TW201233366A - Biomedical device with near field communication (NFC) function and method thereof for user identification, biomedical data measurement, biomedical data upload/download, biomedical data management, and remote medical care - Google Patents
Biomedical device with near field communication (NFC) function and method thereof for user identification, biomedical data measurement, biomedical data upload/download, biomedical data management, and remote medical care Download PDFInfo
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201233366 六、發明說明： 【發明所屬之技術領域】 一種具有近距離無 、生醫資料量測、 與遠端醫療看護之 本發明係關於一種生醫裝置，尤指 線傳輸功能之生醫裝置及其使用者辨識 生醫-貝料上傳/下載、生醫資料管理、 方法。 【先前技術】201233366 VI. Description of the Invention: [Technical Field of the Invention] The present invention relates to a biomedical device, in particular a line transmission function, and a medical device having a close-range, biomedical data measurement, and remote medical care. Its users identify biomedical-bee feed upload/download, biomedical data management, and methods. [Prior Art]
目刖，各種生醫裝置係廣泛地應用於人類之生舌之 中’例如：血糖機、體重機、血壓計、心電圖機、與血： 濃度量測機。請參閱第一圖’係一種習用血糖機與—電腦 之立體圖’如第一圖所示，使用者可將—試片2，插入一習 用血糖機Γ，並將一血液滴入該試片2,的一反應區21’之 後，血糖機1，即開始計算該血液之一血糖濃度值，並於計 算凡成之後，於其一螢幕11’之上顯示該血糖濃度值。 通常，該血糖機1，僅可將血糖濃度值顯示於該螢幕 之上’使用者必須使用其它電子設備，例如，一電腦自 行地記錄並追蹤每日的血糖濃度值。如第一圖所示，一連 接纜線12’係被增設於血糖機丨’之上，由於該連接纜線12, 具有一 USB連接器121’，故可被連接至一電腦3,的_ 插孔31’，然後，透過安裝於該電腦3’内的一應用軟體， 使用者可將每日的血糖濃度值上傳至電腦3,，此外，使用 者亦可透過該應用軟體以自動地執行每日血糖濃度值追 201233366 ' 此透過將血·糖機丨，與電腦3,連結使用，對於使用 者而°係可清楚地記錄並追蹤每日血糖濃度值。 雖然透過將血糖機Γ與電腦3’連結使用可方便使用者 自行·»己錄並追蹤每日血糖濃度值；‘然而，對於使用者而言， 自行記錄每日血糖濃度值仍係不方便的。另一方面，隨著 科技之發展’ 3C產品、生物科技與醫療服務之間的關聯性 、夺續地增加’其中’ i常包含影像、資料庫與網路等跨 項域之技術結合’由此可知’對於使用者之需求而言，將 生醫裝置與網路及資料庫進行資訊整合，係迫切需要的。 有鑒於此，中華民國專利證書第12923 11號係揭露一 種具遠距傳輸功能之生醫量職置，請參_ :圖，係中 華民國專利證書第I2923 11號所揭露的一種具遠距傳輸功 此之生醫量測裝置之架構圖。如第二圖所#，該具遠距傳 輸功能之生醫量測裝置la係包括：一量測單元lu、一儲 存單元12a' —偵測單元13a、一網路伺服單元、一郵 件伺服單元15a、一網頁伺服單元16a、一 1?選擇單元I?。 以及一通訊單元l8a。 對於上述該具遠距傳輸功能之生醫量測裝置la而言， 該量測單元ua係用以量測一生醫資料。該儲存單元i2a 可儲存該生醫資料。該網路伺服單元14a用以提供網際網 路之連線服務，使得該醫療量測裝置可透過網路將生醫資 料上傳至一遠端伺服器。該郵件伺服單元15a用以提供電 5 201233366 子郵件寄送服務，如此，使用者可以電子郵件之方式將 其生醫資料寄送至該遠端祠服器。該網頁伺服單元…提 供一網頁介面服務，使得遠端伺服器之監控者，可藉由該 網頁介面服務查詢储存於儲存單元12a之生醫資料的相關 訊息。 請繼續地參閱第二圖，該偵測單元13a係用以判定使 用考所量測的生醫資料是否超過標準值之範圍其中當 • 生醫資料超過標準值之時，偵測單元13a會發出一警告訊 息，並利用郵件伺服單元15a將該警告訊息發送至遠端伺 服器。另外，該通訊單元丨8a係用以與其它生醫量測裝置 進行通訊，並接收其它醫療量測裝置之各種醫療數據。 如此，經由上述，可以得知中華民國專利證書第 I2923 11號所揭露的具遠距傳輸功能之醫療量測裝置，其所 具有相當多的功能性’除了可進行生醫資料之量測，亦可 ^ 同步地將量測的生醫資料上傳至遠端伺服器。然而，其仍 具有下列之缺點與不足： 1.該具遠距傳輸功能之生醫量測裝置丨a為個人使用之裝 置’通常’使用者於透過該量測單元11a完成個人的生 醫資料之量測程序後，該醫療量測裝置la即透過該網略 伺服單元14a將生醫資料上傳至該遠端伺服器；由此可 知’一旦第二個使用者使用該生醫量測裝置la，勢必造 成遠端伺服器記錄生醫資料之錯誤。 201233366 2.該生醫量測裝置13同時具有網路伺服單元14a、郵件伺 單元1 5a、網頁伺服單元〗6a、lp選擇單元】&、以及 、§單％ 18a’係使得其生產成本無法降地，因此，進 而使得該生醫量測裝置la之產品售價昂貴。 另外—方面，由於智慧型手機係廣泛地被使用，因此 如何使得生醫裝置可與智慧型手機進行溝通，冑而透過智 慧型手機管理使用者個人化資料與其對應的生醫資料，並 將該些資料上傳至遠端伺服器，係已成為廣受研究之議 題。有鐘於此’本案之發明人為了使得單一生醫裝置可同 時供多人使用，並且，可利用智慧型手機管理使用者個人 化資料與其對應的生醫資料，係極力地 係研發出一種具有近距離無線傳輸功能之生醫裝置及其使 用者辨識、生醫f料量測、生醫資料上傳/下冑、生醫資 料管理、與遠端醫療看護之方法。 貝 【發明内容】 本發明之第一目的，在於提供一種具有近距離無線傳 輸功能之生醫t置’其中，係藉由—近場通訊單元與一手 持裝置溝通連結，並藉由一智慧卡單元儲存—制者個人 資訊與其對應的生醫資料，#由辨識該使用者個人資訊， 可容許多人使用同-生醫裝置而不會發生資料誤紀錄與誤 判定之情事。 近距離無線傳 本發明之第二目的，在於提供一種具有 201233366 輸功能之生醫裝置，其中，係藉由一近場通訊單元與一手 持裝置溝通連結，以使得使用者可透過該手持裝置之一通 信模組從一雲端伺服器下載一歷史資料與一個人化生醫裝 置最佳設定資料’再藉由近距離無線傳輸之方式將該歷史 資料與該個人化生醫裝置最佳設定資料傳送至生醫裝置， 以使得生醫裝置可根據該個人化生醫裝置最佳設定資料完 成一基本參數設定程序。It is seen that various biomedical devices are widely used in human tongues, such as blood glucose machines, weight machines, sphygmomanometers, electrocardiographs, and blood: concentration measuring machines. Please refer to the first figure 'A perspective view of a conventional blood glucose machine and a computer'. As shown in the first figure, the user can insert the test piece 2 into a conventional blood glucose machine and drop a blood into the test piece 2 After a reaction zone 21', the blood glucose meter 1, that is, begins to calculate a blood glucose concentration value of the blood, and after calculating the result, displays the blood glucose concentration value on a screen 11' thereof. Typically, the blood glucose meter 1 can only display blood glucose concentration values on the screen. The user must use other electronic devices, for example, a computer to record and track daily blood glucose concentration values. As shown in the first figure, a connecting cable 12' is added to the blood glucose meter ,'. Since the connecting cable 12 has a USB connector 121', it can be connected to a computer 3, _ The jack 31' can then upload the daily blood glucose concentration value to the computer 3 through an application software installed in the computer 3'. In addition, the user can automatically execute the application software through the application software. Daily blood glucose concentration value 201233366' This is used by connecting the blood and sugar machine to the computer 3, and the daily blood glucose concentration value can be clearly recorded and tracked for the user. Although it is convenient for the user to record and track the daily blood glucose concentration value by linking the blood glucose machine to the computer 3'; however, it is inconvenient for the user to record the daily blood glucose concentration value by himself. . On the other hand, with the development of technology, 'the correlation between 3C products, biotechnology and medical services, and the increasing number of 'the' often include the technical integration of images, databases and networks. It can be seen that 'integration of biomedical devices with networks and databases for information needs is urgently needed. In view of this, the Republic of China Patent Certificate No. 12923 11 exposes a pros and cons of a remote transmission function, please refer to _: Figure, which is a remote transmission disclosed in the Republic of China Patent Certificate No. I2923 11 The architecture diagram of the biomedical measurement device. As shown in the second figure, the biometric measuring device with remote transmission function includes: a measuring unit lu, a storage unit 12a', a detecting unit 13a, a network servo unit, and a mail server unit. 15a, a webpage server unit 16a, a 1? selection unit I?. And a communication unit l8a. For the above-mentioned biometric measuring device la with remote transmission function, the measuring unit ua is used for measuring a biomedical data. The storage unit i2a can store the biomedical data. The network server unit 14a is configured to provide a connection service of the Internet, so that the medical measuring device can upload the medical information to a remote server through the network. The mail server unit 15a is used to provide a mail delivery service, so that the user can send his biomedical data to the remote server by email. The webpage server unit provides a webpage interface service, so that the remote server monitor can query the related information of the biomedical data stored in the storage unit 12a by using the webpage interface service. Please refer to the second figure. The detecting unit 13a is used to determine whether the biomedical data measured by the test exceeds the standard value range. When the biomedical data exceeds the standard value, the detecting unit 13a sends out A warning message is sent to the remote server by the mail server unit 15a. In addition, the communication unit 8a is for communicating with other biometric measuring devices and receiving various medical data of other medical measuring devices. In this way, the medical measuring device with remote transmission function disclosed in the Republic of China Patent Certificate No. I2923 11 has a considerable degree of functionality, except for the measurement of biomedical data. The measured biomedical data can be uploaded to the remote server synchronously. However, it still has the following shortcomings and deficiencies: 1. The biometric measuring device with remote transmission function is a personally used device. The 'normal' user completes the personal biomedical data through the measuring unit 11a. After the measurement program, the medical measuring device 1a uploads the biomedical data to the remote server through the web server 14a; thus, it can be seen that once the second user uses the biometric measuring device la It is bound to cause the remote server to record the error of the biomedical data. 201233366 2. The biomedical measurement device 13 has a network servo unit 14a, a mail server unit 15a, a webpage servo unit 6a, an lp selection unit, an &, and a singular % 18a' system, so that the production cost cannot be achieved. The land is lowered, and thus, the product of the biomedical measuring device la is expensive. In addition, since the smart phone system is widely used, how to make the biomedical device communicate with the smart phone, and then manage the user personalized data and the corresponding biomedical data through the smart phone, and the The uploading of these materials to remote servers has become a topic of widespread research. There is a bell in this case. The inventor of this case is trying to make a single biomedical device available to many people at the same time, and it is possible to use a smart phone to manage user personalized data and its corresponding biomedical data. The short-distance wireless transmission function of the biomedical device and its user identification, biomedical f material measurement, biomedical data uploading / squatting, biomedical data management, and remote medical care methods. [First Invention] A first object of the present invention is to provide a biomedical device with a short-range wireless transmission function, wherein a near-field communication unit communicates with a handheld device, and a smart card is used. Unit storage—the personal information of the maker and its corresponding biomedical data, # by identifying the user's personal information, can allow many people to use the same-medical device without data mis-recording and misjudgment. The second object of the present invention is to provide a biomedical device having a 201233366 transmission function, wherein a near field communication unit is communicatively coupled to a handheld device so that a user can pass through the handheld device. A communication module downloads a historical data and a humanized biomedical device optimal setting data from a cloud server, and transmits the historical data and the personalized medical device optimal setting data to the personalized medical device by means of short-range wireless transmission The biomedical device is configured to enable the biomedical device to perform a basic parameter setting procedure based on the optimal setting data of the personalized biomedical device.
本發明之第三目的，在於提供一 種具有近距離無線傳 輸功能之生醫裝置，其中，係藉由—近場通訊單元與一手 持裝置溝通連結，以透過該近場通訊單元將使用者個人之 生醫資料與使用者個人資訊傳送至該手持裝置，進而利用 手持裝置將生醫資料與使用者資訊上傳至一雲端祠服器， 使得該雲端飼服器可即時地執行一醫療看護程序。A third object of the present invention is to provide a biomedical device having a short-range wireless transmission function, wherein a near-field communication unit is communicatively coupled to a handheld device to transmit a personal user through the near field communication unit. The biomedical data and the user's personal information are transmitted to the handheld device, and the biomedical data and the user information are uploaded to a cloud server by using the handheld device, so that the cloud feeding device can immediately execute a medical care program.
本發明之第四目的’在於提供—種具有近距離無線傳 輸功能之邀_ If* ro , 晉裝置所使用的使用者辨識、生醫資料量測、 生醫資料上傯/ 上得/下载、生醫資料管理、與遠端醫療看護之 ^ 、，透過該方法可使得該具有近距離無線傳輸 序生醫裝置完成與一手持裝置之一溝通與資料交換 序並透過手持裝置之一通信模組將生醫資料、使用者 人資訊、Gpq故^ 貪訊、時間資訊、與環境溫度/濕度資tf 至一带迪乂-1 P 5服器’以利用該雲端伺服器完成資料判 即時執行-醫療看護程序。 201233366 目的與第三 因此，為了達成本發明之第一目的、第 目地’本案之發明人提f種具有近距離無線傳輪功能之 生醫裝置可與至少具有一近場通訊模組盥一 一一- /、臂慧卡的一手 持裝置溝通，以進-步透過近距離無線傳輪之方式進 料父換，該具有近距離無線傳輸功能之 J " 商装置係包括： 測物之 一量測單元，係用以連接一待測物以量測該待 一類比生醫訊號； -環境感測單元’可於該量測單元該類比生之 時，同時偵測外部環境之一溫度/濕度參數； … 一資料轉換單元，係耦接於量測 平70以接收類比生醫 訊號，並將該類比生醫訊號轉換為一數位。 醫讯號； 一微控制單元’係耗接於該環境感測單元與該資料轉 換單元，該微控制單元可同時接收該數位生醫㈣㈣溫 度/濕度參數，並可整理數位生醫訊號與溫度/濕度參 數，以進一步地將其處理為一生醫資料； 、又 -記憶單元，絲接於微控制單元以館存該生醫資料. -智慧卡單元，仙接於微控制單元以儲存生醫資料: 一顯示單元，係耦接於微控制單 丹〒，該顯干ββ 元可接收微控制單元所輸出的生醫資料並顯示一：醫： 值；以及 醫數 一近場通訊單元’_接於該智慧卡單元並係用 取智慧卡單元’且，該近場通訊單元可透過無線傳輪二 201233366 式將儲存於智慧卡單元内的生醫資料傳送至該手持妒置 該近場通訊模組； 其中，當一使用者欲將該待測物連接於該量測單元 時，係必須先將該近場通訊單元靠近該手持裝置之該近場 通訊模組，使得近場通訊模組可與近場通訊單元溝通連 結，如此，近場通訊模組即可將儲存於該智慧卡内的一使 用者個人資訊、一 GPS資訊、一時間資訊、以及—環境溫 度/濕度資訊傳送至近場通訊單元；進一步地，近場通訊 單元會將該使用者個人資訊、該GPS資訊、該時間資訊、 以及該環境溫度/濕度t訊儲存於智慧卡單元以完成一使 用者辨識程序。 另外，為了達成本發明之第四㈣，本案之發明人提 出一種具有近距離無線傳輸功能之生醫裂置所使用的使用 者辨識、生醫資料量測、生醫資料上傳/下載、生醫資料 管理、與遠端醫療看護之方法，係包括以下步驟： ()將具有近距離無線傳輸功能之生醫裝置靠近一至 少具有一近場通訊模組與一智慧卡的一手持裝置； (2)判斷是否開始執行該生醫裝置與該手持裝置之一溝 通與貝料交換程序，若是，則執行步驟㈠），若否， 則執行步驟（26 ); 裝置之近场通訊單元與手持裝置之該近場通 訊模組溝通連結； 10 201233366 (4) 藉由手持裝置之一通信模組自一雲端伺服器下載一 使用者個人資訊、一 GPS資訊、一時間資訊、以及 一個人生醫裝置之最佳設定資料； (5 )將該使用者個人資訊、該GPS資訊、該時間資訊、 以及該個人生醫裝置之最佳設定資料儲存至一智慧 卡； (6 ) 該近場通訊模組存取該智慧卡； 肇 （7 )近场通讯模組將使用者個人資訊、GPS資訊、時間 資§fL '個人生醫裝置之最佳設定資料、以及一環境 溫度/濕度資訊傳送至該近場通訊單元； (8 )近場通訊單元將使用者個人資訊、GPS資訊、時間 資訊、個人生醫裝置之最佳設定資料、以及該環境 溫度/濕度資訊儲存至一智慧卡單元. (9)生醫裝置依據使用者個人資訊與個人生醫裝置之最 ^ 佳設定資料以完成-參數設定程序. U0)判斷是否透過手持裝置自該雲端伺服器下載使用者 之-歷史量測資料，若是，則執行步驟（11)’若否， 則執行步驟（1 2 ); (11) 透過該通信模組自雲端# 量測資料； 服器下載使用者之該歷 史 判斷是否開始使用該生 類比生醫訊號，若是， 醫裝置以量測一待測物之— 則執行步驟（13)，若否，則 (12) 201233366 執行步驟（1 9 ); (13 )將該待測物連結至生罂 酋裒置之一量測單元； (14)該量測單元量測待测物 之该頰比生醫訊號，同時， 一環境感測單元偵測外 數； ^環境之一溫度/濕度參 (15) 一貝料轉換單元接收類 生4訊號，並將其轉換為 一數位生醫訊號； (16) 一微控制單元同時接收該數位 濕度參數； 生醫訊號與該溫度/ 17) (18) (19) 20) 21) 22) 該微控制單元整理數位 生醫吼號與溫度/濕度參 數，並進-步地將其處理為一生醫資料； 微控制單元將該生醫資料儲存至該智慧卡單元； 判斷是否將儲存於智慧卡單元内的生醫資料傳送至 手持裝置，若是，則舳仁此 右疋則執仃步驟（20)，若否，則執行 步驟（25 ); 近場通訊單元將+盤咨μ # 平兀將生醫資枓傳送至近場通訊模組； 近場通訊模組將生醫資料儲 判斷是否將生醫資料上傳至雲端飼服I:若是，則 執仃步驟（23)，若否’則執行步驟（25); 透過手持裝置之一通信模組將生醫資料、使用者個 ' GpS貝訊、一時間資訊、與一環境溫度 /濕度資訊上傳至該雲端伺服器； 12 (23) 201233366 (24)雲端伺服器即時執行 (…斷是否結束叫二看護程序； 交換-序’若是’則執行步二裝2:)之=通與資料 執行步驟（3); 右否，則重複 (26) 判斷是否結束使用該 生醫訊號，若是，則執行;：)=物之類比 執行步驟（13);以及 否，則重複 (27) 將該具有近距離無 持裝置。 傳輪功…醫裝置遠離該手 【實施方式】 為了能夠更加詳細地描述本 距離無線傳輸功能之-種具有近 置及其使用者辨識、生醫資料 量測、生醫資料上傳/下載、 丢端 生醫資料管理、與遠端醫療The fourth object of the present invention is to provide an invitation for short-range wireless transmission function _If* ro, user identification used by the device, biomedical data measurement, biomedical data upload/up/download, The biomedical data management, and the remote medical care, can make the short-distance wireless transmission serial medical device complete communication and data exchange with one of the handheld devices and through one of the handheld devices Biomedical data, user information, Gpq, greedy, time information, and ambient temperature/humidity tf to the Dick-1 P 5 server to use the cloud server to complete the data and execute it immediately - medical Care program. 201233366 Purpose and third Therefore, in order to achieve the first object of the present invention, the inventor of the present invention provides that a biomedical device having a short-range wireless transmission function can have at least one near field communication module. A - /, a smart device of a handheld device communicates with the parent to change through a short-range wireless transmission. The J " commercial device with short-range wireless transmission function includes: The measuring unit is configured to connect a test object to measure the analog medical signal; the environmental sensing unit can simultaneously detect the temperature of the external environment when the measuring unit is born in the analogy Humidity parameter; ... A data conversion unit is coupled to the measurement level 70 to receive the analog biomedical signal and convert the analog medical signal into a digit. The medical control unit is connected to the environmental sensing unit and the data conversion unit, and the micro control unit can simultaneously receive the digital medical (4) (four) temperature/humidity parameters, and can sort the digital medical signal and the temperature. / Humidity parameter to further process it as a biomedical data; and - memory unit, wire connected to the micro control unit to store the biomedical data. - Smart card unit, connected to the micro control unit to store biomedical Data: A display unit is coupled to the micro-control single Dan 〒, the visible dry ββ element can receive the biomedical data output by the micro control unit and display one: medical: value; and medical number one near field communication unit '_ Connecting to the smart card unit and using the smart card unit', and the near field communication unit can transmit the biomedical data stored in the smart card unit to the handheld device through the wireless transmission 2 201233366 a module; wherein when a user wants to connect the object to be measured to the measuring unit, the near field communication unit must first be brought close to the near field communication module of the handheld device, so that the near field communication module can Communicate with the near field communication unit, so that the near field communication module can transmit a user's personal information, a GPS information, a time information, and an ambient temperature/humidity information stored in the smart card to the near field communication. Further, the near field communication unit stores the user personal information, the GPS information, the time information, and the ambient temperature/humidity t signal in the smart card unit to complete a user identification process. In addition, in order to achieve the fourth (four) of the present invention, the inventor of the present invention proposes a user identification, biomedical data measurement, biomedical data uploading/downloading, and biomedical use for a biomedical fissure having a short-range wireless transmission function. The method for data management and remote medical care includes the following steps: () bringing a biomedical device having a short-range wireless transmission function to a handheld device having at least one near field communication module and a smart card; Determining whether to start the communication between the biomedical device and one of the handheld devices, and if so, performing step (1)), if not, performing step (26); the near field communication unit and the handheld device of the device The near field communication module communication link; 10 201233366 (4) downloading a user's personal information, a GPS information, a time information, and a life medical device from a cloud server by using a communication module of the handheld device (5) storing the user's personal information, the GPS information, the time information, and the best setting data of the personal medical device to a smart card; (6) The near field communication module accesses the smart card; 肇 (7) the near field communication module sets the user's personal information, GPS information, time §fL 'the best setting information of the personal biomedical device, and one The ambient temperature/humidity information is transmitted to the near field communication unit; (8) the near field communication unit stores the user's personal information, GPS information, time information, optimal setting information of the personal biomedical device, and the ambient temperature/humidity information storage. To a smart card unit. (9) The biomedical device is based on the user's personal information and the best setting data of the personal biomedical device to complete the - parameter setting procedure. U0) to determine whether to download the user from the cloud server through the handheld device - historical measurement data, if yes, execute step (11) 'If no, execute step (1 2 ); (11) measure the data from cloud end through the communication module; download the user's history through the server Determine whether to start using the biometric analog medical signal, if yes, the medical device to measure a test object - then perform step (13), if not, then (12) 201233366 perform the step (1 9); (13) The object to be tested is linked to the living One of the measuring units of the Emirates; (14) the measuring unit measures the cheek than the biomedical signal of the object to be tested, and at the same time, an environmental sensing unit detects the external number; ^ one of the environment temperature/humidity parameters ( 15) A beech conversion unit receives the class 4 signal and converts it into a digital health signal; (16) a micro control unit simultaneously receives the digital humidity parameter; the biomedical signal and the temperature / 17) (18) (19) 20) 21) 22) The micro control unit organizes the digital medical nickname and temperature/humidity parameters and processes it into a biomedical data step by step; the micro control unit stores the biomedical data to the smart card Unit; determining whether the biomedical data stored in the smart card unit is transmitted to the handheld device, and if so, then the right side of the employee is performing the step (20), and if not, executing the step (25); the near field communication unit Transfer the medical doctor to the near field communication module; the near field communication module will determine whether to upload the biomedical data to the cloud feeding service I: If yes, then take the steps ( 23) If no, then perform step (25); communicate through one of the handheld devices Upload biomedical data, user 'GpS Beixun, one time information, and one ambient temperature/humidity information to the cloud server; 12 (23) 201233366 (24) Cloud server instant execution (... Second care program; exchange-order 'if ', then step 2: 2) = pass and data execution step (3); right no, repeat (26) to determine whether to end the use of the biomedical signal, and if so, then execute ;:) = analogy to perform step (13); and no, repeat (27) to have a close-range unheld device. Passing the wheel work...the medical device is far away from the hand [Embodiment] In order to describe in more detail the wireless transmission function of the distance has a proximity and user identification, biomedical data measurement, biomedical data upload/download, lost Endogenous medical data management, and remote medical care
看護之方法’以下將配合圖示加以詳細揭露本發明之技術 特徵。 參閱第_圖’係本發明之—種具有近距離無線傳輸 功能之生醫裝置的方塊架構圖。”三圖所示，該具有近 距離無線傳輸功能之生醫裝置1(下稱生醫裝置D可與兵 有一近場通訊模組（Near Field c〇mmunicati〇n，nfc) 21 與s慧卡（smart card ) 22的一手持裝置2溝通，以進〆 步透過近距離無線傳輸之方式進行資料交換常，該生 醫裝置1可為一血糖機、一體脂肪機、一血壓計、一血氧 13 201233366 濃度計、與一心電圖機’且，該手持裝置2可為一智慧型 手機、一 PDA、一掌上型遊戲機、一數位相框、一 ipAD、 一筆記型電腦、與一平板電腦；然而，於此’係使用該血 糖機作為本發明之具有近距離無線傳輸功能之生醫裝置1 的主要實施例’並且’係以該智慧型手機作為該手持裝置 2其中，該生醫裝置1係包括：一量測單元11、一環境 感測單元12、一資料轉換單元13、一微控制單元μ、一 〇己隐單元15、一智慧卡單元（smart card) 16、一顯示單元 17 近场通 s孔單元（Near Field Communication, NFC ) 1 8、 以及一電源單元19。 該電源單元19係用以提供一電源至該量測單元丨i、 該環境感測單元12、該資料轉換單元13、該微控制單元 14、該顯示單元17、與該近場通訊單元18。該量測單元 11係用以連接一待測物3以量測該待測物3之一類比生醫 訊號’其中，該待測物3為一血糖試片。並且，該環境感 測單元12可該量測單元11量測該類比生醫訊號之時，同 時偵測外部環境之一溫度/濕度參數。該資料轉換單元13 係耦接於量測單元11以接收該類比生醫訊號，並將類比生 醫訊號轉換為一數位生醫訊號。另外，該微控制單元14係 耦接於環境感測單元12與資料轉換單元13，其中，微控 制單元14可同時接收該數位生醫訊號與該溫度/濕度參 數，並可整理數位生醫訊號與溫度/濕度參數，以進—步 14 201233366 地將其處理為一生醫資料。 請繼續參閱第三圖，該記憶單 16係同時耦接於該微控制單元14、、該智慧卡單元 ^ ^ ^ _ 以作為一儲存媒體之 二：顯…17係姻於微控制單元14，其中，顯干 单π 17可接收微控制單元14 顯不 生替數僧… 所輪出的生醫資料並顯示一 生醫數值。該近場通訊單元18 係輕接於該智慧卡單 並用以存取智慧卡單元16，於Method of Nursing The technical features of the present invention will be disclosed in detail below with reference to the drawings. Referring to Figure _ is a block diagram of a biomedical device having a short-range wireless transmission function of the present invention. As shown in the three figures, the biomedical device 1 with short-range wireless transmission function (hereinafter referred to as the biomedical device D can have a near field communication module (Near Field c〇mmunicati〇n, nfc) 21 and s hui card (smart card) 22, a handheld device 2 communicates, and the data is exchanged by means of short-distance wireless transmission. The biomedical device 1 can be a blood glucose machine, a fat machine, a blood pressure meter, and a blood oxygen. 13 201233366 Concentration meter, and an electrocardiograph machine', the handheld device 2 can be a smart phone, a PDA, a handheld game machine, a digital photo frame, an ipAD, a notebook computer, and a tablet computer; Herein, the blood glucose machine is used as the main embodiment of the biomedical device 1 having the short-range wireless transmission function of the present invention, and the smart phone is used as the handheld device 2, wherein the biomedical device 1 is The system includes: a measuring unit 11, an environment sensing unit 12, a data conversion unit 13, a micro control unit μ, a hidden unit 15, a smart card unit 16, and a display unit 17 Through-hole unit Near Field Communication (NFC) 1 8 and a power supply unit 19. The power supply unit 19 is configured to provide a power supply to the measurement unit 丨i, the environment sensing unit 12, the data conversion unit 13, and the micro control unit. 14. The display unit 17 and the near field communication unit 18. The measuring unit 11 is configured to connect a sample to be tested 3 to measure an analogy of the sample to be tested 3, wherein the object to be tested 3 is a blood glucose test piece, and the environment sensing unit 12 can detect the temperature/humidity parameter of one of the external environments while the measuring unit 11 measures the analog medical signal. The data conversion unit 13 is coupled. The micro-control unit 14 is coupled to the environment sensing unit 12 and the data conversion unit 13 , and is coupled to the environment sensing unit 12 and the data conversion unit 13 , and is coupled to the environment sensing unit 12 and the data conversion unit 13 . The micro control unit 14 can simultaneously receive the digital medical signal and the temperature/humidity parameter, and can sort the digital medical signal and the temperature/humidity parameter, and process it into a biomedical data by step 14 201233366. Continue to see the third In the figure, the memory unit 16 is simultaneously coupled to the micro control unit 14, and the smart card unit ^^^_ is used as a storage medium: the 17th is in the micro control unit 14, wherein the memory unit 14 π 17 can receive the micro control unit 14 to display the biomedical data and display the biomedical value. The near field communication unit 18 is lightly connected to the smart card and used to access the smart card unit 16 ,to
首裝置1之中，近場诵 訊單元18可透過無線傳輸之方式將健存於智慧卡單元16 内的生醫資料傳送至該手持裝置2的該近場通訊模組21。 繼續地參閱第三圖，同時，請參閱第四圖，係本發明 之具有近距離無線傳輸功能之生醫I置與該具有近場通訊 模組與智慧卡的手持裝置之立體圖。如第四圖所示當使 用者欲使用該生醫裝置i之時，係必須先將生醫農置^ 近該手持裝置2’使得該近場通訊單元18能夠靠近並溝通 連結該近場通訊模組21 ;如此’近場通訊模組21可將儲 存於該智慧卡22内的一使用者個人資訊、一 GPS資訊、 一時間資訊、一個人生醫裝置之最佳設定資料、以及一環 境溫度/濕度資訊傳送至近場通訊單元18;進一步地，近 場通訊單元18會將該使用者個人資訊、該gPS資訊、該 時間資訊、該個人生醫裝置之最佳設定資料、以及該環境 溫度/濕度資訊儲存於智慧卡單元16，如此，藉由使用者 個人資訊、個人生醫裝置之最佳設定資料與環境溫度/濕、 15 201233366 度資訊，生醫裝置1可完成一使用者辨識程序與一參數嘹 疋程序。並且，當該生醫裝置1完成該使用者辨識程序與 該參數設定程序之後，使用者即可將該待測物3連接至該 量測單元11，以透過量測單元11量測待測物3之該類比生 醫訊號；或者，可透過近場通訊單元18將儲存於智慧卡單 元16内的生醫資料傳送至該近場通訊模組21，以儲存於 手持裝置2的該智慧卡22。In the first device 1, the near field communication unit 18 can transmit the biomedical data stored in the smart card unit 16 to the near field communication module 21 of the handheld device 2 by wireless transmission. Continuing to refer to the third figure, and at the same time, please refer to the fourth figure, which is a perspective view of the present invention having a short-range wireless transmission function and a handheld device having a near field communication module and a smart card. As shown in the fourth figure, when the user wants to use the biomedical device i, the biomedical device must first be placed close to the handheld device 2' so that the near field communication unit 18 can approach and communicate with the near field communication. The module 21; the 'near field communication module 21 can store a user's personal information, a GPS information, a time information, a best setting data of a medical device, and an ambient temperature stored in the smart card 22. / humidity information is transmitted to the near field communication unit 18; further, the near field communication unit 18 will personalize the user information, the gPS information, the time information, the optimal setting data of the personal biomedical device, and the ambient temperature / The humidity information is stored in the smart card unit 16, so that the biometric device 1 can complete a user identification program by using the user's personal information, the optimal setting data of the personal biomedical device, and the ambient temperature/wet, 15 201233366 degree information. A parameter 嘹疋 program. Moreover, after the biomedical device 1 completes the user identification program and the parameter setting program, the user can connect the object to be tested 3 to the measuring unit 11 to measure the object to be tested through the measuring unit 11. Or the biomedical data stored in the smart card unit 16 can be transmitted to the near field communication module 21 through the near field communication unit 18 for storage on the smart card 22 of the handheld device 2 .
另外，請參閱第五圖與第六圖，係本發明之具有近距 離無線傳輸功能之生醫裝置的第二方塊架構圖，以及手持 裝置之第二方塊架構圖。如第五圖所示，於本發明之具有 近距離無線傳輸功能之生醫裝置！之中，該智慧卡單元b 更包括一第一微處理單元161與—第—微記憶單元Μ?， 其中，該第一微處理單元161係耦接該微控制單元Μ與該 近場通訊單元18 ’而以接收該生醫資料、該使用者個人資 訊、該GPS資訊、該時間資訊、該個人生醫裝置之最佳設 定資料、以及該環境溫度/隸資訊。該第—微記憶單元 162係耦接於第-微處理單元16卜其中，當第—微處理單 元接收生醫資料 '使用者個人資訊、Gps資訊、時間 資訊、個人生醫裝詈夕异社％ —达丨 商衣置之最佳5又疋資料、以及環境溫度/濕 一微記憶單In addition, please refer to the fifth and sixth figures, which are a second block diagram of the biomedical device with the close-range wireless transmission function of the present invention, and a second block diagram of the handheld device. As shown in the fifth figure, the biomedical device with the short-range wireless transmission function of the present invention! The smart card unit b further includes a first micro processing unit 161 and a first micro memory unit, wherein the first micro processing unit 161 is coupled to the micro control unit and the near field communication unit. 18' to receive the biomedical data, the user's personal information, the GPS information, the time information, the best setting data of the personal biomedical device, and the ambient temperature/subsidiary information. The first micro-memory unit 162 is coupled to the first-micro-processing unit 16 to receive biomedical data, user personal information, Gps information, time information, and personal medical equipment. %—The best 5 products and the ambient temperature/wet micro memory
度資訊之後，係將所有已接收的I 元 162。 並且 如第六圖所示 ，該智慧卡22更包括—第二微處 16 201233366 理單元221與一第二微記憶單元222，其中，該第二微處 理單元221係耦接於該近場通訊模組21，且，該第二微記 憶單元222係耦接於第二微處理單元221。於該手持裝置2 之中，該第二微處理單元221可存取第二微記憶單元222, 以將儲存於第二微記憶單元222内的該使用者個人資訊、 該GPS資訊、該時間資訊、該個人生醫裝置之最佳設定資 料、以及該環境溫度/濕度資訊讀出，並將該生醫資料儲 % 存於第二微記憶單元222。After the information, all received I yuan 162 will be received. As shown in the sixth figure, the smart card 22 further includes a second micro-processing unit 221 and a second micro-memory unit 222, wherein the second micro-processing unit 221 is coupled to the near-field communication. The module 21 is coupled to the second micro processing unit 221 . In the handheld device 2, the second micro processing unit 221 can access the second micro memory unit 222 to store the user personal information, the GPS information, and the time information stored in the second micro memory unit 222. The optimal setting data of the personal biomedical device and the ambient temperature/humidity information are read out, and the biomedical data storage % is stored in the second micro memory unit 222.
請繼續地參閱第三圖至第六圖，當使用者將該待測物 3連接至該量測單元1丨，且量測單元丨丨量測待測物3上的 該類比生醫訊號後’類比生醫訊號最終被該微控制單元14 處理為該生醫資料。於此，必須特別說明的是，透過該微 控制單元14’該生醫資料會被儲存於該記憶單元μ;並 且’透過該第一微處理單元161，生醫資料亦會被儲存於 該智慧卡單元161内的該第一微記憶單元162。並且，當 生醫資料儲存完畢之後，進一步地，使用者可直接地將生 醫資料傳送至該手持裝置2内，或者於下次使用該生醫裝 置1之時’再透過該近場通訊單元18將生醫資料傳送至手 持裝置2内。 再者’為了使得使用者（患者）可受到即時性的醫療 照護’當該手持裝置2的該近場通訊模組21接收近場通訊 單元18所傳送的生醫資料之後’會透過該第二微處理單元 17 201233366 221將生醫資料儲存於該第二微記憶單元222,並透過手持 裝置2之一通信模組23將該生醫資料、該使用者個人資 讯、該GPS資訊、該時間資訊、與該環境溫度/濕度資訊 同時上傳至具有一資料庫的一雲端伺服器；進一步地，該 雲端伺服器即會將所有資料記錄於該資料庫内，並判別生 醫資料之數值是否在一標準值之範圍内，以確認使用者（患 者）目前之健康狀況。一旦雲端伺服器經由生醫資料之數 值而發現到使用者（患者）目前之健康狀況係有所疑慮的， 那麼，雲端伺服器會即時通報一鄰近醫護單位，以令該鄰 近醫護單位安排人員至使用者之該實際位置，以執行即時 救護。另外，當使用者欲使用該生醫裝置i以量測其生醫 資料之前，使用者可透過該手持裝置2自該雲端伺服器下 載其記錄於資料庫H史㈣，以料量測資料比對之 於上述說明中，係以血糖機為實施例說明本發明之具Please refer to the third to sixth figures. When the user connects the object to be tested 3 to the measuring unit 1 , and the measuring unit measures the analog medical signal on the object 3 , The analogy medical signal is ultimately processed by the micro control unit 14 as the biomedical data. In this case, it is necessary to specify that the biomedical data will be stored in the memory unit μ through the micro control unit 14' and that the biomedical data will be stored in the wisdom through the first micro processing unit 161. The first micro memory unit 162 in the card unit 161. Moreover, after the biomedical data is stored, the user can directly transfer the biomedical data to the handheld device 2, or re-transmit the near field communication unit when the biomedical device 1 is used next time. 18 Transfer the biomedical data to the handheld device 2. In addition, 'in order for the user (patient) to receive immediate medical care', when the near field communication module 21 of the handheld device 2 receives the biomedical data transmitted by the near field communication unit 18, The micro processing unit 17 201233366 221 stores the biomedical data in the second micro memory unit 222, and transmits the biomedical data, the user personal information, the GPS information, and the time through the communication module 23 of the handheld device 2 The information and the ambient temperature/humidity information are simultaneously uploaded to a cloud server having a database; further, the cloud server records all the data in the database, and discriminates whether the value of the biomedical data is Within the range of a standard value to confirm the current health of the user (patient). Once the cloud server finds that the current health status of the user (patient) is suspected by the value of the biomedical data, the cloud server will immediately notify a neighboring medical unit to arrange the person to the neighboring medical unit. The actual location of the user to perform immediate ambulance. In addition, before the user wants to use the biomedical device i to measure the biomedical data, the user can download the record from the cloud server through the handheld device 2 (4), and measure the data ratio. In the above description, the blood glucose machine is taken as an example to illustrate the present invention.
使用者之左右手腕，以量測使用者之一 亦可為一體脂血壓 二套環可分別圈住 一體脂值與一血懕 18 201233366 值；另外，請參閱第八圖，係一心電圖計與手持裝置之正 視圖，如第八圖所示，具有近距離無線傳輸功能之生醫裝 置1亦可為一心電圖計，其中，該量測單元 丄 i 相^， 使用者可分別將左右手之食指按壓該二電極之上，如此， 該心電圖計即可量測出使用者之一心電圖。並且，與上述 以血糖機為實施例的具有近距離無線傳輸功能之生醫裝置 1相同的是，當該體脂血壓計與該心電圖計量測並計算出 人體（即’待測物）之該體脂值、該血壓值與該心電圖之 後，可將該些資料儲存於該智慧卡單元16内，並於生醫裝 置1與手持裝置2溝通連結之時，將其傳送至手持裝置 如此’即可進—步地透過手持裝置2的該通信模組23將該 些生醫資料上傳至該雲端伺服器’以透過雲端伺服器進行 資料管理並提供使用者進行即時的醫療看護。 如此，經由上述，本發明之具有近距離無線傳輸功能 之生醫裝置之所有可行架構及其功能性係已完整地被說明 與揭露；帛著’-種具有近距離無線傳輸功能之生醫裝置 所使用之使用者辨識、生醫資料量測、生醫資料上傳、生 醫資料管理、與遠端醫療看護之方法將於下列敛述中被揭 露。月參閱第九A圖至第九E圖，係本發明之一種具有近 、、線傳輸功能之生醫裝置所使用之使用者辨識、生醫 資料量測、生盤_咨少丨L / 醫資枓上傳/下載、生醫資料管理、與遠端The user's left and right wrists can be measured by one of the user's blood pressure two sets of rings, which can be used to circle the integral fat value and a blood pressure 18 201233366 value respectively. In addition, please refer to the eighth figure, which is an electrocardiogram. The front view of the handheld device, as shown in the eighth figure, the biomedical device 1 having the short-range wireless transmission function can also be an electrocardiograph, wherein the measuring unit 丄i, the user can respectively use the index finger of the left and right hands Pressing the two electrodes, the electrocardiograph can measure one of the user's electrocardiograms. Moreover, the same as the above-described biomedical device 1 having a short-distance wireless transmission function using the blood glucose meter as an embodiment, when the body fat sphygmomanometer and the electrocardiogram measure and calculate the human body (ie, the object to be tested) After the body fat value, the blood pressure value and the electrocardiogram, the data can be stored in the smart card unit 16 and transmitted to the handheld device when the biomedical device 1 and the handheld device 2 are communicatively coupled. The biometric data can be uploaded to the cloud server through the communication module 23 of the handheld device 2 to perform data management through the cloud server and provide immediate medical care for the user. Thus, through the above, all feasible architectures and functionalities of the biomedical device having the short-range wireless transmission function of the present invention have been fully illustrated and disclosed; and the biomedical device having the short-range wireless transmission function User identification, biomedical data measurement, biomedical data uploading, biomedical data management, and remote medical care methods will be disclosed in the following condensed statements. Referring to the ninth to fifth ninth drawings, the user identification, biomedical data measurement, and platter used in the biomedical device having the near-and-line transmission function of the present invention are provided. Resource upload/download, biomedical data management, and remote
醫療看護之方；^ f, V 去的方法流程圖。如第九A圖至第九£圖所 19 201233366 示，具有近距離無線傳輪功能之 辨識、生醫資料量測、*⑦ 、置所使用之使用者 '、】生醫資料上傳/下截' 士醒答』丨址 理、與遠端醫療看^ ^寻/下载'生醫資料管 ' ' 瘦之方法係包括以下步驟·· ， 執行步驟（S01)，將一具有近距離益線傳幹功 能之生醫裝置 離.…綠傳輪功 罪近一具有一近場通訊模組21 22的一手持萝 、曰瑟卞 / 裝置2。當該生醫裝置1靠近該手持裝置2之The method of medical care; ^ f, V method of flow. As shown in Figure IX to Figure IX, 19, 201233366, the identification of the near-field wireless transmission function, the measurement of biomedical data, *7, the user who uses it,] the biomedical data upload / download 'Awakening 丨 丨 丨 丨 与 与 与 与 与 ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ 瘦 瘦 瘦 瘦 瘦 瘦 瘦The dry-function biomedical device is close to a hand-held radish/device 2 with a near-field communication module 21 22 . When the biomedical device 1 is close to the handheld device 2
後’該方法流程則執行步驟（SG2)，判斷是否開始執行該 ^醫裝置1與料持裝£2之—料與資料交換程序，若 是，則執行步驟（S03)，生醫裝置！之一近場通訊單元μ 與手持裝i 2之-近場通訊模组21溝通連結；並且，方法 流程繼續執行步驟（s〇4)，藉由手持裝置2之一通信模組 23自一雲端伺服器下載一使用者個人資訊、一 Gps資訊、 一時間資訊、以及一個人生醫裝置之最佳設定資料；接著， 繼續執行步驟（S05 ) ’將該使用者個人資訊、該GPS資訊、 該時間資訊、以及該個人生醫裝置之最佳設定資料儲存至 一智慧卡22。 完成步驟（S05)之後，方法流程則繼續執行步驟（s〇6)， 該近場通訊模組21存取該智慧卡22 ;然後，方法流程接 著執行步驟（S07)，近場通訊模組21將使用者個人資訊、 GPS資訊、時間資訊、個人生醫裝置之最佳設定資料、以 及一環境溫度/濕度資訊傳送至該近場通訊單元18 ;接 著，方法流程則繼續執行步驟（S08 )’近場通訊單元1 8將 20 201233366 使用者個人資訊 最佳設定資料、 卡單元16。 、GPS資訊、時間資訊、個人生醫裝置之 以及該環境溫度/濕度資訊儲存至一智慧 * »亥步驟（S08 )完成之後，接著，方法流程繼續執行 步驟（S09)’生醫裝置i依據使用者個人資訊與個人生醫 裝置之最佳设定資料以完成一參數設定程序；接著則繼續 執行步驟⑷0)，判斷是否透過手持裝置自該雲端祠服器 下載使用者之一歷史量測資料’若是，則執行步驟（s")， 透過該通信模、组23自雲端伺服器下載使用者之該歷史量 測資料，並接著執行㈣（S12);並且，於步驟（si〇)的 判斷式中，若其判斷結|為「否」，則直接執行步驟⑴， 判斷是否開始使用該生醫裝i 1以量測-待測物3之一類 比生醫訊號。 於上述步驟（SU)的判斷式之中，若其判斷結果為 「是」，則執行步驟（S13)，將該待測物3連結至生醫裝置 1之一量測單元11;然後，方法流程繼續執行步驟（SW)， 該量測單兀11量測待測物3之該類比生醫訊號，同時，— 環境感測單元12偵測外部環境之一溫度/濕度參數；接 著，方法流程繼續執行步驟（S15)，一資料轉換單元Η接 收類比生醫訊號’並將其轉換為一數位生醫訊號。當類比 生醫訊號被轉換成該數位生醫訊號之後，方法流程接著執 行步驟（S16)’ 一微控制單元14同時接收該數位生醫訊號 21 201233366 與該溫度/濕度參數。 完成步驟（S 16 )之後，方法流程則繼續執行步驟（s丨7 )After the method flow, the step (SG2) is executed to determine whether to start the execution of the medical device 1 and the material holding and the data exchange program, and if so, the step (S03) is performed to generate the medical device! One of the near field communication units μ is communicatively coupled to the near field communication module 21 of the handheld device i; and, the method flow continues with the step (s〇4), by the communication module 23 of the handheld device 2 from a cloud The server downloads a user's personal information, a GPS information, a time information, and a best setting data of a medical device; and then proceeds to step (S05) 'the user's personal information, the GPS information, the time The information and the best setting data of the personal biomedical device are stored to a smart card 22. After the step (S05) is completed, the method flow continues to execute the step (s〇6), the near field communication module 21 accesses the smart card 22; then, the method flow then performs the step (S07), the near field communication module 21 Transmitting user personal information, GPS information, time information, optimal setting data of the personal biomedical device, and an ambient temperature/humidity information to the near field communication unit 18; then, the method flow continues with the step (S08)' The near field communication unit 18 will optimally set the data and card unit 16 for 20 201233366 user personal information. , GPS information, time information, personal biomedical device and the ambient temperature/humidity information are stored to a smart*»Hai step (S08) is completed, then, the method flow continues to perform the step (S09) 'The biomedical device i is used according to The personal information and the best setting information of the personal biomedical device to complete a parameter setting procedure; then proceed to step (4) 0) to determine whether to download one of the user's historical measurement data from the cloud server through the handheld device' If yes, execute step (s"), download the historical measurement data of the user from the cloud server through the communication module, group 23, and then execute (4) (S12); and, in the judgment of step (si〇) If the judgment knot is "No", the step (1) is directly executed to determine whether to start using the medical device i 1 to measure the analog data of the sample to be tested 3. In the judgment formula of the above step (SU), if the determination result is "YES", the step (S13) is performed, and the object to be tested 3 is connected to the measuring unit 11 of the biomedical device 1; The process continues with the step (SW), the measuring unit 11 measures the analog medical signal of the object to be tested 3, and at the same time, the environment sensing unit 12 detects a temperature/humidity parameter of the external environment; then, the method flow Continuing with the step (S15), a data conversion unit Η receives the analog medical signal ' and converts it into a digital medical signal. After the analog medical signal is converted into the digital medical signal, the method flow then performs the step (S16). A micro control unit 14 simultaneously receives the digital medical signal 21 201233366 and the temperature/humidity parameter. After completing the step (S 16 ), the method flow continues to execute the step (s丨7)
，該微控制單元14整理該數位生醫訊號與該溫度/濕度參 數，並進一步地將其處理為_生醫資料；接著，方法流程 則執行步驟（S18)，微控制單元14將該生醫資料儲存至該 智慧卡單元然後’方法流程係執行步驟（si9)，判斷 是否將儲存於智慧卡單& 16内的生醫資料傳送至該手持 裝置2,若是’則執行步驟（S2G)，該近場通財元_ 生醫資料傳送至該近場通訊模組2卜當近場通訊模組Η 接^生醫資料之後’方法流程則繼續地執行步驟（s2i)， 近場通訊模組21將生醫資料儲存至智慧卡22。 元成將該生醫資料儲存至該智慧卡22之後，繼續地， 方法流程係執行㈣（S22)，判斷是否將生醫資料上傳至 該雲端伺服器，若是，目丨丨舳> 土 署？ &則執仃步驟⑽），透過該手持裂 置2之该通信模組23 將該生醫資料、該使用者個人資訊、 該㈣資訊、該時間資訊、 “ 衣兄'皿度/濕度資訊上傳 至該雲端伺服器；接著，寻 服器即時執行-醫療看護程序 ^端飼 執行+赚f U 良該方法流程則繼續 轨仃步驟（S25)，判斷 ’ 不王晉裝置1與手梏拉 之該溝通與資料交換程序， 、Ί ^ θ 斤 疋，則執行步驟（S26)，划 疋否結束使用生醫裳置1量測該待測物3之類比生醫 旒，若是，則鈾杯水m <顯比生醫訊 右疋則執仃步驟（S27)，蔣访目士 將該具有近距離無線傳較 22 201233366 功能之生醫裝置1遠離該手持裝置2。 另外’於上述具有近距離無線傳輸功能之生醫裝置所 使用之使用者辨識、生醫資料量測、生醫資料上傳生醫 資料管理、與遠端醫療看護之方法中，當步驟（S02)之判 斷結果為「否」，則方法流程係執行步驟（S26);且，當步 驟（S12)之判斷結果為「否」’則表示使用者不需使用該 生醫裝置i量測該待測物3之類比生醫訊號，㈣，方法 流程則執行步驟（S19)’以詢問是否使用者欲將儲存於該 智慧卡單元16内的生醫資料傳送至該手持裝置2内。此 外，當步驟⑶9)與步驟（S22)的判斷結果為「否」，則 執行步驟（S25);且’當步驟（S25)的判斷結果為「否」， 則重複執打步驟（S03 );最後，當步驟（S26 )的判斷結果 為「否」’則重複執行步驟（S13)。 另外，於本發明之具有近距離無線傳輸功能之生醫裝 置所使用之使用者辨識、生醫資料量測' 生醫資料上傳/ 下載、生醫資料管理、與遠端醫療看護之方法中，該步驟 (S05)、該步驟（S06)、該步驟（s〇8) '該步驟（Μ”、 該步驟（S21)、與該步驟（S24)皆具有至少兩個詳細步驟。 請參閱第十圖，係步驟（s〇5)之詳細步驟的方法流程圖， 如第十圖所示，該步驟（s〇5)係包括兩個詳細步驟：步驟 (S051)，一第二微處理單元221接收該使用者個人資訊、 該GPS資訊、該時間資訊、以及該個人生醫裝置之最佳設 23 201233366 疋資料’以及步驟（S052 )，該第二微處理單元221將使用 者個人資汛、Gps資訊、時間資訊以及個人生醫裝置之 最佳設定資料儲存於一第二微記憶單元222。The micro control unit 14 sorts the digital medical signal and the temperature/humidity parameter, and further processes it into the biomedical data; then, the method flow performs the step (S18), and the micro control unit 14 treats the biomedical The data is stored in the smart card unit and then the method flow is performed (si9) to determine whether the biomedical data stored in the smart card list & 16 is transmitted to the handheld device 2, and if yes, the step (S2G) is performed. The near field communication yuan _ biomedical data is transmitted to the near field communication module 2, when the near field communication module is connected to the biomedical data, the method flow continues to perform the step (s2i), the near field communication module 21 Store the biomedical data to the smart card 22. After Yuancheng stores the biomedical data to the smart card 22, the method flow is executed (4) (S22) to determine whether the biomedical data is uploaded to the cloud server, and if so, the target> ? & Step (10)), through the communication module 23 of the handheld split 2, the biomedical data, the user personal information, the (four) information, the time information, the "clothing brother" degree / humidity information Upload to the cloud server; then, the seeker is executed immediately - the medical care program ^ end feed execution + earn f U good, the method flow continues the track step (S25), judge 'not Wang Jin device 1 and hand pull The communication and data exchange procedure, Ί ^ θ 疋 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , Water m < 显生生医讯 right 疋 仃 ( ( ( ( ( ( ( ( ( ( ( ( ( ( 蒋 蒋 蒋 蒋 蒋 蒋 蒋 蒋 蒋 蒋 蒋 蒋 蒋 蒋 蒋 蒋 蒋 蒋 蒋 蒋 蒋 蒋 蒋 蒋 蒋 蒋 蒋 蒋 蒋 蒋 蒋In the method of user identification, biomedical data measurement, biomedical data uploading biomedical data management, and remote medical care used by the biomedical device for short-range wireless transmission function, when the step (S02) is judged as " No, the method flow is performed (S26); Moreover, when the determination result of the step (S12) is "NO", it means that the user does not need to use the biomedical device i to measure the analog medical signal of the test object 3, (4), and the method flow performs the step (S19). 'Inquiring whether the user wants to transfer the biomedical data stored in the smart card unit 16 to the handheld device 2. In addition, when the determination result of the step (3) 9) and the step (S22) is "NO", the step (S25) is performed; and "When the judgment result of the step (S25) is "NO", the step of performing the repetition (S03) is repeated; Finally, when the decision result of the step (S26) is "NO", the step (S13) is repeatedly executed. In addition, in the method for user identification, biomedical data measurement, biomedical data uploading/downloading, biomedical data management, and remote medical care used by the biomedical device having the short-range wireless transmission function of the present invention, The step (S05), the step (S06), the step (s〇8) 'the step (Μ), the step (S21), and the step (S24) have at least two detailed steps. The figure is a method flow chart of the detailed steps of the step (s〇5). As shown in the tenth figure, the step (s〇5) comprises two detailed steps: step (S051), a second micro processing unit 221 Receiving the personal information of the user, the GPS information, the time information, and the optimal setting of the personal biomedical device, and the step (S052), the second micro processing unit 221 will personalize the user, The Gps information, the time information, and the optimal setting data of the personal biomedical device are stored in a second micro memory unit 222.
並且’請參閱第十一圖，係步驟（S06 )之詳細步驟的 方法流程圖’如第十圖所示，該步驟（S06 )係同樣包括兩 個詳細步驟··步驟（S061 )，該第二微處理單元221將儲存 於該第二微記憶單元222内的該使用者個人資訊、該GPS 資訊、該時間資訊、以及該個人生醫裝置之最佳設定資料 讀出’以及步驟（s〇62 )，第二微處理單元221將使用者個 人資訊' GPS資訊、時間資訊、以及個人生醫裝置之最佳 設定資料傳送至近場通訊模組21。 並且，請參閱第十二圖，係步驟（s〇8 )之詳細步驟的 方法流程圖’如第十二圖所示，該步驟（s〇”同樣係包括 兩個詳細步驟：步驟（s〇81)，一第一微處理單元ΐ6ι接收 近％通訊單元18所傳送的該使用者個人資訊、該GPS 訊、該時間資訊、該個人生醫裝置之最佳設定資料、以及 該環境zm度/濕度資訊讀出；以及步驟（s〇82)，該第一微 處理單元161將使用者個人資訊、GPS資訊、時間資訊、 個人生醫裝置之最佳設定資料、以及環境溫度，濕度資訊 儲存至一第一微記憶單元162。 再者，請參閱第十三圖， 方法流程圖’如第十三圖所示 係步驟（S18)之詳細步驟的 ，該步驟（S1 8 )同樣係包括 24 201233366 兩個詳細步驟：步驟⑶81)，該第一微處理單元i6i接收 該微控制單元14所傳送的該生醫資料；以及步驟⑶⑵， 第一微處理…61將生醫資料儲存至該第-微記憶單元 162 〇 請再參閱第十四圖，係步驟（S21)之詳細步驟的方法 流程圖’如第十四圖所示，該步驟（S21)同樣係包括兩個 詳細步驟：步驟（S211)，該第二微處理單元221接收該近 場通訊模組21所傳送至該生醫資料；以及步驟⑺⑴， 該第二微處理單元221將生醫資料儲存至該第二微記憶單 元 222。 並且，於本發明之具有近距離無線傳輸功能之生醫裝 置所使用之使用者辨識、生醫資料量測、纟醫資料上傳： 生醫資料管理、與遠端醫療看護之方法中’該步驟（S24) 為雲端伺服器即時執行該醫療看護程序之步驟，因此，其 具有較為複雜的詳細步驟，請參閱第十五A圖與第十五E 圖，係步驟（S24)之詳細步驟的方法流程圖。如第十五/ 圖與第十五B圖所示，步驟（S24)係包括以下詳細步驟 首先’執行步驟（S241)，藉由判斷該生醫資料是否正 疋則執仃步驟（S243 ) ’判斷是否生醫資料超過一 準值右疋，則執行步驟（S244 ) ’由該Gps資訊定仅 使用者之一實際位置;接著，步驟流裎係執行步驟(S245 ) 通知—鄰近醫護單位，並令該醫護單位立即至使用者之矣 25 201233366 xχ執行即時救護；然後，步驟流程係執行步驟 (S246 ) ’將該生醫資料、該使用者個人資訊、該gPs資And 'please refer to the eleventh figure, the method flow chart of the detailed steps of the step (S06)' as shown in the tenth figure, the step (S06) also includes two detailed steps · step (S061), the The second micro processing unit 221 reads the user personal information, the GPS information, the time information, and the optimal setting data of the personal biomedical device stored in the second micro memory unit 222, and the step (s) 62) The second micro processing unit 221 transmits the user personal information 'GPS information, time information, and the best setting data of the personal biomedical device to the near field communication module 21. And, referring to the twelfth figure, the method flow chart of the detailed steps of the step (s〇8) is as shown in the twelfth figure, and the step (s〇) also includes two detailed steps: the step (s〇 81) A first micro processing unit 接收6ι receives the user personal information transmitted by the near-% communication unit 18, the GPS information, the time information, the optimal setting data of the personal biomedical device, and the environment zm degree/ Humidity information readout; and step (s〇82), the first micro processing unit 161 stores user personal information, GPS information, time information, optimal setting data of the personal biomedical device, and ambient temperature and humidity information to A first micro memory unit 162. Further, please refer to the thirteenth figure, the method flow chart 'as shown in the thirteenth figure is the detailed step of the step (S18), the step (S18) also includes 24 201233366 Two detailed steps: step (3) 81), the first micro processing unit i6i receives the biomedical data transmitted by the micro control unit 14; and the step (3) (2), the first micro processing ... 61 stores the biomedical data to the first micro Memory unit 162 Please refer to FIG. 14 again, which is a flowchart of a method for the detailed steps of step (S21). As shown in FIG. 14, the step (S21) also includes two detailed steps: step (S211), the second The micro processing unit 221 receives the biometric data transmitted by the near field communication module 21; and the step (7) (1), the second micro processing unit 221 stores the biomedical data to the second micro memory unit 222. User identification, biomedical data measurement, and medical data uploading used by biomedical devices with short-range wireless transmission functions: biomedical data management, and remote medical care methods in this step (S24) is the cloud The server immediately performs the steps of the medical care program, and therefore, it has more complicated detailed steps, please refer to the fifteenth A picture and the fifteenth E picture, which is a method flow chart of the detailed steps of the step (S24). 15th and 15th, the step (S24) includes the following detailed steps of first performing the step (S241), and determining whether the biomedical data is correct or not (step S243) Health care If the threshold value is more than one threshold, then step (S244) is performed. 'The actual location of only one of the users is determined by the GPS information; then, the step flow is performed by the step (S245) to notify the neighboring medical unit, and the medical unit is immediately To the user 矣 25 201233366 x χ perform immediate ambulance; then, the step procedure is to perform the step (S246) 'the biomedical data, the user's personal information, the gPs
訊、該時間資訊、該環境溫度/濕度資訊、與該溫度/濕 度參數圯錄於雲端伺服器之一資料庫。另外，當步驟（S241 ) 的判斷結果為「否J，則執行步驟（S242 )，校正生醫資料， 並繼續地執行後續步驟；並且，當步驟（S243 )的判斷結 果為否」，則步驟流程係直接執行步驟（S246)。 «°此，經由上述，本發 ' ---— ^ ^ ^ ;力月t*之生4裝置及其使用者辨識、生醫資料量測、生醫資 上傳/下載、生醫資料管理、與遠端醫療看護之方法， 係已完整且清楚地揭露於實施方式之内，並且，經由相關 之描述’可以得知本發明係具有下列之優點： 1.本發明係將—智彗+ 也 «卡單7C與一近場通訊單元整合於生醫 裝置之内，例如· A, .血糖機，如此，當血糖機量測並計算 待測物的生醫資料之後， 口 傻該生醫資料可被儲存於智慧卡 單元之内，並且，读讲γβ ’ %通訊單元可將生醫資料傳送 至一手持裝置，例如：智慧 ^ 手機，以透過該手持裝置 將生醫資料上傳至雲端 β M得雲端伺服器可記錄 如資料’並同時對上傳 的醫療看護。 較用者進仃即時性 2,承上述第1點， 裝置近場通訊時 本發明之特徵在於， ，生醫裝置可透過手 當生醫裝置與手持 持裝置自雲端伺服 26 201233366 器下載-使用者資訊與—個人化生醫裝置之最佳設定資 料如此生醫裝置可根據使用者資訊與個人生醫裝置 之最佳設定資料執行—使用者辨識程序與—參數設定程 序。 3.承上述第2 ·點，藉由辨識該使用者個人資訊之方式，生 醫裝置可識別目前的使用者之身份’並且自動地執行最 佳化的參數β又定，如&，係使得同一台生醫裝置可由多 人使用’以會發生資料誤紀錄與誤判定之情事，這樣 的生醫裝置使用方式，係相當的聰明與經濟。 述第1點，§生醫裝置與手持裝置近場通訊時，生 醫裝置可透過手持裝置自雲端伺服器下载個人的歷史量 測資料，以作為量測資料比對之用。 5.本發明更提供—具有近距離無線傳輸功能之生醫裝置所 使用的使用者辨識、生醫資料量測、生醫資料上傳/下 載、生醫資料管理、與遠端醫療看護之方法，該方法可 使得該具有近距離無線傳輸功能之生醫裝置完成與一手 持裝置之》冓通與資料交換程序，並透過手持I置之— 通信模組將生醫資料、使用者個人資訊、GPS f訊、 間貝讯、與環境溫度/濕度資訊上傳至—雲端伺服器： 以利用該雲端伺服器完成資料判讀並即時執行 護裎序。 诗療看 6·目前，每個人皆擁有至少一手持裝置，例如：智慧型手 27 201233366 機或平板電腦，由於智慧型手機與平板電腦皆具有遠端 通訊功能；因此，不同於習用技術之具遠距傳輸功能之 醫療量測裝置，本發明之精神在於：設計—架構簡單、 成本經濟之生醫裝置，並使得該生醫裝置可與手持裝置 溝通連結，進而藉由手持裝置與雲端伺服器溝通，使得 雲端伺服器可接收生醫裝置所上傳之生醫資料，以使得 雲端伺服器可根據其所接收的生醫資料提供使用者即時 看護。 上述之詳細說明係針對本發明可行實施例之具體說明 ’惟該實施例並非用以限制本發明之專利範圍，凡未脫離 本發明技藝精神所為之等效實施或變更，均應包含於本案 之專利範圍中。 【圖式簡單說明】 第一圖The information, the time information, the ambient temperature/humidity information, and the temperature/humidity parameter are recorded in a database of the cloud server. Further, when the determined result of the step (S241) is "No J, the step (S242) is performed, the biomedical data is corrected, and the subsequent steps are continuously performed; and, when the judgment result of the step (S243) is NO", the step The process directly performs the step (S246). «°This, via the above, the hair of the '--- ^ ^ ^; force month t* 4 device and its user identification, biomedical data measurement, biomedical upload / download, biomedical data management, The method of remote medical care has been completely and clearly disclosed in the embodiments, and it can be known from the related description that the present invention has the following advantages: 1. The present invention will be - Zhisheng + also «The card 7C and a near field communication unit are integrated in the biomedical device, such as · A, . Blood glucose machine, so that when the blood glucose meter measures and calculates the biomedical data of the test object, the stupid biomedical data It can be stored in the smart card unit, and the γβ '% communication unit can transmit the biomedical data to a handheld device, such as a smart phone, to upload the biomedical data to the cloud β M through the handheld device. The cloud server can record information such as 'imported medical care at the same time. According to the first point mentioned above, the invention is characterized in that the biomedical device can be downloaded from the cloud servo 26 201233366 by using the biomedical device and the handheld device. Information and the best setting data for personalized biomedical devices. Such biomedical devices can be executed based on user information and optimal settings of personal biomedical devices - user identification procedures and parameter setting procedures. 3. According to the above point 2, by recognizing the user's personal information, the biomedical device can recognize the identity of the current user' and automatically perform the optimized parameter β, such as & This makes the same biomedical device can be used by many people's. In the case of data mis-recording and misjudgment, the use of such biomedical devices is quite smart and economical. In the first point, when the biomedical device is in near-field communication with the handheld device, the biomedical device can download personal historical measurement data from the cloud server through the handheld device for comparison with the measurement data. 5. The present invention further provides a method for user identification, biomedical data measurement, biomedical data uploading/downloading, biomedical data management, and remote medical care used by a biomedical device having a short-range wireless transmission function. The method enables the biomedical device with the short-range wireless transmission function to complete the communication and data exchange process with a handheld device, and through the handheld I-communication module, the biomedical data, the user personal information, the GPS The f-message, the inter-beat, and the ambient temperature/humidity information are uploaded to the cloud server: to use the cloud server to complete the data interpretation and execute the protection sequence in real time. At present, everyone has at least one handheld device, such as: smart hand 27 201233366 machine or tablet computer, because smart phones and tablets have remote communication functions; therefore, different from the conventional technology The medical measuring device for remote transmission function, the spirit of the invention lies in: designing a simple and cost-effective biomedical device, and enabling the biomedical device to communicate with the handheld device, thereby using the handheld device and the cloud server The communication enables the cloud server to receive the biomedical data uploaded by the biomedical device, so that the cloud server can provide real-time user care according to the biomedical data received by the cloud server. The detailed description of the present invention is intended to be illustrative of the preferred embodiments of the invention, and the invention is not intended to limit the scope of the invention. In the scope of patents. [Simple description of the diagram] The first picture
係一種習用血糖機與一電腦之立體圖； 係中華民國專利證書第129231 1號所揭露 的一種具遠距傳輸功能之醫療量測裝置之 架構圖； 第三圖 第四圖 係本發明之—種具有近距離無線傳輸功能 之生醫裝置的方塊架構圖； 係本發明之具有近距離無線傳輸功能之生 醫裝置與具有—近場通訊模組與一 的—手持裝置之立體圖； … 28 201233366 第五圖 第六圖 第七圖 第八圖 第九A圖至第九ρ圖 係本發明之具有近距離無線傳輪功能 醫裝置的第二方塊架構圖； 係手持裝置之第二方塊架構圖； 係一體脂血壓計與手持裝置之立體圖； 係—心電圖計與手持裝置之立體圖； 之生A perspective view of a conventional blood glucose meter and a computer; an architectural diagram of a medical measuring device with a remote transmission function disclosed in the Republic of China Patent Certificate No. 129231 1; A block diagram of a biomedical device having a short-range wireless transmission function; a stereoscopic view of a biomedical device having a short-range wireless transmission function of the present invention and a handheld device having a near-field communication module and a ... 28 201233366 Figure 5 is a sixth block diagram of the present invention having a short-range wireless-passing functional device; a second block diagram of the handheld device; A stereoscopic view of a sphygmomanometer and a handheld device; a stereogram of an electrocardiograph and a handheld device;
的方法流程 係本發明之-種具有近距離無線傳輸功能 之生醫裝置所使用之使用者辨識、生醫資 料量測、生醫資料上傳/下栽、生醫資料 g理、與遠端醫療看護之方法 ts] · 圃，The method flow is the user identification, the biomedical data measurement, the biomedical data uploading/downloading, the biomedical data, and the remote medical treatment used by the biomedical device with the short-range wireless transmission function of the present invention. Method of care ts] · Hey,
第十圖 第Η—圖 第十二圖 第十三圖 第十四圖 係步驟（S05)之詳細 係步驟（S06)之詳細 係步驟（S08)之詳細 係步驟（S18)之詳細 係步驟（S 21 )之詳細 以及 步 驟 的 方 法 流 程 ΤΞΙ · 圍， 步 驟 的 方 法 流 程 圖； 步 驟 的 方 法 流 程 圖； 步驟 的 方 法 流 程 圖； 步 驟 的 方 法 流 程 圖； 第十五A圖與第十五B圖 係步驟（S24)之 【主要元件符號說明】 詳細步驟的方法流程 圖 具有近距離無線偯“ 冰得輪功能之生 習用血糖機 29 201233366 la 具遠距傳輸功能之醫療量測裝置 11 量測單元 ll5 螢幕 11a 量測單元 12 環境感測單元 \T 連接纜線 12a 儲存單元 121， USB連接器 13 資料轉換單元 13a 偵測單元 14 微控制單元 14a 網路伺服單元 15 記憶單元 15a 郵件伺服單元 16 智慧卡單元 16a 網頁伺服單元 161 第一微處理單元 162 第一微記憶單元 17 顯示單元 17a IP選擇單元 18 近場通訊單元 18a 通訊單元 30 201233366The tenth figure - the twelfth figure, the thirteenth figure, the fourteenth figure is the detailed step (S06) of the step (S06), the detailed step (S08), the detailed step (S18), the detailed steps (S18) S 21 ) Details and steps of the method flow · circumference, step method flow chart; step method flow chart; step method flow chart; step method flow chart; 15th A picture and 15th B picture system Step (S24) [Description of main component symbols] Flow chart of detailed steps The method has a close-range wireless 偯 "The ice wheel function is a habit of blood glucose machine 29 201233366 la Medical measuring device with remote transmission function 11 Measuring unit ll5 Screen 11a measuring unit 12 environment sensing unit \T connection cable 12a storage unit 121, USB connector 13 data conversion unit 13a detection unit 14 micro control unit 14a network servo unit 15 memory unit 15a mail server unit 16 smart card Unit 16a Webpage Serving Unit 161 First Micro Processing Unit 162 First Micro Memory Unit 17 Display Unit 17a IP Selection unit 18 Near field communication unit 18a Communication unit 30 201233366
19 電源單元 2 手持裝置 2， 試片 21 近場通訊模組 21， 反應區 22 智慧卡 221 第·一微處理單元 222 第二微記憶單元 23 通信模組 3 待測物 3, 電腦 3Γ USB插孔 S01 〜S03、 S04〜S09、 S10〜S14、 S15〜S21 S26〜S27、 S051 〜S052、S061 〜S062、S081 ' S22〜S25、 〜S082、S18119 Power unit 2 Handheld device 2, test strip 21 Near field communication module 21, reaction area 22 smart card 221 first micro processing unit 222 second micro memory unit 23 communication module 3 object to be tested 3, computer 3 Γ USB plug Holes S01 to S03, S04 to S09, S10 to S14, S15 to S21, S26 to S27, S051 to S052, S061 to S062, S081 'S22 to S25, to S082, S181
〜S182 、 S211〜S212 、 S241〜S243 、 S244〜S246 方法步驟 31~S182, S211~S212, S241~S243, S244~S246 Method Step 31
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| TWI514309B (en) * | 2014-09-23 | 2015-12-21 | Viewlead Technology Company | Emergency medical services system and emergency medical services method |
| TWI558368B (en) * | 2012-08-20 | 2016-11-21 | 張國源 | Electronic vital-sign system with remote time synchronization |
| CN113808729A (en) * | 2020-06-12 | 2021-12-17 | 佳易科技股份有限公司 | Storage card device with data uploading function and data uploading method applied to storage card device |
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| TWI558368B (en) * | 2012-08-20 | 2016-11-21 | 張國源 | Electronic vital-sign system with remote time synchronization |
| TWI514309B (en) * | 2014-09-23 | 2015-12-21 | Viewlead Technology Company | Emergency medical services system and emergency medical services method |
| CN113808729A (en) * | 2020-06-12 | 2021-12-17 | 佳易科技股份有限公司 | Storage card device with data uploading function and data uploading method applied to storage card device |
| CN113808729B (en) * | 2020-06-12 | 2024-02-20 | 佳易科技股份有限公司 | Memory card device with data uploading function and data uploading method applied to same |
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| TWI433663B (en) | 2014-04-11 |
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