TWM398657U - Transmission line for physiological measure device and health management system - Google Patents
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- TWM398657U TWM398657U TW99217222U TW99217222U TWM398657U TW M398657 U TWM398657 U TW M398657U TW 99217222 U TW99217222 U TW 99217222U TW 99217222 U TW99217222 U TW 99217222U TW M398657 U TWM398657 U TW M398657U
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- 230000005540 biological transmission Effects 0.000 title claims description 85
- 230000036541 health Effects 0.000 title claims description 41
- 238000005259 measurement Methods 0.000 claims description 51
- 238000012360 testing method Methods 0.000 claims description 9
- 238000012545 processing Methods 0.000 claims description 7
- 238000000034 method Methods 0.000 claims description 5
- 230000008569 process Effects 0.000 claims description 3
- 239000013589 supplement Substances 0.000 claims 1
- 238000007726 management method Methods 0.000 description 14
- 230000006870 function Effects 0.000 description 10
- 239000008280 blood Substances 0.000 description 6
- 210000004369 blood Anatomy 0.000 description 6
- WQZGKKKJIJFFOK-GASJEMHNSA-N Glucose Natural products OC[C@H]1OC(O)[C@H](O)[C@@H](O)[C@@H]1O WQZGKKKJIJFFOK-GASJEMHNSA-N 0.000 description 3
- 238000013523 data management Methods 0.000 description 3
- 239000008103 glucose Substances 0.000 description 3
- 239000002131 composite material Substances 0.000 description 2
- 238000013500 data storage Methods 0.000 description 2
- 230000017531 blood circulation Effects 0.000 description 1
- 230000036772 blood pressure Effects 0.000 description 1
- 230000008878 coupling Effects 0.000 description 1
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- 238000005859 coupling reaction Methods 0.000 description 1
- 238000010586 diagram Methods 0.000 description 1
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- 238000012986 modification Methods 0.000 description 1
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M398657 ι>M398657 ι>
五、新型說明： 【新型所屬之技術領域】 本創作有關於-種生理量測裝置用傳輸線及健康管理系 統，特別是-雛讓個者輕易操作—生理量職置用傳輸 線及徤康管理系統。V. New description: [New technical field] This creation has a transmission line and health management system for physiological measuring devices, especially for the easy operation of the younger ones - the physiological volume of the transmission line and the health management system .
【先前技術】[Prior Art]
圖1顯示習知生理量測裝置的立體示意圖。如圖1所 不，生理2測裝置120包含顯示器121，生理量測裝置12〇 能夠可置換地雛測試片13〇。當使用者將錢滴至測試片 130，血液流入測試片13〇，生理量測裝置12〇透過測試片 130上之電極測試到適當血液量時，生理量測裝置12〇會自 行啟動，並量測血液中之一生理資訊(例如：血糖值”接著 由使用者透過按鈕B2,選擇想要顯示於顯示器121之生理資 訊，使用者即可透過顯示器121 了解其測試結果。 然而’目前—般的生理量測裝置120，例如血壓計、血 糖機…等，在量測時只能顯示當下的生理參數。但是，當下 量出的結果正常並不表示身體機能就一定沒有問題。有時生 理病變可能會有潛伏期，所以使用者不易察覺潛藏的危機， 3 99.12. 1 3||爹正 —年月日 無法對健康狀況進行有效的管理與改善。 因此進一步發展出具有連線及資料管理功能的量測機 種。晴再參關卜生理量職置UG更包含有-USB傳輸 界面（未圖示）’ USB傳輸界面透過一控制器（未圖示）及 連接部122耦接於—電腦，用以與前述電腦連線。但是前 述具有連線及資料管理功能的量測機種，尚需使用者依據使 用手冊’將附贈之光則巾的管理軟體和驅動程式安裝於電 腦中’常造成使用障礙過高，且當管理倾和购程式有更 新時，常常無法立即的更新。 【新型内容】 本創作一實施例之目的在於提供一種能讓使用者輕易 操作的生理量測裝置用傳輸線及健康管理系統。—實施例之 目的在於提供-種能讓使用者輕易連上遠端飼服器提供之 服務的生理量測裝置用傳輸線及健康管理系統。 依據本創作-實施例’提供-種生理量測裝置用傳輸 其適於_於-計算機及-生理量測裝置之間，並使計 鼻機依據生理量測裝置用傳輸線令的資料連上— <丄一3¾¾¾伺服 器。生理量測裝置用傳輸線包含一控制器。控制器儲存有— 用以連結遠端魏器的指令，藉以於計算機躺到生理量測 裝置用傳輸線耦接計算機後，前述控制器回應計算機前述用Figure 1 shows a schematic perspective view of a conventional physiological measuring device. As shown in Fig. 1, the physiological measuring device 120 includes a display 121, and the physiological measuring device 12A can replace the test piece 13〇. When the user drops the money to the test piece 130, the blood flows into the test piece 13 〇, and the physiological measuring device 12 测试 passes the electrode on the test piece 130 to test the appropriate blood amount, the physiological measuring device 12 启动 starts itself, and the amount One physiological information (for example, blood sugar value) in the blood is measured, and then the user selects the physiological information to be displayed on the display 121 through the button B2, and the user can understand the test result through the display 121. However, 'currently The physiological measuring device 120, such as a sphygmomanometer, a blood glucose meter, etc., can only display the current physiological parameters during the measurement. However, if the normal measurement result does not indicate that the body function is normal, there is no problem. There will be an incubation period, so the user is not easy to detect the hidden crisis. 3 99.12. 1 3||爹正—The date cannot be effectively managed and improved. Therefore, the amount of connection and data management functions is further developed. Measuring machine type. Qing 参 关 生理 physiological physiological position UG also includes - USB transmission interface (not shown) 'USB transmission interface through a controller (not shown) The connecting portion 122 is coupled to the computer for connecting to the computer. However, the foregoing measuring device with connection and data management functions requires the user to use the management software and driver of the attached light according to the manual. The program is installed in the computer' often causes obstacles to be used too high, and often cannot be updated immediately when the management and purchase programs are updated. [New content] The purpose of an embodiment of the present invention is to provide a user who can easily operate The physiological measuring device uses a transmission line and a health management system. The purpose of the embodiment is to provide a transmission line and a health management system for a physiological measuring device that allows the user to easily connect to the service provided by the distal feeding device. The creation-embodiment provides a physiological measuring device for transmitting the data between the computer and the physiological measuring device, and connecting the data device to the data transmission device according to the physiological measuring device-<伺服 33 33⁄43⁄43⁄4 server. The physiological measuring device uses a transmission line to include a controller. The controller stores - an instruction to connect the remote transmitter to the computer. After lying down to the physiological measuring device and coupling the computer with the transmission line, the controller responds to the computer for the aforementioned use.
以連結遠端伺服器的指令。 依據本創作一實施例，提供一種健康管理系統其包含一 遠端飼服器、-計算機…生理量測裝置及―生理量測裝置 用傳輸線。計算機包含一網路介面、一應用程式單元及一第 一傳輸介面《網路介面適於與遠端伺服器進行連線。應用程 式單兀適於透過網路介面連結遠端伺服器。生理量測裝置包 含-感測單元、-微處理n、—記,_單元及—第二傳輸介 面。感測單元用以感測一使用者之生理資訊，產生一感測訊 號。微處理器耦接感測單元，用以處理感測訊號，以產生一 量測;貝料。圮憶單元耦接至微處理器，用以儲存微處理器分 析該感測訊號後所產生的該量測資料。生理量測裝置用傳輸 線適於麵接於第-傳輸介面及第二傳輸介面之間並包含一 控制器。控制n儲存有—用以連結遠端伺服器的指令。當計 算機_到生理量測裝置用傳輸線雛計算機後，控制器回 應計算機該肋連結遠·服H的指令，且計算機的應用程 式單元，依據用以連結遠端伺服器的指令，透過網路介面連 上該遠端伺服器。 於一實施例中，用以連結遠端伺服器的指令包含有一對 應該遠端舰⑽連結位置，生理量測裝置用傳輸線的控制 器其定義有-人性化介面裝置類別並且傳送該遠端词服器 的連結位置至計算機。於—實施例中，生理量測裝置用傳輸 M398657 99.12. 1 年月 線的控制器更回應計算機一用以登入該遠端伺服器指令。 依據本創作一實施例，由於當生理量測裝置用傳輸線耦 接於計算機後，計算機能夠透過生理量測裝置用傳輸線所傳 來的連結位置，自動連上遠端词服器，因此能夠方便使用者 下載或操作遠端伺服器中對應一生理量測裝置的健康管理 軟體。 本創作的其他目的和優點可以從本創作所揭露的技術 特徵中得到進一步的了解。為讓本創作之上述和其他目的、 特徵和優點能更明顯易懂，下文特舉實施例並配合所附圖 式’作泮細說明如下。 【實施方式】 圖2顯示依本創作一實施例生理量測裝置用傳輸線，連 接於一計算機及一生理量測裝置間的示意圖。圖3顯示依本 創作一實施例健康管理系統之功能方塊圖。如圖2及圖3所 示，健康管理系統100包含一遠端伺服器4〇〇、一計算機3〇〇 一生理量測裝置用傳輸線140及一生理量測裝置i2〇。生理 量测裝置120包含有至少一感測單元240、一微處理器23〇、 s己憶單元220、以及一傳輸介面210。計算機3〇〇包含一 傳輪介面310、一應用程式單元320及一網路介面33〇，其 可以為個人電腦、筆§己型電腦、個人數位助理或智慧型手機 6 M398657To connect to the remote server's instructions. According to an embodiment of the present invention, a health management system is provided which includes a distal feeding device, a computer, a physiological measuring device, and a transmission line for a physiological measuring device. The computer includes a network interface, an application unit, and a first transmission interface. The network interface is adapted to interface with a remote server. The application module is adapted to connect to the remote server via a web interface. The physiological measurement device includes a sensing unit, a micro processing n, a recording unit, a _ unit, and a second transmission interface. The sensing unit is configured to sense physiological information of a user to generate a sensing signal. The microprocessor is coupled to the sensing unit for processing the sensing signal to generate a measurement; The memory unit is coupled to the microprocessor for storing the measurement data generated by the microprocessor after analyzing the sensing signal. The physiological measuring device transmission line is adapted to be interfaced between the first transmission interface and the second transmission interface and includes a controller. The control n stores an instruction to connect to the remote server. When the computer_to the physiological measurement device uses the transmission line computer, the controller responds to the instruction of the computer to connect the remote device H, and the application unit of the computer passes the network interface according to the instruction for connecting the remote server. Connect to the remote server. In one embodiment, the instructions for connecting the remote server include a pair of remote port (10) connection locations, and the controller for the physiological measurement device defines a user interface type and transmits the remote word. Connect the server to the computer. In the embodiment, the physiological measuring device transmits a command for transmitting the M398657 99.12. 1 year to the computer to respond to the remote server command. According to an embodiment of the present invention, since the physiological measuring device is coupled to the computer by the transmission line, the computer can automatically connect to the remote word processor through the connection position transmitted by the physiological measuring device with the transmission line, thereby being convenient to use. The user downloads or operates the health management software corresponding to a physiological measurement device in the remote server. Other objects and advantages of the present work can be further understood from the technical features disclosed in the present work. The above and other objects, features and advantages of the present invention will become more apparent and understood. [Embodiment] FIG. 2 is a schematic view showing a transmission line for a physiological measuring device according to an embodiment of the present invention, which is connected between a computer and a physiological measuring device. Figure 3 is a block diagram showing the function of a health management system in accordance with an embodiment of the present invention. As shown in FIG. 2 and FIG. 3, the health management system 100 includes a remote server 4, a computer 3, a physiological measuring device transmission line 140, and a physiological measuring device i2. The physiological measuring device 120 includes at least one sensing unit 240, a microprocessor 23, a memory unit 220, and a transmission interface 210. The computer 3A includes a transport interface 310, an application unit 320, and a network interface 33, which can be a personal computer, a pen computer, a personal digital assistant, or a smart phone. 6 M398657
等。應用程式單元320包含一資料儲存單元321，於一實施 例中其可以更包含有一健康管理軟體322。Wait. The application unit 320 includes a data storage unit 321, which in one embodiment may further include a health management software 322.
感測單元240用以感測一使用者之生理資訊(狀態），產 生一感測訊號S，並傳送感測訊號S至微處理器230。微處 理器230耦接感測單元240，用以處理感測訊號S，根據一 使用者之操作來分析感測訊號S，以產生量測資料DT。需 注意的是本發明不限定感測訊號S的種類，感測訊號S可 包含有血糖資料、血壓資料、體重資料其中之一或其多重組 合。記憶單元220耦接至微處理器230，並儲存微處理器 230所傳來的量測資料dt。於一實施例中，生理量測裝置 120更包含一顯示器121及一按鈕32，顯示器121用以顯示 記憶單元220中的量測資料’而使用者能夠透過按鈕B2， 選擇想要顯示於顯示器121之生理資訊，因此制者可透過 顯不器121 了解其測試結果。傳輸介面21〇可以為一通用序 列匯流排(Universal Serial Bus，USB)傳輸介面，且包含有一 控制器211’控制器211定義有一巨量儲存類別㈣咖細喂 Class)，例如：硬碟外接盒、隨身碟、讀卡機等類別。 生理量測裝置用傳輸線140包含有一第一連接部“I、 -第—連接部142、連接線143及控制器144。第一連接部 141用以糕接计异機300的傳輸介5ι 310。第二連接部M2 連接生理量測裝置12〇的連接部丨22，用以減生理量測裝 7 M398657The sensing unit 240 is configured to sense a physiological information (state) of a user, generate a sensing signal S, and transmit the sensing signal S to the microprocessor 230. The microprocessor 230 is coupled to the sensing unit 240 for processing the sensing signal S, and analyzing the sensing signal S according to a user's operation to generate the measurement data DT. It should be noted that the present invention does not limit the type of the sensing signal S, and the sensing signal S may include one of the blood glucose data, the blood pressure data, and the weight data or a plurality thereof. The memory unit 220 is coupled to the microprocessor 230 and stores the measurement data dt transmitted from the microprocessor 230. In one embodiment, the physiological measurement device 120 further includes a display 121 and a button 32 for displaying the measurement data in the memory unit 220. The user can select the display to be displayed on the display 121 through the button B2. The physiological information, so the manufacturer can understand the test results through the display 121. The transmission interface 21 can be a Universal Serial Bus (USB) transmission interface, and includes a controller 211. The controller 211 defines a huge storage category (4), which is a hard disk external box. , pen drives, card readers and other categories. The transmission line 140 for the physiological measurement device includes a first connection portion "I, - a first connection portion 142, a connection line 143, and a controller 144. The first connection portion 141 is used to transfer the transmission medium of the computer 300. The second connecting portion M2 is connected to the connecting portion 丨22 of the physiological measuring device 12〇 for reducing the physiological quantity and measuring 7 M398657
置120的傳輸介面210及控制器211。連接線143連接於第 一連接部141及一第二連接部142之間。因此生理量測裝置 120及計算機3〇〇能夠透過生理量測裝置用傳輸線14〇進行 資料的傳輸。The transmission interface 210 of the 120 and the controller 211 are disposed. The connecting wire 143 is connected between the first connecting portion 141 and a second connecting portion 142. Therefore, the physiological measuring device 120 and the computer 3 can transmit the data through the transmission line 14A through the physiological measuring device.
生理量測裝置用傳輸線140的兩端可以分別為通用序列 匯流排(Universal Serial Bus ’ USB)傳輸介面。而控制器144 定義有一人性化介面裝置類別（fflD — Human Interface Device)»於一實施例中，人性化介面裝置類別的一詳細資料 為鍵盤。且控制器144分別耗接第一連接部141及第二連 接部142，並透過第一連接部141及第二連接部142耦接於 。十开機300及生理量測裝1 12〇之間。於本實施例中控制器 144更儲存有—用以連結遠端舰器的指令。於—實施例中 控制器144可以更儲存有—用以登人該遠端伺服器指令。預 存於生理量測裝置用傳輸線14G之控制器144中的該些指令 可以為例如一文字資料、連接位置（例如網址及IP地址）、 登入:貝料（例如登人帳號以及—登入密碼）等。當於計算 機300偵測到生理量測裝置贿輸線M0 Μ接計算機3〇〇 ί ’生理$測袭置用傳輪線140的控制器144回應計算機3〇〇 前述用以連結遠端伺服器的指令。 以下將更詳細說明本創作一實施例之結構及其各元件 的運作方式。 8 圖从〜犯顯示依據本解一實施例之健康管理系統之 二==:如圖Μ所示，健康管理系統之操作 步驟s〇2 .計算機偵測到_屬於週邊裝置的生理 測裝置用傳輸線M0輕接於計算機3〇〇的傳輸介面31〇。 步驟S(M :計算機遍發出—詢問訊號至生理量測裝置The two ends of the transmission line 140 for the physiological measurement device may be a Universal Serial Bus (USB) transmission interface, respectively. The controller 144 defines a human interface device category (fflD - Human Interface Device). In one embodiment, a detail of the human interface device category is a keyboard. The controller 144 is respectively connected to the first connecting portion 141 and the second connecting portion 142, and is coupled to the first connecting portion 141 and the second connecting portion 142. Ten boot 300 and physiological measurement between 1 12 。. In this embodiment, the controller 144 further stores an instruction to connect the remote ship. In an embodiment, the controller 144 may be further stored with - for accessing the remote server command. The instructions stored in the controller 144 of the physiological measurement device transmission line 14G may be, for example, a text message, a connection location (e.g., a web address and an IP address), a login: a bedding (e.g., a login account and a login password), and the like. When the computer 300 detects the physiological measuring device bribe line M0, the controller 144 of the physiologically-detected transmitting line 140 responds to the computer 3 to connect the remote server. Instructions. The structure of an embodiment of the present invention and the operation of its components will be described in more detail below. 8 Figure 2: From the health management system according to an embodiment of the present invention ==: As shown in Figure ,, the operation steps of the health management system s〇2. The computer detects _ the physiological device used by the peripheral device The transmission line M0 is lightly connected to the transmission interface 31 of the computer. Step S (M: computer is issued - inquiry signal to physiological measuring device
用傳輪線M0 (的控制器叫用以詢問生理量測裝置用傳 輸線140是屬於哪一種類別的裝置。 步驟S06 :生理量測裝置用傳輸線14〇發出_回覆訊號 至計算機⑽，肋回覆其至少包含_種邮類別。於—實 施例中，係透過控制器144來回應計算機3〇〇。 只 步驟S〇8 :計算機3〇〇再發出—要求訊號至生理量測裳 置用傳輪線140，用以要求該HID類別之詳細資料。The controller of the transmission line M0 is used to inquire about which type of transmission line 140 the physiological measurement device belongs to. Step S06: The physiological measurement device transmits a _ reply signal to the computer (10) through the transmission line 14 and ribs it back. At least the _ postal category is included. In the embodiment, the computer 〇〇 is responded to by the controller 144. Only the step S 〇 8: the computer 3 〇〇 re-issues - requesting the signal to the physiological measurement 140, for requesting details of the HID category.
步驟S10 :生理量測裝置用傳輸線140再發出另一回覆 訊號至計算機300，用以回覆該HID類別的一詳細資料β於 一實施例中，生理量測裝置用傳輸線140之控制器144的 HID類別的詳細資料包含一鍵盤資料，因此計算機3〇〇會將 生理量測裝置用傳輸線140辨識為具有鍵盤的功能，此時雖 然生理量測裝置用傳輸線140僅是一血糖機的傳輸線，計算 機300還是會將生理量測裝置用傳輸線140視為一鍵盤。此 外’ HID類別的詳細資料亦可以包含其他的資料，使生理量 9Step S10: The physiological measuring device transmits another reply signal to the computer 300 by using the transmission line 140 to reply to a detailed data β of the HID category. In an embodiment, the HID of the controller 144 of the transmission line 140 for the physiological measuring device is used. The details of the category include a keyboard data, so the computer 3 recognizes the physiological measuring device as a function of the keyboard by the transmission line 140. At this time, although the physiological measuring device transmission line 140 is only a transmission line of a blood glucose meter, the computer 300 The physiological measurement device is also considered to be a keyboard with the transmission line 140. Further details of the 'HID category can also contain other information to make the physiological amount 9
啦置用傳輪線14G被視為-複合裝置β此外，當生理量測 裝置用傳輸線140及生理量測裝置⑶相互組合時，亦:形 成同時具有隨身初及摸擬難之功能的複合裝置。 步驟S12 :計算機300定期輪詢（p〇1Ung)生理量測裝 置用傳輪線140 a 步驟SM:於生理量測裝置用傳輸線M〇被輪詢的程序 中（-實施例中’較佳的情況是於生理量測裝置用傳輸線14〇 第一次被輪詢），生理量測裝置用傳輪線14〇回應計算機3〇〇 —用以連結遠端伺服器的指令。於計算機300將生理量測裝 置用傳輪線140辨識為具有鍵盤的功能的實施例中，生理量 測裝置用傳輸線14G的控制器144送出—串用以連結遠端词 服器的文字指令，此文字指令包含有一連接位置（例如網 址）。前述用以連結遠端伺服器的文字指令可以在生理量測 裝置用傳輸線140被製造完成時即被儲存於控制器144中。 步驟S16 :計算機300的應用程式單元320，依據前述 用以連結遠端伺服器的指令，透過網路介面33〇，連上遠端 飼服器400。以下以計算機3〇〇連上位於遠端伺服器4〇〇的 網頁作為示例如以說明，但應了解的是本發明不限定於連結 遠端词服器400的網頁’本領域具有通常知識者係能夠依本 發明之說明進行修正及變更。於計算機300將生理量測裝置 用傳輸線140辨識為具有鍵盤的功能的實施例中，計算機3〇〇In addition, when the physiological measuring device is combined with the transmission line 140 and the physiological measuring device (3), the composite measuring device 14G is also used to form a composite device having both the function of being difficult to perform at the beginning and the simulation. . Step S12: The computer 300 periodically polls (p〇1Ung) the physiological measurement device with the transmission line 140 a. Step SM: in the program for the physiological measurement device to be polled by the transmission line M〇 (in the embodiment, 'better The situation is that the physiological measurement device is polled for the first time with the transmission line 14), and the physiological measurement device responds to the computer 3 with the transmission line 14〇 for the command to connect to the remote server. In an embodiment in which the computer 300 recognizes the physiological measurement device with the transmission line 140 as having a function of a keyboard, the physiological measurement device sends a text command for connecting the remote word processor with the controller 144 of the transmission line 14G. This text directive contains a connection location (such as a URL). The text command for connecting the remote server may be stored in the controller 144 when the physiological measurement device transmission line 140 is manufactured. Step S16: The application unit 320 of the computer 300 connects to the remote feeder 400 via the network interface 33 according to the aforementioned instruction for connecting to the remote server. The following is a description of the webpage of the remote server 4〇〇 connected to the computer as an example, but it should be understood that the present invention is not limited to the webpage connecting the remote word processor 400. Modifications and changes can be made in accordance with the description of the invention. In the embodiment in which the computer 300 recognizes the physiological measurement device by the transmission line 140 as having a function of a keyboard, the computer 3〇〇
會以為是從-鍵盤送出—串包含有—網址的文殊令，並啟 動網頁職程式，依據細址開啟對應該咖:的網頁。 步驟S18 :資料處理步驟。 於一實施财，該網頁可以為—用以自動下載 理軟體322 _頁，則步驟⑽之資料處理步驟包含以下: 驟。步驟S20:自該網頁下載健康管理軟體322，並且㈢ 應用程式單元32〇内無健康管理軟體322時）將健康管理: 體322安裝於應用程式單元32()内；或者（當應用程式單= 320已具有徤康管理軟體322時）更新健康管理軟體322。 步驟S22 :健康管理軟體322透過生理量測裝置用傳輸線 H〇、傳輸介Φ加及训接收儲存於生理量測裝置⑶的 記憶單元220中的量測資料DT，並且分析及處理量測 DT 〇 於一實施财，該網頁提供—操作介面，用以執行設於 遠端概H _其-遠端應用程式單元伽中之健康管理軟 體322 ’則步驟S18之資料處理步驟包含以下步驟。步驟 S40 ··生理量測裝置用傳輸，線14〇回應計算機3〇〇 一用以登 入遠端词服器的指令。於-實施例中，用以登入遠端饲服= 的指令（登人資料）可以包含有—登人帳號，於—實施例中 登入資料更包含有-對親登人帳號登人密碼，如此可避免 不特定第三人讀取使用者的隱私資料。步驟S42 ••計算機· 的應用私式單元320 ’依據前述登人帳號及登人密碼，透過 網路"面330及該網頁的該操作介面，登入遠端伺服器4⑻， 藉以操作設於遠端舰器中其一遠端應用程式單元42〇 之健康管理軟體322。步驟S44 :健康管理軟體322透過計 算機300的應用程式單元32()、生理量測裝置用傳輸線⑽、 傳輸介面2丨〇及310接收儲存於生理量測裝置⑼的記憶單 元220中的量測資料DT，並且分析及處理量測資料dt。 於。十算機300將生理量測裝置用傳輸線M〇辨識為具有鍵盤 的功能的實施例中’計算機3⑻會以為是從—鍵盤送出一串 係為登入帳號的文字以及一_係為登入密碼的文字，並透過 該網頁的操作介面，登入遠端伺服器4〇〇。 依據本實施例，由於生理量測裝置用傳輸線14〇包含定 義有HID類別的控制器144，藉以使計算機3〇〇辨視生理量 測裝置用傳輸線14〇為一鍵盤。當透過生理量測裝置用傳輪 線140傳送係為一網址文字至計算機3〇〇時，計算機3〇〇會 以為是一鍵盤輸入一網址資料，並自動連上對應該網址的遠 端伺服器400的網頁。藉此新穎的方法，不需要複雜的程式， 不需額外安裝驅動程式，即可使計算機300透過生理量測裝 置用傳輸線140所傳來的網址，連上遠端伺服器4〇〇的網 頁，能夠方便使用者利用該網頁下載健康管理軟體322 ;或 者方便使用者登入遠端伺服器400以使用其内的健康管理軟It will be thought that it is sent from the - keyboard - the string contains the URL of the Wenshu Order, and the web service program is launched, and the corresponding web page is opened according to the address. Step S18: data processing step. In the implementation of the financial, the webpage can be used to automatically download the software 322_page, and the data processing step of the step (10) includes the following steps: Step S20: downloading the health management software 322 from the webpage, and (3) when the application unit 32 has no health management software 322), the health management: the body 322 is installed in the application unit 32(); or (when the application program = 320 has already updated the health management software 322 with the health management software 322). Step S22: The health management software 322 receives the measurement data DT stored in the memory unit 220 of the physiological measurement device (3) through the transmission line H〇 and the transmission medium Φ through the physiological measurement device, and analyzes and processes the measurement DT. In the implementation of the webpage, the webpage provides an operation interface for executing the health management software 322 disposed in the remote end H_there-end application unit gamma. The data processing step of step S18 includes the following steps. Step S40 · The physiological measuring device transmits, and the line 14〇 responds to the computer 3〇〇 an instruction for logging into the remote word processor. In the embodiment, the instruction to log in to the remote feeding service (the personal data) may include a login account, and in the embodiment, the login data further includes a password for the personal registration account. It can avoid unspecified third party reading the user's private information. Step S42 • The application private unit 320 of the computer is configured to log in to the remote server 4 (8) through the network " face 330 and the operation interface of the webpage according to the foregoing login account and the login password, thereby operating the remote server 4 (8) The health management software 322 of one of the remote application units 42 of the end ship. Step S44: The health management software 322 receives the measurement data stored in the memory unit 220 of the physiological measurement device (9) through the application unit 32() of the computer 300, the transmission line (10) for the physiological measurement device, and the transmission interface 2 and 310. DT, and analyze and process the measurement data dt. to. In the embodiment in which the computer 300 recognizes the physiological measuring device with the transmission line M〇 as having the function of the keyboard, the computer 3 (8) will assume that the string is sent as a login account and the text is a login password. And log in to the remote server through the operation interface of the webpage. According to the present embodiment, since the physiological measuring device transmission line 14 includes a controller 144 having an HID class, the computer 3 is configured to recognize the physiological measuring device with a transmission line 14 as a keyboard. When transmitting through the physiological measuring device with the transmission line 140 as a webpage text to the computer 3, the computer 3〇〇 will assume that it is a keyboard to input a web address data, and automatically connect to the remote server corresponding to the web address. 400 pages. With this novel method, the computer 300 can be connected to the webpage of the remote server through the web address transmitted by the physiological measuring device through the transmission line 140 without requiring a complicated program and without additionally installing a driver. The user can conveniently use the webpage to download the health management software 322; or the user can log in to the remote server 400 to use the health management software therein.
體 322。 此外，本創作一實施例之生理量測裝置用傳輸線14〇可 以支援任何習知的生理量測裝置120 ,操作時僅需使生理量 測裝置120及計算機300透過生理量測裝置用傳輸線14〇互 相耦接，即可使習知的生理量測裝置12〇擴充—簡便連上遠 端伺服器400的功能，而能夠方便資料管理。 雖然本創作已以較佳實施例揭露如上，然其並非用以限 定本創作，任何熟習此技藝者，在不脫離本創作之精神和範 圍内，當可作些許之更動與潤飾，因此本創作之保護範圍當 視後附之申請專利範圍所界定者為準。另外，本創作的任一 實施例或申請專利範圍不須達成本創作所揭露之全部目的 或優點或特點。此外，摘要部分和標題僅是用來輔助專利文 件搜尋之用，並非用來限制本創作之權利範圍。 【圖式簡單說明】 圖1顯示習知生理量測裝置的立體示意圖。 圖2顯示依本創作一實施例生理量測裝置用傳輸線，連 接於一計算機及一生理量測裝置間的示意圖。 圖3顯示依本創作一實施例健康管理系統之功能方塊 圖4A〜4B顯不依據本創作一實施例之健康管理系統之 M398657Body 322. In addition, the physiological measuring device for the physiological measuring device of the present embodiment can support any conventional physiological measuring device 120, and only the physiological measuring device 120 and the computer 300 need to pass through the physiological measuring device for the transmission line 14〇. By being coupled to each other, the conventional physiological measuring device 12 can be expanded - the function of the remote server 400 can be easily connected, and the data management can be facilitated. Although the present invention has been disclosed in the above preferred embodiments, it is not intended to limit the present invention, and anyone skilled in the art can make some changes and refinements without departing from the spirit and scope of the present invention. The scope of protection is subject to the definition of the scope of the patent application. In addition, any of the embodiments or the scope of the patent application of the present invention is not required to achieve all of the objects or advantages or features disclosed herein. In addition, the abstract sections and headings are only used to assist in the search for patent documents and are not intended to limit the scope of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view showing a conventional physiological measuring device. Fig. 2 is a schematic view showing a transmission line for a physiological measuring device according to an embodiment of the present invention, which is connected between a computer and a physiological measuring device. FIG. 3 shows a functional block of a health management system according to an embodiment of the present invention. FIG. 4A to FIG. 4B show a M398657 of a health management system according to an embodiment of the present invention.
操作方法的流程圖。Flow chart of the method of operation.
【主要元件符號說明】 100 健康管理系統 120 生理量測裝置 121 顯示器 122 連接部 130 測試'片 140 生理量測裝置用傳輸線 141 第一連接部 142 第二連接部 143 連接線 144 控制器 210 傳輸介面 211 控制器 220 記憶單元 230 微處理器 240 感測單元 300 計算機 310 傳輸介面 320 應用程式單元 M398657[Main component symbol description] 100 Health management system 120 Physiological measurement device 121 Display 122 Connection portion 130 Test 'slice 140 Physiological measurement device transmission line 141 First connection portion 142 Second connection portion 143 Connection line 144 Controller 210 Transmission interface 211 Controller 220 Memory Unit 230 Microprocessor 240 Sensing Unit 300 Computer 310 Transmission Interface 320 Application Unit M398657
321 資料儲存單元 322 健康管理軟體 330 網路介面 400 遠端伺服器 B2 按钮321 Data Storage Unit 322 Health Management Software 330 Network Interface 400 Remote Server B2 Button
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI461948B (en) * | 2011-05-30 | 2014-11-21 | Eps Bio Technology Corp | Health management system with multi-mode built-in health management program |
| US10948971B2 (en) | 2016-06-01 | 2021-03-16 | Ascensia Diabetes Care Holdings Ag | Systems, apparatus, and methods for powering electronic devices with low voltage batteries |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI461948B (en) * | 2011-05-30 | 2014-11-21 | Eps Bio Technology Corp | Health management system with multi-mode built-in health management program |
| US10948971B2 (en) | 2016-06-01 | 2021-03-16 | Ascensia Diabetes Care Holdings Ag | Systems, apparatus, and methods for powering electronic devices with low voltage batteries |
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