M296686 ‘ 八、新型說明： 【新型所屬之技術領域】 本創作相關於一種遠距醫療系統架構，尤指一種將遠 距醫療系統架構於數位機上盒搭配數位電視的概念中，方 便使用者經由遙控器控制於電視直接開啟遠距醫療頻道， 進而達到快速連線傳輸生理數值參數且使用和操作方便的 目的。 【先前技術】M296686 ' VIII, new description: [New technology field] This creation is related to a telemedicine system architecture, especially a concept that integrates a telemedicine system into a digital camera box with a digital TV, which is convenient for users to The remote control is controlled by the TV to directly open the telemedicine channel, thereby achieving the purpose of quickly connecting the physiological value parameters and being convenient to use and operate. [Prior Art]
目前在醫療界中’多數病患通常需要檢測一些生理檢 測時’需到醫療中心由醫護人員幫患者量測各種醫療數值 ，例如體溫、心跳、血壓、血中氧等，再將之紀錄，造成 人力的嚴重浪費。另外，由於現代人對於健康的注意以及 醫療技術的進步，居家護理的觀念日益受到重視，不論是 病人或是健康者都希望可在自家中經由容易操作又方便的 裝置進行一些生理檢測的測量，不但可節省人力，且可避 免一些慢性病患需要做長期監測而需經常往返醫療中心的 困擾。因此，現在一般的醫療裝置（例如血壓計、血糖機、 耳溫搶、血氧測量機…等等）漸漸設計為僅需簡易的步驟即 可完成基本的測量，檢測者僅需按照操作手冊上記載之操 作步驟即可簡易的完成測量，不但平日不需要到醫院，】 為一般人即可進行操作。 另外，由於現今社會愈趨於老人化，遠距醫療的需求 愈亦重要，遠距醫療係經由—個遠離病患的檢診醫療中心 内之醫療人員對病患情況的監視看護，—旦將遠距醫療系 4 M296686 統建立，病患即不需要長途跋涉到檢診醫療中心而可於所 在地接受檢測。對於住在偏遠地區且不易到達就近檢診醫 療中心接受治療的病患，或者是行動不方便的病患，遠距 醫療系統的建立存在著顯著必要性。 習知的达距醫療系統架構包括一生理數值測量裝置、 一人工智慧資訊接收裝置、一伺服器及一遠端監控裝置， 該生理數值測量裝置可用以測量生理數值參數，而該人工 智慧資訊接收裝置係可用以接收生理數值測量裝置所測量 • 出的生理數值參數結果，其係可經由有線（如經由RS232連 接埠連接）或無線（藍芽或射頻無線傳輸）的方式接收資訊， 目前一般習知的人工智慧資訊接收裝置可為桌上型電腦、 ” 筆記型電腦、PDA等等，且該人工智慧資訊接收裝置具有 網路連線功能，因此生理數值參數結果再經由該人工智慧 資訊接收裝置的網路連線功能將資訊傳輸到伺服器，該遠 端監控裝置再經由伺服器下載相關資訊即可。 φ 然而，習知的遠距醫療"系統架構中的人工智慧資訊接 收裝置’需要藉由鍵盤輸入指令，且必須將電腦或者其他 相關的資訊接收裝置開機才能進行資訊的接收，尤其若設 備不夠先進，則開機時間會過長，增加使用的時間。'又， 一般慢性病患者多為老卑人，對於電腦等等高科技產品的 操作並不是非常熟悉，因此使用上非常不方便，且不能達 到居家照護的目的。再者，由於需要使用鍵盤操作，對於 年長的使用者而言，有些手指的動作並不敏捷，因此操作 的方式對年長者非常不方便。 M296686 又’雖然現在高科技產品對於家家戶戶係為非常普及 的設備，然而目前仍有多數經濟較不寬裕的家庭並不會添 購電腦、PDA等資訊產品，或者一般獨居的年長者亦有部 份不具備資訊產品，因此習知的遠距醫療系統架構並不能 滿足目前的社會現狀，更不能普及每一戶家庭，故而須待 進一步的改進。 【新型内容】 _ 為了改善上述缺失，本創作提供一種遠距醫療系統架 構，其係將遠距醫療系統與數位機上盒結合，並搭配電視 輸出觀看，進而於電視頻道中建立遠距醫療頻道，使用者 即可；由遙控器控制資訊的接收，並選擇適合的遠距醫療 頻道再直接使用遙控器控制所有的操作流程，不但方便 使用者使用且操作簡單，另外也可達到減低成本的目的， 並且具有系統架構簡潔的特色。 為了達到上述目的，本創作提供一種遠距醫療系統架 φ 構，其係包括： 至少一生理數值測量裝置，其係用以測量生理數值； 數位機上盒，其係與該生理數值測量裝置選擇式的 連接，且具有一網路介面模組，該網路介面模組係用以提 供網路連線功能；及 一遠端資訊系統平台，其係與讓數位機上盒網路通訊 且用以接收及儲存數位機上盒的資訊。 較佳地，本創作所述之遠距醫療系統架構中，該數位 機上A亦可用以連線遠端資訊系統平台並查詢儲存的資訊 6 M296686 。另外，4生理數值測量裝置為血壓量測裝置、血糖 裝置、溫度量測裝置、體脂肪機、電子體溫計、血氧噥产 計或心電圖量測裝置其中之—或上述裝置之組合。/又 本創作所述之遠距醫療系統架構中，該生理數值測量 裝置可進-步包括—傳輸連接埠，其係用以進行資訊的傳At present, in the medical profession, most patients usually need to test some physiological tests. 'The medical center needs to go to the medical center to help the patients measure various medical values, such as body temperature, heart rate, blood pressure, blood oxygen, etc., and then record them. Serious waste of manpower. In addition, due to the health concerns of modern people and the advancement of medical technology, the concept of home care has received increasing attention. Both patients and healthy people hope to perform some physiological test measurements in their own homes through easy-to-use and convenient devices. It not only saves manpower, but also avoids the need for some chronic patients to have long-term monitoring and often need to travel to and from the medical center. Therefore, general medical devices (such as sphygmomanometers, blood glucose machines, ear thermometers, blood oxygen measuring devices, etc.) are gradually designed to perform basic measurements in a simple step, and the tester only needs to follow the operation manual. The recorded procedure can be easily completed, and it is not necessary to go to the hospital on weekdays.] It can be operated by ordinary people. In addition, as the society is becoming more and more elderly, the demand for telemedicine is becoming more and more important. The telemedicine system monitors the patient's condition through a medical staff in the medical center away from the patient. The remote medical department 4 M296686 is established, and the patient does not need to travel long distances to the medical center for examination and can be tested at the locality. For patients living in remote areas who are not easily accessible to the nearest medical center for treatment, or for patients with inconvenient mobility, there is a significant need for the establishment of telemedicine systems. The conventional medical system architecture includes a physiological value measuring device, an artificial intelligence information receiving device, a server and a remote monitoring device, wherein the physiological value measuring device can be used to measure physiological numerical parameters, and the artificial intelligence information receiving The device can be used to receive the physiological value parameter measured by the physiological value measuring device, and can receive information via wired (such as via RS232 connection) or wireless (bluetooth or radio frequency wireless transmission). The artificial intelligence information receiving device can be a desktop computer, a notebook computer, a PDA, etc., and the artificial intelligence information receiving device has a network connection function, so the physiological numerical parameter result is further passed through the artificial intelligence information receiving device. The network connection function transmits information to the server, and the remote monitoring device can download relevant information via the server. φ However, the conventional remote medical " artificial intelligence information receiving device in the system architecture needs Enter commands via the keyboard and must connect the computer or other related information When the device is turned on, the information can be received. Especially if the device is not advanced enough, the boot time will be too long and the use time will be increased. 'Also, the patients with chronic diseases are mostly old people, and the operation of high-tech products such as computers is not very Familiar, so it is very inconvenient to use, and can not achieve the purpose of home care. Moreover, due to the need to use the keyboard operation, for older users, some fingers are not agile, so the way of operation for the elderly M296686 Also, although high-tech products are very popular equipment for every household, there are still many families with less economical economies who will not buy information products such as computers and PDAs, or the year of general living alone. Some of the elderly do not have information products. Therefore, the well-known telemedicine system architecture does not meet the current social situation, and it is not possible to popularize every household. Therefore, further improvement is required. [New content] _ To improve the above Missing, this creation provides a telemedicine system architecture, which will be the Department of Telemedicine Combined with the digital on-board box and watched with the TV output, the remote medical channel can be established in the TV channel, and the user can control the reception of the information by the remote controller, and select the appropriate telemedicine channel and then directly use the remote controller. Control all the operating procedures, not only convenient for users to use and simple to operate, but also achieve the purpose of reducing costs, and has a simple system architecture. In order to achieve the above objectives, the present invention provides a telemedicine system frame φ structure, The system includes: at least one physiological value measuring device for measuring a physiological value; a digital set-top box connected to the physiological value measuring device, and having a network interface module, the network interface module The group is used to provide the network connection function; and a remote information system platform is used to communicate with the digital device box network and to receive and store the information of the digital machine box. Preferably, the creative office In the telemedicine system architecture, the digital machine can also be used to connect to the remote information system platform and query the stored information. 6 M296686 . Further, the 4 physiological value measuring device is a blood pressure measuring device, a blood glucose device, a temperature measuring device, a body fat machine, an electronic thermometer, a blood sputum meter or an electrocardiograph measuring device - or a combination of the above devices. / In the telemedicine system architecture described in the present application, the physiological value measuring device can further include a transmission port for transmitting information.
輸。較佳地，該傳輸連接埠為R S 2 3 2連接琿或u s B 車。另外’該生理數值測量裝置進一步包括一無線傳 輸才且’其係用以進行無線傳輸。較佳地，該無線傳輸模 組為藍芽傳輸模組或射頻傳輸模組。 、 *另方面，本創作所述之遠距醫療系統架構中，該數 位機上盒之網路介面模組為内建無線網卡、内建網路介面 、内建數據機或内建UART/COMPORT傳輸介面。 么力於本創作之另一較佳實施例中，本創作之遠距醫療系 、、先木構中’該網路可以為寬頻網路、電話網路、無線網路 或區域網路。 ^較佳地，本創作所述之遠距醫療系統架構中，該數位 機上皿進—步可連接輸出至-電視，該電視係用以、顯示結 果更佳地，忒數位機上盒係進一步包括一遙控器，該遙 控器係心操作控制該數位機上盒以及電視。^ 勺於本創作之一較佳實施例中，該遠端資訊系統平台係 =括=少一資料庫伺服器，該資料庫伺服器係接收該數位 ΐ上ΐ的資訊。較佳地，該資料庫伺服器可進一步包括一 Β理單70，該官理單元係可針對儲存的資料而判斷准許預 先登錄Μ料庫伺服器之使时進行輸人《讀。另外， M296686 本創作所述之遠距醫療系統架構中，該遠端資訊系統平台 係可進一步包括一醫護中心，該醫護中心係與該資料庫伺 服器網路通訊。較佳地，該醫護中心為醫院、急診中心或 養護中心。 於本創作之另一較佳實施例中，本創作之遠距醫療系 統架構中之生理數值測量裝置係可進一步包括一語音單元 、通訊單元及/或一影像單元。該語音單元、通訊單元和 影像單元係設於該生理數值測量裝置内，藉由該語音單元 可供使用者直接聽從語音的指示而進行操作並且可直接播 放測i結果，可便利視力不佳的使用者使用。而當使用者 與遠端資訊系統平台之醫護中心連線時，即可透過影像單 凡以及通訊單元與遠端作視訊以及溝通，藉此達到直接經 由視Λ與醤濩人員進行病情的討論、治療的方式或改善情 况專4溝通’並達到快速診斷的目的。 藉此，本創作的遠距醫療系統架構利用家家戶戶較為普 參及的電視以及數位機上盒作為遠距醫療架構中居家使用的 /、不仁使用遙控器操作簡單，且為一般家庭平日即會使 用到的家電’即可方,便所有年齡層的使用者使用，且可二低 ，本。再者，僅需使用遙控器操作的方式，可以簡化操作流 程，方便年長者自行使用…另外，又可利用電視進行其他二 娛樂’可以達到同時進行資料傳輸以及適當的休閒放鬆心情 1加身心的愉悅纟可減緩病冑，不但提供完善的遠 系統架構，且方便居家照護。 “ 【實施方式】 8 — 1 M296686 明參考第-圖所不，其係本創作之遠距醫療系統架構 之方塊圖’ 5亥$距醫療系統架構包括至少—生理數值測量 展置（1 Q )、-數位機上^r ( 2 Q )及—遠端資訊系統平 台（4 0 )。 A生理數值測星裝置（1 〇 )係用以測量生理數值， 較佳地，該生理數值測量裝置（1 〇 )為居家型測量裝置 ，方便居家照護使用，並吾有無線傳輸模組或傳輸連接埠 ❿，因此可經由有線或無線方式傳輸測量結果，較佳地，該 無線傳輸模組為藍芽傳輸模組或射頻傳輸模組，而該傳輸_ 連接埠為R S 2 3 2連接埠或U S B連接埠。 配合第二圖觀之，該生理數值測量裝置（丄〇 )可為 血壓1測裝置（1 1 )、血糖量測裝置（丄2 )、溫度量測 波置（1 3 )、體脂肪機（1 4 )、電子體溫計（1 5 )、血 氧濃度計（1 6 )或心電圖量測裝置（丄7 )等等，較佳 地，該生理數值測量裝置（1 〇 )可為複數個單機操作裝 • 置或是整合為一機的生理監測裝置。藉此，該生理數值測 里裝置（1 0 )可進行不同生理數值的測量，再經由傳輸 連接埠及/或無線傳輸模組而傳輸量測的生理數值參數牡 ^ " 、、σ 另一方面，該生理數值測量裝置（1 0 )進一步包括 一語音單元（1 〇 1 )、一通訊單元（102)及/或一影 像單元（1 〇 3)。該語音單元（1 〇 1)、通訊單元（1 0 2 )和影像單元（1 〇 3 )係設於該生理數值測量裝置 (1 〇 )内，該語音單元（1 〇 1 )係用以提供該生理數 9 M296686 值測量裝置（1 C))語音功能，當使用者為年長者時，可 月b ^有視力不佳的情況，因此，若有語音功能可以幫助年 長的使用者進行測量，即使使用者非為年長者，有語音功 能仍能方便使用者使用，而可不必看顯示的數字或文字， 且測ϊ彳于的結果也可經由語音功能播報出來，達到更為人 性化的設計。該通訊單元（1 0 2)係用以提供與遠端通 訊的功能’ Μ«彡像單元（i G 3)係可提供影像功能。 δ亥數位機上盒（2 0)係與該生理數值測量裝置（工 0)選擇性的連接，且用以接收生理數值測量裝置（工〇 )，量之生理數值參數結果，意㈣❹者使用生理數值 測罝裝置（1 Q )進行測量後，欲將測量結果傳輸至數位 枝上I ( 2 0 )時，即可將傳輸線連接生理數值測量裝置 (1 0 )的傳輸連接埠，經由傳輸線的連接而將生理數值 測量裝置（1 Q )的測量結果傳輸至數位機上盒（2 〇 ) 中’或者，該數位機上盒（2 〇)可接收生理數值測量裝 置（1 0)經由無線傳輪的測量結果。 、 另該數位機上盒（2 0 進一 一，〜芡包括網路介面模組 故而可將生理數值參數結果經由網路上傳至該遠端資 統平台（4 0 )，該網路可以是寬頻網路、電話 ^ 網路或區域網路等等。較佳地，該網路介面模組可以= 建無線網卡、内建網路介面、内建數據機或内讀 UART/COMPORT傳輸介面。若為内建無線網卡利 機上盒（2 0 )可經由無線鋼路通訊上傳資料，即可/ 架設網路線。而若為内建網路介面，較佳地為乙太網路介 M296686 面，經由架設網路線與該數位機上盒（2 〇 )連結，即可 提供數位機上盒（2 C))網路連線功能。另外，若為内建 數據機’則可連結電話線即可具備網路連線功能。再者， 若為内建uART/C0MP0RT傳輸介面，則可外接數據機， 再接上網路線即可連線網路。藉此，該數位機上盒（2 〇 )經由該網路介面模組即可進行網路通訊，而將接收的生 理數值參數結果上傳至遠端資訊系統平台（4 〇 )。較佳地 ’该數位機上盒（2 Q)係可經由-遙控器（2 2)押制 操作。 於本創作之另一較佳實施例中，該數位機上盒（2 〇 )可進-步將資料輸出至一電視（3 〇 )，方便使用者經由 電視（3 0 )觀看結果，較佳地，該電視（3 〇 )可為數 位電視。該電視（3 0)與該數位機上盒（2 0)電連接 ，且該電視（3 0 )亦可經由該遙控！| ( 2 2 )進行操作 ’該電視（3 0)的頻道中係包括遠距醫療頻道，當欲觀 看資料檔案或欲連線到遠端資訊系統平台（4 〇 )時，即 可使用遙控H ( 2 2 )按下,所需要的操⑽即可進行操作 ，而於電視（3 G )中觀看上傳至遠端f訊系統平台（4 〇 )的資料，並可經由遙控器（2 2)的控制選擇需要的 頻道，經由選擇不同頻道即會連線到+同遠㈣訊系統平 台（4 0)，即可經由電視（3 〇)瀏覽不同的資料。 該遠端資訊系統平台（4 〇)係包括至少一資料庫祠 服器（4 2)，該資料庫何服器（42)係接收及儲存數位 機上盒（2 〇)所傳輸的資料，且該數位機上盒（2) M296686 可自貝料庫飼服器（4 2)中讀取資料，另該資料庫飼服 器（4 2 )可包括一管理單元，該管理單元係可針對儲 的資料而判斷准許預先登錄於資料庫词服器（4 2 )之使 用者進行輸入或閱讀。藉此，當使用遙控器（2 2 )選擇 操作按鍵控制該數位機上金（2 〇 )時，經由選擇不同的 頻道，即可連線到不同的資料庫伺服器（4 2 )，並進行表 皁的選取，即可觀看或查詢儲存於資料庫伺服器（4 2 中的歷史資料。 於本創作之另一較佳實施例，該遠端資訊系統平台（ 4 0)係可進-步包括—醫護中心（44)，該醫護中^ 4 4 )係可與該資料庫飼跟器（4 2 )網路通訊，該醫護 中心（4 4 )可為醫院（4 5 )、急診中心、（4 6 )或養護 中心（4 7 )。藉此’該醫護中心（4 4 )即可經由網路連 線到資料庫伺服器（4 2)，進而讀取所需要的生理數值夫 數，或者，該資料庫伺服器（42 )可定期上傳資料至醫 護中心（44)，即可於醫護中心（44)直接觀看結果， 而不需要再連線至資料庫伺服器（4 2)接收資訊。 另-方面，為達到居家照護的目的，當使用者與遠端 資訊系統平台（4 0 )之醫護中心（4 4)連線，即可透 過通訊單元（1 0 2 )以及影像單元（1 〇 3 )與遠端作 視訊以及溝通，藉此達到直接經由視訊及交談與醫護人員 進行病情的討論、治療的方式或改善情況等等溝通，並達 到快速診斷的目的。 藉此，本創作的遠距醫療系統架構利用家家戶戶較為 12 M296686 普及的電視以及數位機上盒作為遠距醫療架構中居家使用 的工具，不但使用遙控器操作簡單，且為一般家庭平曰即 會使用到的家電，即可方便所有年齡層的使用者使甩。再 者’僅需使用遙控器操作的方式，可以簡化操作流程，方 便年長者自行使用，另外，又可利用電視進行其他的娱樂 ’可以達到同時進行資料傳輸以及適當的休間放鬆心情， 增加身心的愉悅也可減緩病情。 Ο ,由上述可知，本創作提供一種遠距醫療系統架構，其 =括生理數值測量裝置、數位機上盒以及遠端資訊系統 ’藉由數位機上盒接收生理數值測量裝置的結果，並· =仃、罔路連線，而上傳至遠端資訊系統平台中。由於未來 =機上盒的使祕會愈趨於普及，藉此，本創作之遠距 機統*構利用家家戶戶皆具備的電視並配合使用數位 Γίί ’不但不需要另外蹲買資訊設備，且可直接使用電 =、结果，因此可普及至一般家庭，且方便使用遙控器 :為操作的工具，因此不同年齡層的使用者皆可非常方便 、隹且不需要使用對於年長者而言較無法操作的鍵盤 行為汛的上傳，達到居家照護遠距醫療的目的 綜上所述，本創作具有下述優點： 一、本創作之遠距醫療系統架構係利用遙控器控制操 流程，因此不但使用方便且適合年長者使用。 加土本創作之达距醫療系統架構係於數位電視頻道中 木構退距醫療服務項目，以方便使用者可於自家中進行生 數值冽量後，直接傳輸至數位機上盒中，再輸出至數位 13 M296686 電視中觀看，不但螢幕寬大且操作容易。 三、 本創作之遠距醫療系統架構係可將生理數值測量 結果直接利用家家戶戶多已具備的電視以及愈趨於普及的 數位械上盒作為架構的一部份，因此可以普及各戶人家且 郎省成本。 四、 本創作之遠距醫療系統架構係利用數位機上盒接 收生理數值參數，因此只需利用遙控器將數位機上盒電源 開啟，即可將生理數值測量裝置與數位機上盒連接傳輸資 料，且數位機上盒可以直接輸出訊號至數位電視中，使用 者僅需利用遙控器將電視轉到遠距醫療頻道，即可觀看結 果，故而操作方便，不需要等待電腦開機的時間，亦可節 省時間。 五、 本創作之遠距醫療系統架構係於遠端資訊系統平 台設有管理單元而可判斷進人者並准許認可者，藉此提供 安全的資料查詢路徑。 /x、本創作之遠距醫療系統架構係藉由電視做為顯示 裝置，因此電視也可作為其他娛樂之用，而不單單僅作為 顯不測量或查詢結果用，具有多功能的優勢，並且在等 時也可直接轉換到其他頻道，達到放鬆心情的目的。、 雖然本創作已以較佳實施例揭露如上， 限定本創作，任何孰習士妯菇土如 外用以 和關内’當可作些許之更動與潤飾，因 ^ 範圍當視後附之切專利範圍所界定者為p ㈣ 【圖式簡單說明】 M296686 之方塊 第一圖係本創作遠距醫療系統架構之方塊圖。 第二圖係本創作遠距醫療系統架構較佳實施例 圖 〇 【主要元件符號說明】 (1 〇)生理數值測量裝置 (1 〇 1 )語音單元 (1 0 2)通訊單元 (1 〇 3)影像單元 (1 1 )血壓量測裝置 (1 2)血糖量測裝置 (1 3 )溫度量測裝置 (1 4)體脂肪機 (1 5 )電子體溫計 (1 δ )血氧濃度計 (1 7)心電圖量測裝置 (2 〇)數位機上盒 (2 2 )遙控器 (3 0 )電視 (4 0 )遠端資訊系統平台 (4 2 )資料庫伺服器 (4 4 )醫護中心 (4 5 )醫院 ^ (4 6 )急診中心 (4 7)養護中心 15lose. Preferably, the transmission port is an R S 2 3 2 port or a s B car. Further, the physiological value measuring device further includes a wireless transmission and is used for wireless transmission. Preferably, the wireless transmission module is a Bluetooth transmission module or a radio frequency transmission module. In addition, in the telemedicine system architecture described in the present application, the network interface module of the digital set-top box is a built-in wireless network card, a built-in network interface, a built-in data machine or a built-in UART/COMPORT. Transport interface. In another preferred embodiment of the present invention, in the telemedicine system of the present invention, the network may be a broadband network, a telephone network, a wireless network or a regional network. Preferably, in the telemedicine system architecture described in the present application, the digital device can be connected to the TV in a step-by-step manner, and the television system is used to display better results. Further included is a remote control that centrally operates to control the digital set-top box and the television. In a preferred embodiment of the present invention, the remote information system platform includes a database server, and the database server receives the information of the digits. Preferably, the database server may further include a processing unit 70, which can determine, for the stored data, permission to pre-register the database server to perform the input "reading." In addition, in the telemedicine system architecture described in the present invention, the remote information system platform may further include a medical center that communicates with the database server network. Preferably, the health care center is a hospital, an emergency center or a care center. In another preferred embodiment of the present invention, the physiological value measuring device in the telemedicine system architecture of the present invention may further comprise a speech unit, a communication unit and/or an image unit. The voice unit, the communication unit and the image unit are disposed in the physiological value measuring device, and the voice unit is operable for the user to directly listen to the voice indication and can directly play the measurement result, thereby facilitating poor vision. User use. When the user is connected to the medical center of the remote information system platform, the video and the communication unit can be used for video and communication through the video unit, thereby achieving direct discussion of the condition of the visually and visually. The way of treatment or improvement is specifically communicated 4 and achieves the purpose of rapid diagnosis. In this way, the remote medical system architecture of this creation utilizes the television and digital set-top boxes that are relatively popular among households as the home use in the telemedicine architecture. The use of the remote control is simple and easy to operate, and will be used by ordinary families on weekdays. The home appliances that are available can be used by users of all ages, and can be two low, this. In addition, the operation of the remote control is simple, which simplifies the operation process and is convenient for the elderly to use by themselves. In addition, the TV can be used for other two entertainments, which can achieve simultaneous data transmission and appropriate leisure and relaxation. Pleasures can alleviate the symptoms, not only provide a complete far system architecture, but also facilitate home care. "Embodiment" 8 - 1 M296686 Refer to the figure - figure, which is the block diagram of the telemedicine system architecture of this creation. The 5 $ medical system architecture includes at least - physiological value measurement (1 Q) , - on the digital machine ^r ( 2 Q ) and - the remote information system platform (40). A physiological numerical star detection device (1 〇) is used to measure physiological values, preferably, the physiological value measuring device ( 1 〇) is a home-type measuring device that is convenient for home care, and has a wireless transmission module or transmission port, so the measurement result can be transmitted via wire or wirelessly. Preferably, the wireless transmission module is a Bluetooth device. a transmission module or a radio frequency transmission module, and the transmission _ port is an RS 2 3 2 port or a USB port. In conjunction with the second figure, the physiological value measuring device (丄〇) can be a blood pressure 1 measuring device ( 1 1 ), blood glucose measuring device (丄2), temperature measuring wave setting (1 3 ), body fat machine (1 4 ), electronic thermometer (1 5 ), blood oxygen concentration meter (1 6 ) or electrocardiogram measurement Device (丄7), etc., preferably, the physiological value measuring device (1 〇) can be a plurality of stand-alone operation devices or a physiological monitoring device integrated into one machine. Thereby, the physiological value measuring device (10) can perform measurement of different physiological values, and then via a transmission connection. And/or a physiological parameter of the wireless transmission module and transmitting the measurement value, and σ, on the other hand, the physiological value measuring device (10) further comprises a speech unit (1 〇 1 ) and a communication unit ( 102) and/or an image unit (1 〇 3). The voice unit (1 〇 1), the communication unit (1 0 2 ), and the image unit (1 〇 3) are disposed in the physiological value measuring device (1 〇) The voice unit (1 〇1) is used to provide the voice function of the physiological number 9 M296686 value measuring device (1 C). When the user is an elderly person, the patient may have poor vision. If the voice function can help older users to make measurements, even if the user is not an elderly person, the voice function can be conveniently used by the user without having to look at the displayed numbers or characters, and the results are measured. Can also be broadcast via voice function More user-friendly design. The communication unit (1 0 2) is used to provide communication with the remote end. The Μ« imaging unit (i G 3) provides image function. 亥海数机上盒 (2 0) is selectively connected to the physiological value measuring device (work 0), and is used to receive the physiological value measuring device (work), the physiological value parameter result of the quantity, and the (4) use physiological value measuring device (1 Q) After the measurement, if the measurement result is to be transmitted to the digital branch I ( 2 0 ), the transmission line can be connected to the transmission port of the physiological value measuring device (10), and the physiological value measuring device can be connected via the connection of the transmission line ( The measurement result of 1 Q ) is transmitted to the digital upper box (2 〇) 'or, the digital upper box (2 〇) can receive the measurement result of the physiological value measuring device (10) via the wireless transmission. In addition, the digital set-top box (2 0 into one, ~ 芡 includes a network interface module, so the physiological value parameter results can be uploaded to the remote resource platform (40) via the network, the network can be Broadband network, telephone network or regional network, etc. Preferably, the network interface module can be used to build a wireless network card, a built-in network interface, a built-in data machine or an internal read UART/COMPORT transmission interface. If the built-in wireless network card box (20) can upload data via wireless steel road communication, the network route can be set up. If it is a built-in network interface, it is preferably the M296686 side of the Ethernet network. By connecting the digital network box (2 〇) via the erection network route, the digital set-top box (2 C) network connection function can be provided. In addition, if it is a built-in modem, you can connect to the phone line to have the network connection function. In addition, if the built-in uART/C0MP0RT transmission interface is available, the external data machine can be connected, and then the Internet route can be connected to the network. Thereby, the digital set-top box (2 〇 ) can perform network communication via the network interface module, and upload the received physiological parameter parameter result to the remote information system platform (4 〇 ). Preferably, the digital set-top box (2 Q) is operative via a remote control (2 2). In another preferred embodiment of the present invention, the digital set-top box (2 〇) can further output data to a television (3 〇), so that the user can view the result via the television (30), preferably. The TV (3 〇) can be a digital TV. The television (30) is electrically connected to the digital set-top box (20), and the television (30) can also be connected via the remote control! ( 2 2 ) Operation 'The TV (3 0) channel includes the telemedicine channel. When you want to view the data file or want to connect to the remote information system platform (4 〇), you can use the remote control H. (2 2) Press, the required operation (10) can be operated, and the data uploaded to the remote system (4 〇) can be viewed on the TV (3 G) and can be accessed via the remote control (2 2) The control selects the desired channel. By selecting different channels, it will connect to the +Tongyuan (four) system platform (40), and you can browse different materials via TV (3 〇). The remote information system platform (4 〇) includes at least one database server (42), and the database (42) receives and stores data transmitted by the digital box (2 ,). And the digital on-board box (2) M296686 can read data from the shell storage device (42), and the database feeder (42) can include a management unit, the management unit can be targeted The stored data is judged to permit users who are previously registered in the database word server (42) to input or read. Therefore, when the remote control (2 2 ) is used to select the operation button to control the gold (2 〇) on the digital machine, by selecting different channels, it is possible to connect to different database servers (4 2 ) and perform The selection of the table soap can be viewed or inquired for historical data stored in the database server (42). In another preferred embodiment of the present creation, the remote information system platform (40) can be advanced. Including a health care center (44), which can communicate with the database heel (4 2 ), which can be a hospital (45), an emergency center, (4 6 ) or conservation center (4 7 ). In this way, the medical center (4 4) can be connected to the database server (4 2) via the Internet to read the required number of physiological values, or the database server (42) can be periodically By uploading the data to the health care center (44), you can view the results directly at the health care center (44) without having to connect to the database server (4 2) to receive the information. On the other hand, in order to achieve the purpose of home care, when the user connects with the medical center (4 4) of the remote information system platform (4 0), the communication unit (1 0 2 ) and the image unit (1 〇) can be transmitted. 3) Communicate and communicate with the remote end, so as to communicate directly with the medical staff through video and conversation, how to treat or improve the situation, and achieve rapid diagnosis. In this way, the telemedicine system architecture of this creation utilizes TVs and digital set-top boxes that are popular among households as 12 M296686 as tools for home use in the telemedicine architecture, which is not only easy to operate with the remote control, but also for the average family. The home appliances used can be easily used by users of all ages. In addition, the operation of the remote control only simplifies the operation process, which is convenient for the elderly to use by themselves. In addition, the TV can be used for other entertainments, which can achieve simultaneous data transmission and appropriate relaxation and relaxation. Pleasure can also slow down the condition. Ο As can be seen from the above, the present invention provides a remote medical system architecture, which includes the results of a physiological value measuring device, a digital set-top box, and a remote information system 'receiving a physiological numerical measuring device by a digital set-top box, and =仃, 罔路连接, and upload to the remote information system platform. As the future = the secret of the set-top box becomes more and more popular, the remote machine system of this creation uses the TV that every household has and cooperates with the digital Γίί 'not only does not need to buy another information device, but also Direct use of electricity =, results, so can be spread to the general family, and easy to use the remote control: for the operation of the tool, so users of different ages can be very convenient, and do not need to be used for the elderly are less operational The purpose of the keyboard behavior 上传 upload, to achieve home care telemedicine, in summary, this creation has the following advantages: First, the remote medical system architecture of this creation uses the remote control to control the operation process, so it is not only easy to use and Suitable for seniors. The addition of the soil system to the medical system architecture is based on the digital TV channel in the wooden structure of the medical service project, so that users can directly transfer the value to the digital machine in their own home, and then output Watching on the 13 M296686 TV, the screen is wide and easy to operate. Third, the creation of the telemedicine system architecture can directly use the physiological value measurement results of the TVs and the more popular digital devices as part of the architecture, so that the households can be popularized. Save costs. 4. The remote medical system architecture of the present invention uses the digital on-board box to receive physiological numerical parameters. Therefore, the physiological value measuring device and the digital set-top box can be connected to transmit data by simply turning on the power of the digital on-board box by using the remote controller. And the digital on-board box can directly output the signal to the digital TV. The user only needs to use the remote control to turn the TV to the remote medical channel, and the result can be viewed, so the operation is convenient, and the time required for the computer to be turned on is not required. save time. 5. The telemedicine system architecture of this creation is based on a remote information system platform with a management unit that can identify the entrant and permit the accredited to provide a secure data enquiry path. /x, the remote medical system architecture of this creation is made up of TV as a display device, so the TV can also be used for other entertainment purposes, and not only as a display or query result, it has the advantage of multi-function, and In the same time, you can also directly switch to other channels to achieve the purpose of relaxation. Although the present invention has been disclosed above in the preferred embodiment, the creation of this creation is limited to any of the 妯 妯 妯 妯 如 如 如 如 如 ' ' ' 当 当 当 当 当 当 当 当 当 当 当 当 当 当 当 当 当 当 当 当 当 当 当 当 当 当 当 当 当 当 当 当The scope defined by p (four) [Simple description of the diagram] The first diagram of the box of M296686 is a block diagram of the architecture of the telemedicine system. The second figure is a preferred embodiment of the present telemedicine system architecture. [Main component symbol description] (1 〇) Physiological value measuring device (1 〇 1) Speech unit (1 0 2) communication unit (1 〇 3) Image unit (1 1 ) Blood pressure measuring device (1 2) Blood glucose measuring device (1 3 ) Temperature measuring device (1 4) Body fat machine (1 5 ) Electronic thermometer (1 δ ) Blood oxygen concentration meter (1 7 ECG measuring device (2 〇) digital set-top box (2 2 ) remote control (3 0) TV (40) remote information system platform (4 2) database server (4 4) medical center (4 5 ) Hospital ^ (4 6 ) Emergency Center (4 7) Maintenance Center 15