TWI461948B - Health management system with multi-mode built-in health management program - Google Patents
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本發明有關於一種生理量測裝置及健康管理系統，特別是一種能讓使用者輕易操作的生理量測裝置及健康管理系統。The invention relates to a physiological measuring device and a health management system, in particular to a physiological measuring device and a health management system which can be easily operated by a user.
目前一般的生理量測裝置，例如血壓計、血糖機…等，在量測時只能顯示當下的生理參數。因此，一般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，將附贈之光碟片中的管理軟體和驅動程式安裝於電腦中，對於年長者而言常造成使用的障礙過高。At present, general physiological measuring devices, such as sphygmomanometers, blood glucose machines, etc., can only display the current physiological parameters during the measurement. Therefore, in general, there is a measuring machine with connection and data management functions, and the user needs to install the management software and driver in the attached optical disc in the computer according to the manual, which is often used for the elderly. The obstacle is too high.
圖1顯示依習知健康管理系統的示意圖。如圖1所示，健康管理系統110包含一計算機130及一生理量測裝置120。生理量測裝置120可以為血糖機等，其包含有至少一感測單元124、一微處理器123、一記憶單元122、以及一傳輸界面121。計算機130包含一傳輸界面131、一應用程式單元132及一網路界面133。計算機130可以為個人電腦、筆記型電腦、個人數位助理或智慧型手機等。應用程式單元132包含一資料單元141及一健康管理軟體142。Figure 1 shows a schematic diagram of a conventional health management system. As shown in FIG. 1, the health management system 110 includes a computer 130 and a physiological measurement device 120. The physiological measuring device 120 can be a blood glucose meter or the like, and includes at least one sensing unit 124, a microprocessor 123, a memory unit 122, and a transmission interface 121. The computer 130 includes a transmission interface 131, an application unit 132, and a web interface 133. The computer 130 can be a personal computer, a notebook computer, a personal digital assistant, or a smart phone. The application unit 132 includes a data unit 141 and a health management software 142.
感測單元124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123。微處理器123耦接感測單元124，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。記憶單元122耦接至微處理器123，並儲存微處理器123所傳來的量測資料DT。The sensing unit 124 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 123. The microprocessor 123 is coupled to the sensing unit 124 for processing the sensing signal S, and analyzing the sensing signal S according to the operation of a user to generate the measurement data DT. The memory unit 122 is coupled to the microprocessor 123 and stores the measurement data DT transmitted from the microprocessor 123.
於圖1實施例中，健康管理軟體142已被安裝於計算機130中。於操作時，使用者透過計算機130開啟健康管理軟體142，使用健康管理軟體142的傳輸功能，透過傳輸界面131及121將儲存於記憶單元122中的量測資料DT傳到資料單元141中。最後，健康管理軟體142讀取資料單元141中的量測資料DT，進行顯示或其他資料的運算。In the FIG. 1 embodiment, the health management software 142 has been installed in the computer 130. During operation, the user opens the health management software 142 through the computer 130, and uses the transmission function of the health management software 142 to transmit the measurement data DT stored in the memory unit 122 to the data unit 141 through the transmission interfaces 131 and 121. Finally, the health management software 142 reads the measurement data DT in the data unit 141 to perform display or other data calculation.
本發明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及健康管理系統。一實施例之目的在於提供一種能選擇適當健康管理軟體之版本的生理量測裝置以及健康管理系統。An object of an embodiment of the present invention is to provide a physiological measurement device and a health management system that can be easily operated by a user. It is an object of an embodiment to provide a physiological measurement device and a health management system that can select a version of an appropriate health management software.
依據本發明一實施例，提供一種生理量測裝置適於與一計算機耦接。生理量測裝置包含一記憶單元、一感測單元及一微處理器。記憶單元儲存有一啟動軟體、一健康管理軟體及一資料單元。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及記憶單元，用以處理感測訊號，以產生一量測資料，並將量測資料儲存於資料單元。當生理量測裝置耦接計算機時，啟動軟體被執行，且啟動軟體偵測計算機是否包含另一健康管理軟體，藉以決定開啟健康管理軟體或另一健康管理軟體。According to an embodiment of the invention, a physiological measurement device is provided adapted to be coupled to a computer. The physiological measuring device comprises a memory unit, a sensing unit and a microprocessor. The memory unit stores a booting software, a health management software, and a data unit. 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 and the memory unit for processing the sensing signal to generate a measurement data and storing the measurement data in the data unit. When the physiological measuring device is coupled to the computer, the booting software is executed, and the booting software detects whether the computer includes another health management software, thereby deciding to open the health management software or another health management software.
於一實施例中，記憶單元更儲存有一版本資訊表，且啟動軟體依據版本資訊表偵測計算機是否包含另一健康管理軟體。於一實施例中，記憶單元更儲存有一版本資訊表，且啟動軟體依據版本資訊表選擇性地開啟健康管理軟體或另一健康管理軟體。In an embodiment, the memory unit further stores a version information table, and the startup software detects whether the computer includes another health management software according to the version information table. In an embodiment, the memory unit further stores a version information table, and the startup software selectively opens the health management software or another health management software according to the version information table.
依據本發明一實施例，提供一種健康管理系統一計算機及一生理量測裝置。計算機包含一應用程式單元及一第一傳輸界面。應用程式單元包含有一第一資料單元且適於安裝一第一健康管理軟體。生理量測裝置其包含一第二傳輸界面、一記憶單元、一感測單元及一微處理器。第二傳輸界面適於耦接第一傳輸界面。記憶單元儲存有一啟動軟體、一第二健康管理軟體及一第二資料單元。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及記憶單元，用以處理感測訊號，以產生一量測資料，並將量測資料儲存於第二資料單元。當生理量測裝置耦接計算機時，計算機的應用程式單元執行啟動軟體，且啟動軟體選擇性地開啟第一健康管理軟體或第二健康管理軟體。According to an embodiment of the invention, a health management system, a computer and a physiological measurement device are provided. The computer includes an application unit and a first transmission interface. The application unit includes a first data unit and is adapted to install a first health management software. The physiological measuring device comprises a second transmission interface, a memory unit, a sensing unit and a microprocessor. The second transmission interface is adapted to be coupled to the first transmission interface. The memory unit stores a booting software, a second health management software, and a second data unit. 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 and the memory unit for processing the sensing signal to generate a measurement data and storing the measurement data in the second data unit. When the physiological measuring device is coupled to the computer, the application unit of the computer executes the booting software, and the booting software selectively opens the first health management software or the second health management software.
於一實施例中，記憶單元更儲存有一版本資訊表，且啟動軟體依據版本資訊表偵測應用程式單元是否安裝有第一健康管理軟體，且當應用程式單元中沒有第一健康管理軟體時，應用程式單元執行第二健康管理軟體。In an embodiment, the memory unit further stores a version information table, and the startup software detects whether the application unit is installed with the first health management software according to the version information table, and when the application unit does not have the first health management software, The application unit executes the second health management software.
於一實施例中，記憶單元更儲存有一版本資訊表，且啟動軟體依據版本資訊表選擇性地開啟健康管理軟體或另一健康管理軟體。較佳的情況是，版本資訊表包含該第一健康管理軟體及該第二健康管理軟體的版本資訊。於一實施例中，版本資訊包含有檔名、儲存目錄、種類、開啟順序、及軟體的出版時間至少其一。In an embodiment, the memory unit further stores a version information table, and the startup software selectively opens the health management software or another health management software according to the version information table. Preferably, the version information table includes version information of the first health management software and the second health management software. In an embodiment, the version information includes at least one of a file name, a storage directory, a category, an opening sequence, and a publishing time of the software.
依據本發明一實施例，於生理量測裝置耦接於計算機時，能夠藉由啟動體軟自動開啟第二健康管理軟體，減少年長之使用者操作上的麻煩。於一實施例，啟動軟體亦可以依據版本資訊表選擇性地啟動應用程式單元的第一健康管理軟體或生理量測裝置的第二健康管理軟體。如此能夠以減少使用者確認不同版本及選擇健康管理軟體之版本的麻煩。According to an embodiment of the invention, when the physiological measuring device is coupled to the computer, the second health management software can be automatically turned on by the activation body softening, thereby reducing the trouble of the operation of the elderly user. In an embodiment, the booting software may also selectively activate the first health management software of the application unit or the second health management software of the physiological measuring device according to the version information table. This can reduce the trouble for the user to confirm different versions and select the version of the health management software.
本發明的其他目的和優點可以從本發明所揭露的技術特徵中得到進一步的了解。為讓本發明之上述和其他目的、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，作詳細說明如下。Other objects and advantages of the present invention will become apparent from the technical features disclosed herein. The above and other objects, features, and advantages of the invention will be apparent from
圖2顯示依本發明一實施例健康管理系統的示意圖。如圖2所示，健康管理系統100包含一計算機300及一生理量測裝置200。生理量測裝置200包含有至少一感測單元240、一微處理器230、一記憶單元220、以及一傳輸界面210。計算機300包含一傳輸界面310、一應用程式單元320及一網路界面330，其可以為個人電腦、筆記型電腦、個人數位助理或智慧型手機等。應用程式單元320包含一第一資料單元321。於一實施例中應用程式單元320適於安裝有一第一健康管理軟體322。2 shows a schematic diagram of a health management system in accordance with an embodiment of the present invention. As shown in FIG. 2, the health management system 100 includes a computer 300 and a physiological measurement device 200. The physiological measurement device 200 includes at least one sensing unit 240, a microprocessor 230, a memory unit 220, and a transmission interface 210. The computer 300 includes a transmission interface 310, an application unit 320, and a web interface 330, which may be a personal computer, a notebook computer, a personal digital assistant, or a smart phone. The application unit 320 includes a first data unit 321 . In an embodiment, the application unit 320 is adapted to install a first 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。應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，且記憶單元220中儲存有一版本資訊表410、一啟動軟體420、第二健康管理軟體430及第二資料單元440。微處理器230所傳來的量測資料DT被儲存於第二資料單元440中。一實施例中，生理量測裝置200更包含一顯示器(未圖示)用以顯示記憶單元220中的量測資料。The 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 the operation of a user 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 blood glucose data, blood pressure data, weight data, or multiple combinations thereof. The memory unit 220 is coupled to the microprocessor 230, and the memory unit 220 stores a version information table 410, a boot software 420, a second health management software 430, and a second data unit 440. The measurement data DT transmitted from the microprocessor 230 is stored in the second data unit 440. In one embodiment, the physiological measurement device 200 further includes a display (not shown) for displaying the measurement data in the memory unit 220.
傳輸界面210及傳輸界面310可以為一通用序列匯流排(Universal Serial Bus，USB)傳輸界面。生理量測裝置200的傳輸界面210用以耦接於計算機300的傳輸界面310，使得生理量測裝置200及計算機300透過傳輸界面210及310進行資料的傳輸。The transmission interface 210 and the transmission interface 310 can be a Universal Serial Bus (USB) transmission interface. The transmission interface 210 of the physiological measurement device 200 is coupled to the transmission interface 310 of the computer 300, so that the physiological measurement device 200 and the computer 300 transmit the data through the transmission interfaces 210 and 310.
於操作時，預先將生理量測裝置200的傳輸界面210耦接於計算機300的傳輸界面310。圖3顯示依據本發明一實施例之健康管理系統之操作方法的流程圖。如圖3所示，健康管理系統之操作方法包含以下步驟。In operation, the transmission interface 210 of the physiological measurement device 200 is coupled to the transmission interface 310 of the computer 300 in advance. 3 shows a flow chart of a method of operation of a health management system in accordance with an embodiment of the present invention. As shown in FIG. 3, the operation method of the health management system includes the following steps.
步驟S02：計算機300偵測到一生理量測裝置200耦接於計算機300時，執行一啟動軟體420。更具體而言，計算機300的應用程式單元320偵測到生理量測裝置200的傳輸界面210耦接於計算機300的傳輸界面310時，執行生理量測裝置200之記憶單元220中的啟動軟體420。Step S02: When the computer 300 detects that the physiological measurement device 200 is coupled to the computer 300, the startup software 420 is executed. More specifically, when the application unit 320 of the computer 300 detects that the transmission interface 210 of the physiological measurement device 200 is coupled to the transmission interface 310 of the computer 300, the activation software 420 in the memory unit 220 of the physiological measurement device 200 is executed. .
步驟S04：啟動軟體420依據應用程式單元320及記憶單元220中的資訊決定一啟動程序，其中該啟動程序包含開啟一被選擇的健康管理軟體。Step S04: The startup software 420 determines an activation program according to the information in the application unit 320 and the storage unit 220, wherein the startup program includes opening a selected health management software.
步驟S06：利用該被選擇的健康管理軟體，操作儲存於應用程式單元320或記憶單元220中的量測資料DT。Step S06: Using the selected health management software, the measurement data DT stored in the application unit 320 or the memory unit 220 is operated.
以下，將更詳細說明本發明一實施例之啟動程序。Hereinafter, the startup procedure of an embodiment of the present invention will be described in more detail.
在應用程式單元320不包含第一健康管理軟體322的實施例中，步驟S04中的啟動程序包含以下步驟。步驟S12：啟動軟體420偵測應用程式單元320是否包含有一第一健康管理軟體322，且當偵測到應用程式單元320不包含第一健康管理軟體322時，啟動生理量測裝置200中的第二健康管理軟體430。依據本實施例，能夠減少使用者於計算機300中安裝第一健康管理軟體322的程序，且於生理量測裝置200耦接於計算機300時，能夠藉由啟動體軟420自動開啟第二健康管理軟體430，減少年長之使用者操作上的麻煩。In an embodiment where the application unit 320 does not include the first health management software 322, the startup procedure in step S04 includes the following steps. Step S12: The startup software 420 detects whether the application unit 320 includes a first health management software 322, and when it detects that the application unit 320 does not include the first health management software 322, activates the first in the physiological measurement device 200. Second health management software 430. According to the embodiment, the program for installing the first health management software 322 in the computer 300 can be reduced, and when the physiological measurement device 200 is coupled to the computer 300, the second health management can be automatically started by the activation body soft 420. The software 430 reduces the troublesome operation of an elderly user.
在應用程式單元320包含有第一健康管理軟體322的實施例中，步驟S04中的啟動程序包含以下步驟。步驟S22：啟動軟體420偵測應用程式單元320是否包含有一第一健康管理軟體322，且當偵測到應用程式單元320包含有第一健康管理軟體322時，啟動應用程式單元320的第一健康管理軟體322。於一實施例中，啟動軟體420亦可以依據一版本資訊表410選擇性地啟動應用程式單元320的第一健康管理軟體322或生理量測裝置200中的第二健康管理軟體430。In an embodiment in which the application unit 320 includes the first health management software 322, the startup procedure in step S04 includes the following steps. Step S22: The startup software 420 detects whether the application unit 320 includes a first health management software 322, and when detecting that the application unit 320 includes the first health management software 322, starts the first health of the application unit 320. Management software 322. In an embodiment, the startup software 420 can also selectively activate the first health management software 322 of the application unit 320 or the second health management software 430 of the physiological measurement device 200 according to a version information table 410.
以血糖機及血糖管理軟體為例，加以說明。目前市售的血糖機會附送血糖管理軟體，且血糖管理軟體亦會隨時更新，血糖管理軟體的種類有些為簡單版本，而有些為專業版本。因此，容易造成不同使用者所安裝的版本皆不盡相同，如免安裝版本、專業管理醫療版本…等，因此在多重版本的情況下，容易造成使用者執行軟體的不便利以及存取、修改資料不同步等問題，例如：個人使用或專業醫師用於分析資料所使用之軟體，其需求及功能皆不盡相同。依據習知的技術，健康管理軟體(例如血糖管理軟體)的版本過多時，會造成使用者使用上的困擾，且健康管理軟體無法依據使用者需求執行並同步匯整患者血糖資料，造成血糖資料管理的麻煩及不方便。Take the blood glucose machine and blood glucose management software as an example to illustrate. The currently available blood glucose opportunity is accompanied by a blood glucose management software, and the blood glucose management software is also updated at any time. Some types of blood glucose management software are simple versions, and some are professional versions. Therefore, it is easy to cause different users to install different versions, such as free installation version, professional management medical version, etc., so in the case of multiple versions, it is easy to cause user inconvenience and access and modification of software execution. Problems such as data out-of-sync, such as personal use or the software used by professional physicians to analyze data, have different needs and functions. According to the well-known technology, if there are too many versions of the health management software (such as blood glucose management software), the user's use will be troubled, and the health management software cannot perform and synchronously integrate the patient's blood glucose data according to the user's needs, resulting in blood glucose data. Management troubles and inconvenience.
在應用程式單元320包含有第一健康管理軟體322的實施例中，健康管理系統100同時包含有第一健康管理軟體322及第二健康管理軟體430。當生理量測裝置200耦接於計算機300時，能夠藉由啟動軟體420自動開啟第二健康管理軟體430或第一健康管理軟體322，以減少使用者選擇健康管理軟體之版本的麻煩。In the embodiment where the application unit 320 includes the first health management software 322, the health management system 100 includes the first health management software 322 and the second health management software 430. When the physiological measurement device 200 is coupled to the computer 300, the second health management software 430 or the first health management software 322 can be automatically turned on by the startup software 420 to reduce the trouble of the user selecting the version of the health management software.
圖4顯示依據本發明一實施例之啟動程序的流程圖。如圖4所示，於一實施例中，步驟S04中的啟動程序包含以下步驟。4 shows a flow chart of a startup procedure in accordance with an embodiment of the present invention. As shown in FIG. 4, in an embodiment, the startup procedure in step S04 includes the following steps.
步驟S32：執行啟動軟體420。Step S32: The boot software 420 is executed.
步驟S34：啟動軟體420依據版本資訊表410選擇性地啟動應用程式單元320的第一健康管理軟體322或生理量測裝置200中的第二健康管理軟體430。更具體而言，啟動軟體420依據一版本資訊表410偵測應用程式單元320是否包含有一第一健康管理軟體322(步驟S42)，且當偵測到應用程式單元320包含有第一健康管理軟體322時，啟動應用程式單元320的第一健康管理軟體322(步驟S44)，當偵測到應用程式單元320不包含有第一健康管理軟體322時，啟動生理量測裝置200中的第二健康管理軟體430(步驟S46)。Step S34: The startup software 420 selectively activates the first health management software 322 of the application unit 320 or the second health management software 430 of the physiological measurement device 200 according to the version information table 410. More specifically, the startup software 420 detects whether the application unit 320 includes a first health management software 322 according to a version information table 410 (step S42), and detects that the application unit 320 includes the first health management software. At 322, the first health management software 322 of the application unit 320 is started (step S44). When it is detected that the application unit 320 does not include the first health management software 322, the second health in the physiological measurement device 200 is started. The management software 430 (step S46).
步驟S36：利用該被選擇的健康管理軟體，進行應用程式單元320及記憶單元220間的量測資料DT的傳輸。更具體而言，將記憶單元220之第二資料單元440中的量測資料DT，新增至第一資料單元321中。於一實施例，亦可以使記憶單元220之第二資料單元440中的量測資料DT與第一資料單元321中的量測資料DT同步。Step S36: The measurement data DT between the application unit 320 and the memory unit 220 is transmitted by using the selected health management software. More specifically, the measurement data DT in the second data unit 440 of the memory unit 220 is added to the first data unit 321 . In one embodiment, the measurement data DT in the second data unit 440 of the memory unit 220 can also be synchronized with the measurement data DT in the first data unit 321 .
於本實施例中，記憶單元220中更儲存有一版本資訊表410。於版本資訊表410中，可以儲存有各種健康管理軟體之版本的資訊。版本的資訊可以為例如檔名、儲存目錄、種類、開啟順序、及軟體的出版時間等。In the embodiment, a version information table 410 is further stored in the memory unit 220. In the version information table 410, information of various versions of the health management software can be stored. The version information can be, for example, a file name, a storage directory, a category, an opening sequence, and a software publishing time.
例如，版本資訊表410中可以儲存有第一健康管理軟體322在應用程式單元320中的預設資訊，例如第一健康管理軟體322的檔案名稱，於應用程式單元320中的儲存目錄等。於步驟S34中，啟動軟體420可以直接依據前述之檔案名稱及儲存目錄，進行搜尋檢索，減省偵測第一健康管理軟體322的時間，增加偵測效率。For example, the version information table 410 may store preset information of the first health management software 322 in the application unit 320, such as the file name of the first health management software 322, the storage directory in the application unit 320, and the like. In step S34, the startup software 420 can perform a search and search directly according to the file name and the storage directory, and reduce the time for detecting the first health management software 322, thereby increasing the detection efficiency.
版本資訊表410中亦可以儲存有第一健康管理軟體322或第二健康管理軟體430的種類以及開啟的優先順序。例如，前述種類可以有例如醫生專用的醫療專業版、一般使用者使用的家庭版本及免安裝的簡易版本。而各種類的開啟優先順序，依序可以為醫療專業版、家庭版本而後簡易版本。The version of the first health management software 322 or the second health management software 430 and the priority of the opening may also be stored in the version information table 410. For example, the aforementioned types may be, for example, a medical professional version for doctors, a home version for general users, and a simple version for free installation. The opening priority of each class can be in the medical professional version, the home version and then the simple version.
當啟動軟體420所偵測到之第一健康管理軟體322為醫療專業版，而第二健康管理軟體430為簡易版本時，則開啟第一健康管理軟體322。啟動軟體420亦可以更進一步依據第一健康管理軟體322及第二健康管理軟體430的更新時間，決定開啟第一健康管理軟體322或第二健康管理軟體430。例如，當啟動軟體420所偵測到之第一健康管理軟體322為醫療專業版，但更新後的時間為5年前，而雖然第二健康管理軟體430為簡易版本，但更新後的時間為1個月前，則選擇開啟第二健康管理軟體430。When the first health management software 322 detected by the startup software 420 is a medical professional version and the second health management software 430 is a simple version, the first health management software 322 is turned on. The startup software 420 may further determine to enable the first health management software 322 or the second health management software 430 according to the update time of the first health management software 322 and the second health management software 430. For example, when the first health management software 322 detected by the startup software 420 is a medical professional version, but the updated time is 5 years ago, and although the second health management software 430 is a simple version, the updated time is One month ago, the second health management software 430 was selected to be opened.
版本資訊表410中亦可以儲存有一伺服器的位址。當啟動軟體420偵測到第一健康管理軟體322或第二健康管理軟體430的更新日期年代久遠，例如超過一預設值，啟動軟體420可以直接透過計算機300的網路界面330連結伺服器並更新第一健康管理軟體322或第二健康管理軟體430的版本。The address of the server may also be stored in the version information table 410. When the startup software 420 detects that the update date of the first health management software 322 or the second health management software 430 is too long, for example, exceeds a preset value, the startup software 420 can directly connect to the server through the network interface 330 of the computer 300. The version of the first health management software 322 or the second health management software 430 is updated.
版本資訊表410中亦可以儲存有一第一資料單元321及一第二資料單元440的資料格式，例如欄位、該些欄位的性質(如文字、數字、或日期等)。進行資料傳輸時，若發現第一資料單元321及第二資料單元440的資料格式相異時，可以停止資料的傳輸，避免錯誤。於一實施例中，亦可以運用應用程式單元320的資料處理功能，將第二資料單元440的資料進行轉換，藉以順利地將第二資料單元440中的量測資料DT，新增至第一資料單元321中。The version information table 410 may also store a data format of the first data unit 321 and a second data unit 440, such as fields, properties of the fields (such as text, numbers, or dates, etc.). When data transmission is performed, if the data formats of the first data unit 321 and the second data unit 440 are found to be different, the data transmission can be stopped to avoid errors. In an embodiment, the data processing function of the application unit 320 can also be used to convert the data of the second data unit 440, so as to smoothly add the measurement data DT in the second data unit 440 to the first In the data unit 321 .
依據本發明一實施例，於生理量測裝置200耦接於計算機300時，能夠藉由啟動體軟420自動開啟第二健康管理軟體430，減少年長之使用者操作上的麻煩。於一實施例，啟動軟體420亦可以依據版本資訊表410選擇性地啟動應用程式單元320的第一健康管理軟體322或生理量測裝置200中的第二健康管理軟體430。如此能夠以減少使用者確認不同版本及選擇健康管理軟體之版本的麻煩。According to an embodiment of the present invention, when the physiological measurement device 200 is coupled to the computer 300, the second health management software 430 can be automatically turned on by the activation device 420, thereby reducing the trouble of the elderly user. In an embodiment, the startup software 420 can also selectively activate the first health management software 322 of the application unit 320 or the second health management software 430 of the physiological measurement device 200 according to the version information table 410. This can reduce the trouble for the user to confirm different versions and select the version of the health management software.
雖然本發明已以較佳實施例揭露如上，然其並非用以限定本發明，任何熟習此技藝者，在不脫離本發明之精神和範圍內，當可作些許之更動與潤飾，因此本發明之保護範圍當視後附之申請專利範圍所界定者為準。另外，本發明的任一實施例或申請專利範圍不須達成本發明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，並非用來限制本發明之權利範圍。While the present invention has been described in its preferred embodiments, the present invention is not intended to limit the invention, and the present invention may be modified and modified without departing from the spirit and scope of the invention. The scope of protection is subject to the definition of the scope of the patent application. In addition, any of the objects or advantages or features of the present invention are not required to be achieved by any embodiment or application of the invention. In addition, the abstract sections and headings are only used to assist in the search of patent documents and are not intended to limit the scope of the invention.
100．．．健康管理系統100. . . Health management system
110．．．健康管理系統110. . . Health management system
120．．．生理量測裝置120. . . Physiological measuring device
121．．．傳輸界面121. . . Transmission interface
122．．．記憶單元122. . . Memory unit
123．．．至微處理器123. . . To the microprocessor
123．．．微處理器123. . . microprocessor
124．．．感測單元124. . . Sensing unit
130．．．計算機130. . . computer
131．．．傳輸界面131. . . Transmission interface
132．．．應用程式單元132. . . Application unit
133．．．網路界面133. . . Web interface
141．．．資料單元141. . . Data unit
142．．．健康管理軟體142. . . Health management software
200．．．生理量測裝置200. . . Physiological measuring device
210．．．傳輸界面210. . . Transmission interface
220．．．記憶單元220. . . Memory unit
230．．．微處理器230. . . microprocessor
240．．．感測單元240. . . Sensing unit
300．．．計算機300. . . computer
310．．．傳輸界面310. . . Transmission interface
320．．．應用程式單元320. . . Application unit
321．．．第一資料單元321. . . First data unit
322．．．第一健康管理軟體322. . . First health management software
330．．．網路界面330. . . Web interface
410．．．版本資訊表410. . . Version information sheet
420．．．啟動軟體420. . . Boot software
430．．．第二健康管理軟體430. . . Second health management software
440．．．第二資料單元440. . . Second data unit
圖1顯示依習知健康管理系統的示意圖。Figure 1 shows a schematic diagram of a conventional health management system.
圖2顯示依本發明一實施例健康管理系統的示意圖。2 shows a schematic diagram of a health management system in accordance with an embodiment of the present invention.
圖3顯示依據本發明一實施例之健康管理系統之操作方法的流程圖。3 shows a flow chart of a method of operation of a health management system in accordance with an embodiment of the present invention.
圖4顯示依據本發明一實施例之啟動程序的流程圖。4 shows a flow chart of a startup procedure in accordance with an embodiment of the present invention.
100．．．健康管理系統100. . . Health management system
200．．．生理量測裝置200. . . Physiological measuring device
210．．．傳輸界面210. . . Transmission interface
220．．．記憶單元220. . . Memory unit
230．．．微處理器230. . . microprocessor
240．．．感測單元240. . . Sensing unit
300．．．計算機300. . . computer
310．．．傳輸界面310. . . Transmission interface
320．．．應用程式單元320. . . Application unit
321．．．第一資料單元321. . . First data unit
322．．．第一健康管理軟體322. . . First health management software
330．．．網路界面330. . . Web interface
410．．．版本資訊表410. . . Version information sheet
420．．．啟動軟體420. . . Boot software
430．．．第二健康管理軟體430. . . Second health management software
440．．．第二資料單元440. . . Second data unit
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Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TW587929B (en) * | 2000-05-31 | 2004-05-21 | Matsushita Electric Ind Co Ltd | Medical checkup network system |
| WO2009118399A2 (en) * | 2008-03-26 | 2009-10-01 | Universite De Rennes 1 | Method of evaluating health and/or fitness, corresponding device and computer program product |
| US20100041960A1 (en) * | 2008-08-14 | 2010-02-18 | Wen Ching Yuan | Health management device |
| TWM398657U (en) * | 2010-09-06 | 2011-02-21 | Eps Bio Technology Corp | Transmission line for physiological measure device and health management system |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TW587929B (en) * | 2000-05-31 | 2004-05-21 | Matsushita Electric Ind Co Ltd | Medical checkup network system |
| WO2009118399A2 (en) * | 2008-03-26 | 2009-10-01 | Universite De Rennes 1 | Method of evaluating health and/or fitness, corresponding device and computer program product |
| US20100041960A1 (en) * | 2008-08-14 | 2010-02-18 | Wen Ching Yuan | Health management device |
| TWM398657U (en) * | 2010-09-06 | 2011-02-21 | Eps Bio Technology Corp | Transmission line for physiological measure device and health management system |
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