate from the above-mentioned steps of the user terminal. The second fixed interest is the two-dimensional coordinates or three-dimensional coordinates of the global positioning system. In addition, the remote command includes the second miscellaneous message of the user terminal ‘and may even include a signal for controlling the mobile terminal to generate sound, text, vibration or illumination. The physiological data includes at least blood pressure, blood sugar, jk fat, heart rate or body temperature. The system and method disclosed in the present invention are as above, and the difference between the prior art and the prior art is that the first location information and the second location information are respectively transmitted to the control through the mobile terminal system of the global secret. And sensing the physiological data through the user end and transmitting to the control end, so that the control end analyzes according to the physiological data, and generates a remote command when the analysis result is abnormal, and according to the first positioning information and the second positioning afL information S The nearest mobile terminal is the same as the mobile terminal. Through the above technical means, the present invention can achieve the technical effect of improving the distribution efficiency of medical human resources. [Embodiment] Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings and embodiments. The process of solving the technical problems and achieving technical effects by 201135504 can be fully understood and implemented. In the description of the remote home disclosed in the present invention _ _ = _ _ _ _, the punctual = 虞 = make _ self-_ _ school slave: For example: He Health Organization's normal lang. Lifting people, their blood w normal = m?; _8 °, mHg". Specially two:, = the age of the data is pure _, the tree tester 贞 rt eye style to the hair of the simple 巍 巍 she made progress to say the first rhyme For the description of the remote home care system of the present invention, please refer to "the figure", which is a block diagram of the remote home care system of the present invention, including the line = terminal H), the user terminal 20, and the control terminal 3 And network 4〇. Each of the mobile terminals 1 , user 20 and control _ 3G is transmitted through the 4 () is not connected to the first read message, and the first 30 is transmitted and received and executed by the control terminal 30 _ command. = Two-dimensional paving of the global positioning of the New Zealand brand. In Wei = 10, it can be a handheld device or a mobile device, such as a Personal Digital Assistant (PDA). The package "® number of assistants each client 20 is used to obtain the first message through the global positioning system (not shown), and to sense the physiological data of the user, and to transmit the sensed physiology and the obtained second. The positioning message to the control terminal 3 () positioning depends on the two-dimensional chain or three-dimensional hybrid. In the real: ^^端1 201135504 is the location of the user who has returned to the distance of 5蒦, and the physiological data sensed; to include blood pressure, blood lipids, blood sugar, heartbeat or body temperature, etc. . In practice, the sensing method can be achieved through various sensors, such as blood pressure sensing 测 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The invention does not limit the number or type of sensors. In the control terminal 30, the control terminal 3 includes: a medical database 31, a receiving module 32, an analysis module 33, a positioning module 34, and a transmission module %. The control terminal 30 is a personal computer or server installed in a medical clinic. The medical database 31 is used to store medical data corresponding to each user's knowledge 20. In actual implementation, the medical data library 31 may be a relational database. The receiving module 32 is configured to receive the first positioning message transmitted by each mobile terminal 1 and receive the second positioning message transmitted by each client terminal 20. In actual implementation, the first positioning message and the second positioning message are transmitted through the network 4^. The network 4 can be used for the transmission control protocol/internet protocol (T-consulting missi〇nc〇 !
Tcp/Ip)的無線網路或有線網路。 分析权組33用以自各用戶端20接收生理數據，並且分別將 其與相應於各用戶端20的醫療數據進行分析，以及當其中一用戶 端的分析結果為異常時，分賊組33產生域於此用戶端的遠端 命令。舉例來說，假設接收模組32接收到其中一用戶端所傳送的 生理數據為“收縮壓15〇mmHg;舒張壓89mmHg”，且此用戶端 在醫療資料庫31中儲存有相應的醫療數據“㈣壓l39_Hg; 舒張廢89mmHg”，那麼，當分析模組33在進行分析時，由於生 理數據中的㈣Μ “⑽mmHg”大幅切醫紐據巾的收缩塵 “139職Hg”，因此，分析模組33會判斷分析結果為里常並且 201135504 產生相應此用戶端的遠端命令，如：包含此用戶端的第二定位訊 息。甚至此遠端命令更可包含控制行動端10產生聲音、文字、震 動或發光的訊號(例如：控制行動端10產生警示文字“警告：使用 者的血壓異常”的訊號）。 - 疋位模組％用以讀取分析結果為異常的用戶端的第二定位 訊息，並且將此第二定位訊息與各第一定位訊息進行計算，以計 算出距離此用戶端最近的行動端。由於根據第一定位訊息及第二 籲定他息來計算出最接近用戶端的行動端是全球定㈣統的習知 技術，故在此不再對其計算方式多作說明。 傳送模組35用以將分析模組33所產生的遠端命令傳送至定 位拉組34所計算出的行動端。舉例來說，假設產生的遠端命令包 各所5十算出的用戶端之第二定位訊息與產生警示文字“警告·使 用者的血壓異常”的訊號，則傳送模組35會透過網路4〇將此遠 端命令傳輸至定位模組34所計算出的行動端，以便此行動端接收 及執行此遠端命令。 » 如「第2八圖」及「第2B圖」所示，「第2A圖」及「第2b 圖」為本發明遠距居家照護方法之流程圖，應用於具有行動端ι〇、 用戶端20及控制端30的傳輸環境中，其步驟包括：於控制端3〇 儲存與各用戶端20相應的醫療數據(步驟21〇);各行動端1〇透過 ^^統獲得第-定他息，且傳送此第—定贱息至控制 T (v驟220);各用戶端2〇透過全球定位系統獲得第二定位訊 牛感Γ生理數據，以及傳送生理數據及第二定位訊息至控 、（乂驟230);控制端30接收各行動端10的第-定位訊息， 以及接收各用戶端2〇的第二定位訊息(步驟24G);控制端^各 201135504 =端:，收生理數據，並且分別與各用戶物應_ 據進订4，似當各用戶端2G射之—的分滅料異常時， 產生相應於用戶端的遠端命令(步驟25G);控制端％棘分 3常_戶_第：定健息，細定位訊息與: :疋位衫進行計算，以計算出距離用戶端最近的行動端(步驟 剔)，控制端3〇將所產生的遠端命令傳送至計算出 聊行動端魏並執行_㈣所傳遠端命令(步驟2(8ς驟Tcp/Ip) wireless or wired network. The analysis right group 33 is configured to receive physiological data from each user terminal 20, and analyze the medical data corresponding to each user terminal 20 respectively, and when the analysis result of one of the user terminals is abnormal, the segmentation group 33 generates a domain. The remote command of this client. For example, it is assumed that the receiving module 32 receives the physiological data transmitted by one of the user terminals as “systolic pressure 15〇mmHg; diastolic pressure 89mmHg”, and the user terminal stores corresponding medical data in the medical database 31” (4) Pressure l39_Hg; Diastolic waste 89mmHg", then, when the analysis module 33 is in the analysis, because of the (four) Μ "(10) mmHg in the physiological data, the shrinking dust "139 Hg" of the medical towel is greatly cut, therefore, the analysis module 33 will judge the analysis result is frequent and 201135504 generates a remote command corresponding to the client, such as: including the second positioning message of the client. Even the remote command may further include a signal for controlling the mobile terminal 10 to generate sound, text, vibration or illumination (for example, the control action terminal 10 generates a warning text "Warning: the user's blood pressure is abnormal" signal). - The clamp module % is used to read the second positioning message of the user terminal whose analysis result is abnormal, and calculate the second positioning message and each first positioning message to calculate the mobile terminal closest to the user end. Since the mobile terminal closest to the user terminal is calculated according to the first positioning message and the second calling information, it is a conventional technique of the global system, and thus the calculation method is not explained here. The transmitting module 35 is configured to transmit the remote command generated by the analyzing module 33 to the mobile terminal calculated by the positioning pull group 34. For example, if the generated remote command packet is used to generate the second positioning message of the user terminal and the warning message "warning user's blood pressure abnormality", the transmitting module 35 transmits the network through the network. The remote command is transmitted to the mobile terminal calculated by the positioning module 34, so that the mobile terminal receives and executes the remote command. » As shown in "2nd 8th" and "2B", "2A" and "2b" are flowcharts of the long-distance home care method of the present invention, which are applied to the mobile terminal and the client. In the transmission environment of the control terminal 30, the steps include: storing the medical data corresponding to each user terminal 20 on the control terminal 3 (step 21〇); each action terminal 1 obtains the first-specific information through the system And transmitting the first predetermined message to the control T (v. 220); each user terminal 2 obtains the second positioning information physiological data through the global positioning system, and transmits the physiological data and the second positioning information to the control, (Step 230); the control terminal 30 receives the first positioning message of each mobile terminal 10, and receives the second positioning information of each user terminal 2 (step 24G); the control terminal ^ each 201135504 = terminal:, receives physiological data, And each user object should be ordered 4, like when each user terminal 2G shoots out the material abnormality, a remote command corresponding to the user end is generated (step 25G); the control end% spines 3 often _ Household _: Set the fitness, fine positioning information and: : 疋 shirt to calculate, to calculate the nearest to the user The movable terminal (step tick), the distal end of the control terminal 3〇 the generated command to the mobile terminal of the calculated chat Wei and performs the transmission _㈣ distal end command (step 2 (8ς step
透過上述步驟，即可透縣合全球定㈣統的行動端ig及用戶端 2〇 ’分別傳送第-定他息及第二定紙&至控觀％，以及透 過用戶端20制生魏據且傳送至控綱3()，使㈣端如根據 生理，據進行分析’並於分韻果異料產生遠端命令，且根據 第-定位訊息及第二定位訊息計算距離用戶端2〇最近的行動端 10以傳送遠端命令。 以下配合「第3圖」至「第5圖」以實施例的方式進行如下 說明、’請先參閱「第3圖」，「第3圖」為顧本發明的用戶端進 行感測生理數據之示意圖，包含：操作面板·、顯示區塊训、 感測按鍵32卜儲存按鍵322及清除按鍵323。然而，本發明並未 以此限定操作面板3〇〇所包含的電子元件數量及類型。 當使用者佩帶應用本發明的用戶端2〇時，使用者可透過此用 戶端20的操作面板300進行生理數據_測。在實際實施上，使 用者可按壓感測按鍵321用以透過用戶端2〇内的感測元件，如： 血壓感測器、血脂感測器、血糖感測器、心跳感測器及體溫感測 器）來感測使用者的血壓、血脂、血糖、心跳及體溫，例如：感測 到血壓為“收縮壓146mmHg ;舒張壓70 mmHg” 、血脂為 201135504 “140mg/dL”、血糖為“5mM/L”、心跳為“90”及體溫為“24 度”，並且將上述感測結杲作為生理數據。特別要說明的是，使 用者亦可透過按壓儲存按鍵322或清除按鍵323，用以儲存或清除 已感測到的生理數據。除此之外，此用戶端2〇亦會透過全球定位 系統獲得第二定位訊息。 接下來，請參閱「第4圖」’「第4圖」為應用本發明的控制 端顯示分析結果之示意圖。承上所述，當用戶端2〇感測到生理數 φ 據且獲得第二定位訊息後，此用戶端20會透過網路40將此生理 數據及第二定位訊息傳送至控制端3〇。接著，控制端3〇的接收模 組32接收此第二定位訊息，並且可根據此第二訊息於控制視窗 400的地圖顯示區塊430顯示此用戶端2〇的所在位置；而分析模 組33則接收此生理數據’並且將此生理數據與相應於此用戶端％ 的醫療數據進行分析。在實際實施上，所接收的生理數據可如「第 4圖」所示意，透過生理數據顯示區塊41〇進行顯示。 承上所述’假設醫療資料庫31中儲存與此用戶端2〇相應的 醫療數據包含血壓的數據，如：“收縮壓139mmHg ;舒張壓兀 mmHg”，而分析模組33所接收的生理數據包含血壓的數據，如. “㈣壓M6mmHg ;舒張壓7〇 mmHg” ’那麼，分析模组^备 因為收縮壓“146mmHg”大幅大於“ 139職电，，而判斷其分二 結果為異常，並且產生相應此用戶端Μ的遠端命令，例如：包含 此第二定位訊息及㈣行動端1G產生警示文字“警告··使二 血壓異常”的誠。_魏_是，频上奴血壓為例，秋 而本發明縣以此作限定’在實際實施上，分析過程更可其配血 脂、血糖、心跳及體溫等數據。另外，亦可將其分析結果顯 11 201135504 分析結果顯示區塊420内以作為提示。 *接著’在分析模組33產生相應此用戶端2〇(其分析結果為異 常)的遠端命令後，定位模組34會讀取此用戶端2〇的第二定位訊 '2，亚且將此第二定位訊息與各行動端10 #第-定位訊息進行計 异’用以計算出距離此用戶端Μ最近的行動端1〇，由於其計算方 式是全球定位系統的習知技術，故在此不再多作資述。接下來， 傳送模組34會將此遠端命令透過網路4〇傳送至計算出距離此用 修戶端最近的行動端10。 /後，請參閱「第5圖」，「第5圖」為顧本發明的行動端 執订遠端命令之示意圖。前面提到，控制端3G的傳送模組％會 透過網路40將遠端命令傳送至距離用戶端2〇最近的行動端。 在實際實施上’行動端1〇具有操作面板5〇〇，由於遠端命令具有 用戶端20的第二定位訊息，故行動端1〇執行所接收到的遠端命 令後’可透過地圖顯示區塊51〇娜此第三定位訊息顯示用戶端 20的所在位置。此時，位於行動端1〇㈣療人員即可便利地前往 •用戶端20提供適當的醫療服務。除此之外，當遠端命令包含控制 订動端10產生警7F文字“警告：使用者的血壓異常，，的訊號時， 行動端10更可透過訊息顯示區塊520來顯示此一警示文字，使醫 療人員充分了解病情狀況。除此之外，位於行動端1〇的㈣人員 -亦可透過按壓清除按鍵52卜用以清除行動端10所接收到的遠端 命令。 、 肖上所述’可知本發明與先前技術之_差異在於透過結合 全球定位系統的行動端10及用戶端20，分別傳送第一定位訊息i 第二定位訊息至控制端30’以及透過用戶端2〇感測生理數據且傳 12 201135504 端3G，使控制端3G根據生理數據進行分析，並於分析結 ^:產生遠端命令，且根據第—定位訊息及第二定位訊息計 ，離用戶端20最近的行動端1G以傳送遠端命令，藉由此一技 ===="^__心職療人力資源 雖然本發明以前述之實施例揭露如上，财並_以限Through the above steps, you can pass the county-wide (4) unified mobile terminal ig and the client terminal 2〇' respectively to transmit the first-defined and second fixed papers to the control view%, and to generate the Wei through the user terminal 20 According to the transmission to the control 3 (), so that the (four) end according to the physiology, according to the analysis 'and generate a remote command in the rhyme, and calculate the distance from the user terminal according to the first positioning information and the second positioning information. The nearest mobile terminal 10 is to transmit a remote command. The following description will be made by way of example with reference to "3rd" to "5th". Please refer to "3rd figure" and "3rd figure" for sensing the physiological data of the user side of the present invention. The schematic diagram includes: an operation panel, a display block training, a sensing button 32, a storage button 322, and a clear button 323. However, the present invention does not limit the number and type of electronic components included in the operation panel 3''. When the user wears the user terminal 2 to which the present invention is applied, the user can perform physiological data measurement through the operation panel 300 of the user terminal 20. In practical implementation, the user can press the sensing button 321 to transmit the sensing components in the user terminal 2, such as: blood pressure sensor, blood lipid sensor, blood glucose sensor, heartbeat sensor, and body temperature Detector) to sense the user's blood pressure, blood lipids, blood sugar, heart rate and body temperature, for example: blood pressure is detected as "systolic blood pressure 146mmHg; diastolic blood pressure 70 mmHg", blood lipid is 201135504 "140mg / dL", blood glucose is "5mM /L", heart rate is "90" and body temperature is "24 degrees", and the above-mentioned sensory scar is used as physiological data. In particular, the user can also store or erase the sensed physiological data by pressing the store button 322 or the clear button 323. In addition, the user terminal 2 will also obtain the second location message through the global positioning system. Next, please refer to "Fig. 4" and "Fig. 4" for a schematic diagram showing the analysis results of the control terminal to which the present invention is applied. As described above, after the user terminal 2 senses the physiological data and obtains the second positioning message, the client 20 transmits the physiological data and the second positioning message to the control terminal 3 via the network 40. Then, the receiving module 32 of the control terminal 3 receives the second positioning message, and can display the location of the user terminal 2 in the map display block 430 of the control window 400 according to the second message; and the analyzing module 33 Then, the physiological data is received and the physiological data is analyzed with the medical data corresponding to the % of the client. In actual implementation, the received physiological data can be displayed as shown in "Fig. 4" through the physiological data display block 41. According to the above-mentioned assumption, the medical data stored in the medical database 31 corresponding to the user terminal 2 contains blood pressure data, such as: "systolic blood pressure 139 mmHg; diastolic blood pressure mmHg", and the physiological data received by the analysis module 33 Data including blood pressure, such as. "(4) pressure M6mmHg; diastolic blood pressure 7〇mmHg" Then, the analysis module is prepared because the systolic pressure "146mmHg" is significantly larger than the "139 occupational power," and the result is judged to be abnormal, and The remote command corresponding to the user terminal is generated, for example, including the second positioning message and (4) the action end 1G generates the warning text "Warning · Make the second blood pressure abnormal". _ Wei _ Yes, the frequency of the slave blood pressure as an example In the autumn, the county of the invention is limited by this. In actual implementation, the analysis process can also be used to match blood lipids, blood sugar, heart rate and body temperature. In addition, the analysis results can also be displayed 11 201135504 Analysis results show that within block 420 As a reminder. * Then, after the analysis module 33 generates a remote command corresponding to the user terminal 2 (the analysis result is abnormal), the positioning module 34 reads the second location information of the user terminal 2'. 2, Yahe will The second positioning message is calculated by the mobile terminal 10 #第-location message to calculate the mobile terminal 1 that is closest to the user terminal. Since the calculation method is a conventional technique of the global positioning system, it is here. No further information will be provided. Next, the transmission module 34 will transmit the remote command through the network 4 to calculate the mobile terminal 10 closest to the user. / After that, please refer to "Figure 5 "Picture 5" is a schematic diagram of the remote command for the action end of the present invention. As mentioned above, the transmission module % of the control terminal 3G transmits the remote command through the network 40 to the mobile terminal closest to the user terminal 2〇. In actual implementation, the mobile terminal has an operation panel 5〇〇. Since the remote command has the second positioning message of the user terminal 20, the mobile terminal 1 executes the received remote command and then transmits the map display area. Block 51 此 此 This third positioning message shows the location of the client 20 . At this point, the staff at the mobile terminal can conveniently travel to • the client 20 to provide appropriate medical services. In addition, when the remote command includes the signal that the control terminal 10 generates the alarm "F: the user's blood pressure is abnormal, the mobile terminal 10 can display the warning text through the message display block 520. In addition, the medical personnel can fully understand the condition of the disease. In addition, the (four) personnel at the mobile terminal can also clear the remote command received by the mobile terminal 10 by pressing the clear button 52. It can be seen that the difference between the present invention and the prior art is that by transmitting the first positioning message i to the control terminal 30' and the sensing terminal 30' through the user terminal 20, respectively, through the combination of the mobile terminal 10 and the client 20 of the global positioning system. Data and transmission 12 201135504 end 3G, so that the control terminal 3G analyzes according to the physiological data, and analyzes the node: generates a remote command, and according to the first positioning information and the second positioning information, the mobile terminal closest to the user terminal 20 1G to transmit a remote command, by means of this technique ===="^__心疗疗资源资源 Although the present invention is disclosed above in the foregoing embodiments,
^月，任何細目像技藝者，在不脫離本發明之精神和範圍内， 許之更動與潤飾，因此本發明之專利__須視 明書所附之申請專利範圍所界定者為準。 兄 【圖式簡單說明】 第1圖為本發明遠距居家照護系統之方塊圖。 第2A圖及第2B圖為本發明遠距居家照護方法之流程圖。 第3圖為應用本發明的用戶端進行感測生理數據之示意圖。 第4圖為應用本發明的控制端顯示分析結果之示咅圖:回 第5圖為應用本發明的行動端執行遠端命令之示音;。 【主要元件符號說明】 10 行動端 20 用戶端 30 控制端 31 醫療資料庫 32 接收模組 33 分析模組 34 定位模組 35 傳送模組 201135504 40 網路 300操作面板 310顯示區塊 321感測按鍵 322儲存按鍵 323清除按鍵 400控制視窗 410生理數據顯示區塊 420分析結果顯不區塊 430 地圖顯示區塊 500操作面板 510 地圖顯示區塊 520訊息顯示區塊 521清除按鍵 步驟210於該控制端儲存與各該用戶端相應的至少一醫療 數據 步驟220各該行動端透過一全球定位系統獲得一第—定位 訊息，且傳送該第一定位訊息至該控制端 步驟23〇各該用戶端透過該全球定位系統獲得一第二定位 讯息’並且感測至少—生理數據，以及傳送該至 少-生理數據及該第二定位訊息至該控制端 步驟24。雜制端接收各該行動端的該第—定位訊自、，以 及接收各該用戶端的該第二定位訊息 步驟250雜制端自各該用戶端接收該至少—生理數據， 201135504 並且分別與各該用戶端相應的該至少一醫療數據 進行分析，以及當各該用戶端其中之一的分析結 果為異常時’產生相應於朗戶端職遠端命令 步驟26G雜制端讀取分析結果為異常的制戶端的該第 二定位訊息’並且將該第二定位訊息與各該第〆 定位訊息簡·計算，以計刻戶端最近 的該行動端 步驟270雜制端將所產生的該遠端命令傳送至計算出的 該行動端 步驟280断動端接收並執行該控制端所傳送㈣遠端命 令^ 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 Brother [Simple Description of the Drawings] Figure 1 is a block diagram of the remote home care system of the present invention. 2A and 2B are flow charts of the remote home care method of the present invention. Figure 3 is a schematic diagram of sensing physiological data by applying the user terminal of the present invention. Fig. 4 is a diagram showing the results of the analysis of the display terminal of the present invention: Fig. 5 is a diagram showing the execution of the remote command by the mobile terminal of the present invention; [Main component symbol description] 10 Mobile terminal 20 User terminal 30 Control terminal 31 Medical database 32 Receiving module 33 Analysis module 34 Positioning module 35 Transmission module 201135504 40 Network 300 operation panel 310 Display block 321 sensing button 322 storage button 323 clear button 400 control window 410 physiological data display block 420 analysis result display block 430 map display block 500 operation panel 510 map display block 520 message display block 521 clear button step 210 is stored in the control terminal At least one medical data step 220 corresponding to each of the user terminals, each of the mobile terminals obtains a first location message through a global positioning system, and transmits the first location information to the control terminal step 23, each of the user terminals through the global The positioning system obtains a second positioning message 'and senses at least the physiological data, and transmits the at least-physiological data and the second positioning message to the control terminal step 24. The miscellaneous terminal receives the first positioning message from each of the mobile terminals, and receives the second positioning message of each of the mobile terminals. Step 250: The miscellaneous terminal receives the at least physiological data from each of the user terminals, 201135504 and respectively respectively The corresponding at least one medical data is analyzed, and when the analysis result of one of the user terminals is abnormal, the system generates a corresponding abnormality corresponding to the remote terminal command step 26G. The second positioning message of the client's and the second positioning message and each of the third positioning messages are calculated to calculate the remote terminal generated by the mobile terminal step 270. Up to the calculated action step 280, the disconnecting end receives and executes the remote terminal transmitted by the control terminal (4)