200906365 九、發明說明： 【發明所屬之技術領域】 本啦明/歩及一種醫療系統，特別是一種遠距離的監護 方法和系統及其監控設備。 【先前技術】 目前’病房監護大都以人力進行，醫護人員的監護的 2錄方式夕為人工作業，此種方式不僅勞動強度大，而且 被監護人也必須在病房。 隨著醫療事業的發展和一些傳染疾病的時常發生，醫 療j域迫切需要一種可以遠距離監護病患的監護裝置。一 種家庭監護系統為此產生，家庭監護系 =設置檢測裝置，並藉由被監護人家里的In= 或者固定電話網絡與醫療結構的監控設備保持聯繫，以便 能及時將被監護人的i壓、體溫、血糖 關資料傳送至丨丨®嗜Λ g 4^ 血乳寺相 供了—套」：貝手中，為瞭解被監護人曰常情況提 U f 套完整的科學資料。 有效護系統能大大減輕監護人員的勞動強度， 醤療事故的發生，減少了醫。 間的傳染途徑，並為醫療提供科學資料。^被監護人之 射式對被監護人仍然有著活動範圍二〜這樣的監 疋離開家就不再能_得監護服務了。 破-義人若 【發明内容】 有鑒於此，有必要提供一種可 的遠程監護系統。 寺^地提供監護服務 200906365 ▲還有必要提供-種可隨時隨地提供監護服務的遠程監 護方法。 i 備。 還有必要提供-射隨日m地提供監護服務的監控設 種遠程監護方法，包括如下步驟： 错由生理參數檢測裝置檢測被監護人的生理參數； ▲生理參數檢測裝置藉由無線通訊網路發送測得 芩數給監控設備； 玍里 監控設備顯示被監護人的生理參數； 盔控设備接收醫護人員輸入的處理辦法訊息； 監控設備根據生理參數檢測裝置與無線通^網路的通 讥位置，得到生理參數檢測裝置所處區域； ^監控設備根據生理參數檢測裝置所處區域查詢 所汛息庫，找到生理參數檢彳I …、 訊φ、； 双仿刿衣置所處區域内的醫療場所 監控設備藉由無線通訊網路發送該處理 療場所訊息給該生理參數檢測裝置； 扎心和西 生理參數檢測裝置接收並顯示該處 場所訊息。 胃去。孔息和醫療 一種遠程監護方法，包括如下步驟： 接收並顯示生理參數檢測裝置藉由 的生理參數； 达 接收醫護人員輸入的處理辦法訊息； 根據生理參數檢測裝置與無線通訊網路的通訊位置， 200906365 仔到生理參數檢測裝置所處區域； 根據生理參數檢測裝置 庫，找到生理袁數檢…⑤域查询醫療場所訊息 离測衣置所處區域内的醫療場所訊息； 自“生晴發送該處理辦法訊息和醫療場所訊 心、.Ό忒生理參數檢測裝置。 備二：遠Γ監護系統，包括生理參數檢測裝置和監控設 卜理參數檢職置料檢測被監護人的生理參數併 :χ达給監控設備’該監控設備用於接收被監 數並將醫護人員輸入的處理辦法 的生理参 F晋，兮、…… 息發达給生理參數檢測 "°"延耘^濩系統進一步包括無線通訊網路，該生理 參數檢測裝置藉由該無線通訊網路與監控設益 二=控設備根據該生理參數檢測裝置在該無線二 处的區域，提供該區域内對應的醫療 生理參數檢測裝置。 π Α心、-Ό 種li控設備，包括： 理參數檢測 收發模組，用於藉由該無線通訊網路與生 裝置進行通訊； —識別模組，用於接收該生理參數檢測裝置發出的於 資料，並根據該監護資料中的身份訊息進行身份識別 存儲模組，用於按照識別後的身份儲存該監護資料. 輪入模組，用於接收醫護人員輪入的處理辦法訊息 醫療場所訊息庫，儲存著根據無線通訊網路中各個美 1所覆蓋範圍内的醫療場所訊息，該醫療場所訊息包括； Ik、社康中心或藥店的位址或聯繫電話； 200906365 查詢模組，用於根據該無線通訊網路在監護資料中加 二ΐ站訊息，從該醫療場所訊息庫中查詢得到生理泉數 仏測裝置所處區域的醫療場所訊息，併發送給生數 測裝置。 -數才双 上述遠程監護方法和系統及其監控設備利用生理炎數 的檢測和無線通訊功能，使得被監護人可以隨時 =地的X到監護’並能夠在需要的時候及時的瞭解處理辦 法、。猎由無線通訊網路中區域的劃分，監控設備還可 到被監護人所處區域，並提供職域内的醫療場所訊息.， 人能夠較快的到就近醫療場所得到救助，為被監 漠人提供了極大的方便和健康保障。 【實施方式】 _ f參閱圖1 ’其為—較佳實施方式的遠程監護系統10 的不思圖’包括生理參數檢測裝置104、無線通訊網路1〇6 以及監控設備108 °被監護人搬藉由生理參數檢測裝置 檢測自身的生理參數，如體溫、血壓、血糖、脈搏等， =後猎由無線通訊網路1〇6將測得的生理參數發送給監控 没備1〇8。醫護人員110根據監控設備108收到的被監護 =医102的^理參數訊息，瞭解被監護人搬的健康狀況。 - 員110 °心為被監護人102的身體狀況出現了問 題’需要採取措施的時候，醫護人員110可以藉由監控設 備108輸入處理辦法，例如需要服用的藥物名稱及服用方 法或者其他品要的監護服務。監控設備⑽便可藉由無 線路106將處理辦法發送給生理參數檢測裝置⑽ 200906365 上’被監護人102即可根據收到的處理辦法進行自救。 上述遠程監護系統1G中，生理參數檢測裝置丄⑽旦有 ==參數檢測功能的移動通訊設備，如具紅外體溫檢 满^的订動電活’其有效的利用行動電話的普及性和便 2以及彳了動電話的處理和無線通訊能力。所述無線通訊 ，:路106為蜂窩式基站網路，生理參數檢測裝置⑽可以 猎由GMS或GPRS等方式與監控設備⑽進行訊自通吼。 監控設備⑽還設有一個醫療場所訊息庫，該醫療 场所訊息庫儲存著根據各個基站所覆蓋範圍内的醫院、社 康中心和藥店的位址和聯繫電話。當醫護人員m輸入處 理辦法後，護設備⑽自動根據被監護人1〇2當前所處位 ，置對應的基站’查詢醫療場所訊息庫，得到該基站所覆蓋 犯圍内的醫療場所訊息，然後連同所述處理辦法一起發送 、·口生理參數檢測裝置1〇4。這樣，被監護人丄似不僅僅可 以得知處理辦法，而且能較快的到就近的醫療場所得到救 助。進一步的，各個新增或變更的醫療場所的工作人員ιΐ2 可以藉由終端設備丨14來更新監控設備1〇8中的醫療場所 汛息庫，遠終端設備i 14可以使電腦，也可以是行動電話 專通訊設備。 請參閱圖2，其為一種遠程監護方法的流程圖，包括 如下步驟： 步驟S201，藉由生理參數檢測裝置ι〇4檢測被監護人 102的生理參數。 步驟S203，該生理參數檢測裝置1〇4藉由無線通訊網 200906365 路106發送測得的生理參數給監控設備108。 步驟S205，監控設備108接收所述生理參數並進行身 份識別。身份識別方式可以是藉由生理參數檢測裝置104 的機器代碼或通訊代碼，如行動電話號碼。 步驟S207,監控設備108顯示被監護人102的生理參 數，以提供給醫護人員110參考。 步驟S209,監控設備108接收醫護人員110輸入的處 理辦法訊息。 步驟S211，監控設備108根據生理參數檢測裝置104 與無線通訊網路106的通訊位置，得到生理參數檢測裝置 104在無線通訊網路106中所處的區域。該區域是按照無 線通訊網路106中蜂窩分佈的基站來劃分的，被監護人102 即處於直接與生理參數檢測裝置104通訊的基站所覆蓋區 域。 步驟S213，所述監控設備108根據被監護人102所處 區域查詢醫療場所訊息庫，找到被監護人102所處區域内 的醫療場所訊息。該醫療場所訊息庫預設在監控設備10 8 中，其中儲存著各個基站所覆蓋區域内的醫院、社康中心 和藥店的位址和聯繫電話。 步驟S215，監控設備108藉由無線通訊網路106發送 所述處理辦法訊息和醫療場所訊息給所述生理參數檢測裝 置 104。 步驟S217，生理參數檢測裝置104接收並顯示所述處 理辦法訊息和醫療場所訊息，以供被監護人102使用。 11 200906365 結合圖1中所示醫療場所工作人員112和终端設備 114’上述遠程監護方法還可以進一步包括接收醫療場所工 作人員112藉由終端設備114輸入的醫療場所訊息並更新 到醫療場所訊息庫中的步驟，以為被監護人102提供最新 且更準確的醫療場所訊息。 上述遠程監護方法中利用生理參數檢測裝置104的檢 測和無線通訊功能，使得被監護人1〇2可以隨時隨地的受 到監護，並能夠在需要的時候及時的暸解處理辦法。藉由 ^線通訊網路ι〇6中各個基站區域的劃分，監控設備108 還I以得到被監護人102所處區域，並提供該區域内的醫 療場所訊息，使被監護人102能夠較快的到就近的醫療場 戶2侍到救助，為被監護人102提供了極大的方便和健康保 障。 ' Λ清參閱圖3,其一較佳實施方式的遠程監護系統10功 能模組圖’其中，生理參數檢測裝置104包括：提醒單元 =、生理參數檢測單元404、顯示單元406、身份訊息存 儲早兀408、信號生成單元41〇、無線通訊單元412。 提醒單元402用於根據預先設定提供提醒服務，如鬧 鈴、振動等’以提醒被監護人繼進行生理參數的檢測。 生理參數檢測單元404用於檢測被監護人1〇2的各 生理參數，如體溫、血壓、心跳等。 、 顯不早元406用於訊息顯示，包括生理參數檢測單元 的檢測結果以及接收到的處理辦法等訊息。 身份訊息存儲單元408存儲有生理參數檢測裝置取 12 200906365 的身H ’如没備代碼或者電話號碼，也可以被監護人 102的個人訊息。 乜號生成單兀410用於根據生理參數檢測單元4〇4測 得的生理參數和身份訊息存儲單元柳中的身份訊息生成 I濩讯息，亚错由無線通訊單元412以及無線通訊網路ι〇6 發送給監控設備108。 …、線通Λ單元412用於藉由無線通訊網路1〇6與監控 没備10 8進行通訊。 一無線通訊網路106包括：基站標識單元5〇2和轉發單 凡504。基站標識單$ 5〇2用於將基站訊息加入到監護訊 心中，再藉由轉發單兀504進行轉發。轉發單元5〇4用於 生理參數檢測裝置1〇4與監控設備1〇8之間訊息的轉發。 監控設備108包括：收發模組6〇2、識別模組6〇4、存 儲模組606、分析模組608、顯示模組61〇、輸入模組612、 醫療場所訊息庫614、查詢模組616、訊息合成模組618 以及維護模組620。 收發模組602用於藉由無線通訊網路1〇6與生理參數 檢測裝置104進行通訊。 識別模組604用於接收所述監護訊息，並根據監護訊 息中的身份訊息進行身份識別，以確定對應的被監護人 102。因為監控設備不僅僅是一對_的服務，其需要同 時對多個被監護人102提供監護服務，所以在收到監護訊 息後需要對監護訊息進行身份識別。 存儲模組606用於按照識別後的身份存儲監護訊息， 13 200906365 以建立被監護人1〇2的病例庫。 分析模組608用於Μ 、根據被監護人102的監護訊息，剎200906365 IX. Description of the invention: [Technical field to which the invention pertains] Benjamin/歩 and a medical system, in particular, a remote monitoring method and system and monitoring device thereof. [Prior Art] At present, most of the ward monitoring is carried out by manpower, and the mode of monitoring the medical staff is the manual operation. This method is not only labor intensive, but also the ward must be in the ward. With the development of medical care and the frequent occurrence of some infectious diseases, the medical field urgently needs a monitoring device that can monitor patients in a long distance. A home monitoring system is generated for this purpose, and the home monitoring system=sets the detecting device, and maintains contact with the monitoring device of the medical structure by the In= or the fixed telephone network of the ward of the ward, so that the yee’s i pressure, body temperature, and The blood sugar level information is transmitted to the 丨丨® Λ Λ g 4^ The blood milk temple is provided for the set--"Bei's hands, in order to understand the Guardian's abnormal situation, the complete scientific data is provided. The effective protection system can greatly reduce the labor intensity of the guardian, reduce the occurrence of medical accidents, and reduce the medical treatment. The path of transmission and provide scientific information for medical treatment. ^The Guardian's ejaculation still has a range of activities for the ward. Secondly, such a ward will no longer be able to receive guardianship services. Breaking-right person If the invention is concerned, it is necessary to provide a remote monitoring system. Guardianship service is provided in the temple. 200906365 ▲It is also necessary to provide a remote monitoring method that can provide monitoring services anytime and anywhere. i prepared. It is also necessary to provide a remote monitoring method for monitoring and providing monitoring services, including the following steps: The physiological parameter detecting device detects the physiological parameters of the ward; ▲ The physiological parameter detecting device transmits the measured by the wireless communication network. The number of turns is given to the monitoring device; the monitoring device displays the physiological parameters of the ward; the helmet control device receives the processing information input by the medical staff; the monitoring device obtains the physiology according to the physiological parameter detecting device and the wireless communication network The area where the parameter detecting device is located; ^The monitoring device queries the information library according to the area where the physiological parameter detecting device is located, and finds the physiological parameter check I ..., the signal φ,; the medical site monitoring device in the area where the double-like clothes are placed The treatment site information is sent to the physiological parameter detecting device by the wireless communication network; the Zhaxin and West physiological parameter detecting device receives and displays the location information. Go stomach. Hole and medical a remote monitoring method, comprising the steps of: receiving and displaying physiological parameters by the physiological parameter detecting device; receiving the processing information input by the medical staff; and detecting the communication position of the physiological parameter detecting device and the wireless communication network, 200906365 Acer to the area where the physiological parameter detecting device is located; According to the physiological parameter detecting device library, find the physiological Yuan number check... 5 domain query medical field information from the medical field information in the area where the clothing is placed; Information and medical site news, Ό忒 physiological parameter detection device. Preparation 2: Vision monitoring system, including physiological parameter detection device and monitoring set parameters, check the physic parameters of the ward, and detect the physiological parameters of the ward. The device 'the monitoring device is used to receive the physiological parameters of the treatment method that is monitored and input by the medical staff, and the information is developed to the physiological parameter detection "°" delay system further includes a wireless communication network The physiological parameter detecting device is provided by the wireless communication network and the monitoring device According to the physiological parameter detecting device, the corresponding medical physiological parameter detecting device in the region is provided in the area of the wireless two. The π Α heart, the Ό Ό li li li , , , , , , li li li li li li The wireless communication network communicates with the raw device; the identification module is configured to receive the data sent by the physiological parameter detecting device, and perform an identity recognition storage module according to the identity information in the monitoring data, according to the identified Identity storage of the monitoring information. The wheeling module is used to receive the processing information of the medical staff to enter the medical information database, and to store the medical information according to the coverage of each beauty 1 in the wireless communication network. Including; Ik, social health center or pharmacy address or contact number; 200906365 query module, used to add two stations in the monitoring data according to the wireless communication network, query the number of physiological springs from the medical information database Detecting the medical site information in the area where the device is located, and sending it to the biometric measuring device. And the system and its monitoring equipment utilize the detection of physiological inflammation and wireless communication functions, so that the ward can control the X to the monitoring at any time and can understand the processing method in time when needed. Hunting by the area of the wireless communication network Dividing, monitoring equipment can also go to the area where the ward is located, and provide information on medical places in the occupation area. People can get help quickly to the nearest medical site, providing great convenience and health protection for the invaders. Embodiments _ f refer to FIG. 1 'which is a schematic diagram of the remote monitoring system 10 of the preferred embodiment' including a physiological parameter detecting device 104, a wireless communication network 1〇6, and a monitoring device 108° by a guardian The parameter detecting device detects its own physiological parameters, such as body temperature, blood pressure, blood sugar, pulse, etc., and then the physiological parameters measured by the wireless communication network 1〇6 are sent to the monitoring device 1〇8. The medical staff 110 knows the health status of the ward to be monitored according to the monitored parameter information received by the monitoring device 108. - 110 ° heart has a problem with the physical condition of the ward 102. When it is necessary to take measures, the medical staff 110 can input a treatment method by the monitoring device 108, such as the name of the drug to be taken, the method of taking it, or the monitoring of other products. service. The monitoring device (10) can send the processing method to the physiological parameter detecting device (10) by means of no line 106. The Guardian 102 can perform self-rescue according to the received processing method. In the above-mentioned remote monitoring system 1G, the physiological parameter detecting device 10(10) has a mobile communication device with a == parameter detecting function, such as a mobile electric activity with an infrared body temperature full ^, which effectively utilizes the popularity of the mobile phone and the convenience 2 And the ability to handle the phone and wireless communication. The wireless communication, the path 106 is a cellular base station network, and the physiological parameter detecting device (10) can be hunted by the monitoring device (10) by means of GMS or GPRS. The monitoring device (10) also has a medical field information library that stores addresses and contact numbers of hospitals, social centers, and pharmacies within the coverage of each base station. After the medical staff enters the processing method, the protective device (10) automatically sets the corresponding base station to query the medical field information base according to the current position of the ward 1〇2, and obtains the information of the medical site covered by the base station, and then The processing method is transmitted together with the oral physiological parameter detecting device 1〇4. In this way, the ward can seem to be aware of not only the treatment, but also the faster access to the nearest medical facility. Further, the staff member ιΐ2 of each newly added or changed medical facility can update the medical site information library in the monitoring device 1 to 8 through the terminal device 丨14, and the remote terminal device i14 can make the computer or the action. Telephone communication equipment. Referring to FIG. 2, it is a flowchart of a remote monitoring method, which includes the following steps: Step S201: The physiological parameter of the ward 102 is detected by the physiological parameter detecting device ι4. In step S203, the physiological parameter detecting device 1〇4 transmits the measured physiological parameter to the monitoring device 108 via the wireless communication network 200906365 path 106. In step S205, the monitoring device 108 receives the physiological parameter and performs identity recognition. The identification method may be a machine code or a communication code such as a mobile phone number by the physiological parameter detecting means 104. In step S207, the monitoring device 108 displays the physiological parameters of the ward 102 to provide to the medical staff 110 for reference. In step S209, the monitoring device 108 receives the processing method information input by the medical staff 110. In step S211, the monitoring device 108 obtains the area where the physiological parameter detecting device 104 is located in the wireless communication network 106 according to the communication position of the physiological parameter detecting device 104 and the wireless communication network 106. The area is divided by the base stations distributed by the cells in the wireless communication network 106, and the ward 102 is in the area covered by the base station that communicates directly with the physiological parameter detecting means 104. In step S213, the monitoring device 108 queries the medical field information database according to the area where the ward 102 is located, and finds the medical location information in the area where the ward 102 is located. The medical site message library is preset in the monitoring device 108, which stores the address and contact telephone number of the hospital, social welfare center and pharmacy in the area covered by each base station. In step S215, the monitoring device 108 sends the processing method message and the medical location information to the physiological parameter detecting device 104 via the wireless communication network 106. In step S217, the physiological parameter detecting means 104 receives and displays the processing method message and the medical field information for use by the ward 102. 11 200906365 In conjunction with the medical facility staff 112 and the terminal device 114' shown in FIG. 1, the remote monitoring method may further include receiving a medical facility information input by the medical facility staff 112 via the terminal device 114 and updating to the medical facility information base. The steps are to provide the ward 102 with the latest and more accurate medical location information. In the above remote monitoring method, the detection and wireless communication function of the physiological parameter detecting device 104 is utilized, so that the Guardian 1〇2 can be monitored at any time and any place, and the processing method can be known in time when needed. Through the division of each base station area in the communication network ι〇6, the monitoring device 108 also obtains the area where the ward 102 is located, and provides the medical location information in the area, so that the ward 102 can quickly approach the nearest place. The medical field 2 provides assistance and provides great convenience and health protection for the ward 102. Referring to FIG. 3, a functional module diagram of the remote monitoring system 10 of a preferred embodiment of the present invention, wherein the physiological parameter detecting apparatus 104 includes: a reminder unit=, a physiological parameter detecting unit 404, a display unit 406, and an identity information storage early.兀 408, signal generating unit 41 〇, wireless communication unit 412. The reminding unit 402 is configured to provide a reminding service such as an alarm, a vibration, etc. according to a preset to remind the ward to perform the detection of the physiological parameter. The physiological parameter detecting unit 404 is configured to detect various physiological parameters of the ward 1, such as body temperature, blood pressure, heartbeat, and the like. The display element 406 is used for message display, including the detection result of the physiological parameter detection unit and the received processing method. The identity information storage unit 408 stores the personal information of the guardian 102 if the physiological parameter detecting means takes the body H' of the 200906365, if there is no code or telephone number. The nickname generation unit 410 is configured to generate an I濩 message according to the physiological parameter measured by the physiological parameter detecting unit 4〇4 and the identity information in the identity information storage unit, and the error is determined by the wireless communication unit 412 and the wireless communication network ι〇6. Send to monitoring device 108. The line communication unit 412 is configured to communicate with the monitoring device 10 by the wireless communication network 1〇6. A wireless communication network 106 includes a base station identification unit 5〇2 and a forwarding unit 504. The base station identification list $5〇2 is used to add the base station message to the monitoring message, and then forwarded by the forwarding unit 504. The forwarding unit 5〇4 is used for forwarding the message between the physiological parameter detecting device 1〇4 and the monitoring device 1〇8. The monitoring device 108 includes: a transceiver module 〇2, an identification module 〇4, a storage module 606, an analysis module 608, a display module 61〇, an input module 612, a medical location message library 614, and a query module 616. The message synthesizing module 618 and the maintenance module 620. The transceiver module 602 is configured to communicate with the physiological parameter detecting device 104 via the wireless communication network 106. The identification module 604 is configured to receive the monitoring message and identify the corresponding ward 102 according to the identity information in the monitoring message. Since the monitoring device is not only a pair of services, it needs to provide monitoring services to multiple custodians 102 at the same time, so the monitoring information needs to be identified after receiving the monitoring information. The storage module 606 is configured to store the monitoring message according to the identified identity, 13 200906365 to establish a case database of the ward 1〇2. The analysis module 608 is used for Μ, according to the monitoring information of the ward 102,
用預設程式初步分析被的1 #J 給醫護人員m失考 2當前的健康狀況，提供 隻貝110參考。如設置體溫上限，血壓上限等，各 被監護人搬得監護訊息中得對應訊息突破了上; 以進行報警提醒。 「了 顯不杈組610用於顯示被監護人1〇2的生理參數吒· 以及分析模組608的分析結果。 D心 —輸入模'组612用於接收醫護人員110輸入的處理辦法 口為省濩人員110藉由顯示模組610中顯示的被監 -人102的生理參數訊息，可以判斷被監護人⑽是否兩 要採取救助措施’如需要服用的藥物名稱以及服用方法等而。 醫療場所訊息庫614儲存著根據無線通訊網路1〇 各個基站所覆蓋區域劃分的醫療場所訊息，該醫療場所訊 息包括醫院、社康中心和藥店的位址和聯繫電話等。 查珣模組616用於根據無線通訊網路1〇6在監護訊幸 中加入的基站訊息’查詢醫療場所訊息庫614，得到：： 參數檢測裝置104所處區域的醫療場所訊息。 汛息合成模組618用於將輸入模組612接收到的處理 辦法訊息以及所述醫療場所訊息打包，一併藉由無線通訊 網路106發送給生理參數檢測裝置1〇4。 維護模組620用於接收醫療場所訊息並更新到醫療場 所訊息庫614中。即是各個新增或變更的醫療場所工作人 員112可以藉由終端設備114來更新監控設備1〇8中的醫 14 200906365 療場所訊息庫614。 上述遠程監護系統1 〇利用生理參數檢測裝置1 〇 4的檢 測和無線通訊功能，使得被監護人1〇2可以隨時隨地的受 道濩，並肖b夠在需要的時候及時的瞭解處理辦法。藉由 ，線通訊網路106中各個基站區域的劃分，監控設備⑽ 還:以得到被監護人1()2所處區域，並提供該區域内的醫 療昜所汛息，使被監護人1〇2能夠較快的到就近的醫療場 所得到救助，為被監護人1〇2提供了極大的方便和健康保 障。 【圖式簡單說明】 圖1為一較佳實施方式的遠程監護系統示意圖。 圖2為一較佳實施方式的遠程監護方法流程圖。 圖3為一較佳實施方式的遠程監護系統功能模組圖。 L主要元件符號說明 ] 遠程監護系統 10 無線通訊單元 412 被監護人 102 基站標識單元 502 生理參數檢測裝置 104 轉發單元 504 無線通訊網路 106 收發模組 602 •li控設備 108 識別模組 604 醫護人員 110 存儲桓組 606 醫療場所工作人員 112 分析模組 608 終端設備 114 顯示模組 610 提醒單元 402 輸入模組 612 生理參數檢測單元 404 醫療場所訊息庫 614 15 200906365 顯示單元 406 身份訊息存儲單元408 信號生成單元 410 遠程監護方法的流程步驟 查詢模組 616 訊息合成模組 618 維護模組 620 S201-S217 16Use the default program to initially analyze the 1 #J for the medical staff to lose the test. 2 The current health status, provide only the reference of the 110. For example, if the upper limit of the body temperature, the upper limit of the blood pressure, etc., the corresponding ward is moved to the monitoring message, the corresponding message is broken; The display group 610 is used to display the physiological parameters of the ward 1 and the analysis result of the analysis module 608. The D-heart-input mode group 612 is used to receive the input method of the medical staff 110. By displaying the physiological parameter information of the monitored person 102 displayed in the display module 610, the employee 110 can determine whether the ward (10) is to take rescue measures, such as the name of the drug to be taken, the method of taking it, etc. The 614 stores the medical site information divided according to the area covered by each base station of the wireless communication network, the medical site information includes the address and contact telephone number of the hospital, the social welfare center and the pharmacy, etc. The query module 616 is used according to the wireless communication network. The base station message 'inquiring the medical field message library 614' added to the monitoring information is provided by: the medical field information of the area where the parameter detecting device 104 is located. The message synthesizing module 618 is configured to receive the input module 612. The processing information message and the medical field information package are sent to the physiological parameter detecting device 1〇4 through the wireless communication network 106. The group 620 is configured to receive the medical field message and update to the medical field message library 614. That is, each newly added or changed medical field staff 112 can update the medical device 14 in the monitoring device 1 to 8 by the terminal device 114. The location information database 614. The remote monitoring system 1 〇 utilizes the detection and wireless communication function of the physiological parameter detecting device 1 , 4, so that the Guardian 1 〇 2 can be accepted at any time and any place, and the BD can be timely when needed. By means of the division of each base station area in the line communication network 106, the monitoring device (10) also: to obtain the area where the ward 1() 2 is located, and provide medical information in the area to make the ward 1〇2 can be rescued quickly to the nearest medical site, providing great convenience and health protection for the ward 1-2. [Schematic Description] FIG. 1 is a schematic diagram of a remote monitoring system according to a preferred embodiment. 2 is a flow chart of a remote monitoring method according to a preferred embodiment. FIG. 3 is a functional block diagram of a remote monitoring system according to a preferred embodiment. Remote monitoring system 10 Wireless communication unit 412 Guardian 102 Base station identification unit 502 Physiological parameter detection device 104 Forwarding unit 504 Wireless communication network 106 Transceiver module 602 • Li control device 108 Identification module 604 Medical staff 110 Storage group 606 Medical site Staff 112 Analysis Module 608 Terminal Device 114 Display Module 610 Reminder Unit 402 Input Module 612 Physiological Parameter Detection Unit 404 Medical Location Message Library 614 15 200906365 Display Unit 406 Identity Message Storage Unit 408 Signal Generation Unit 410 Flow of Remote Monitoring Method Step query module 616 message synthesis module 618 maintenance module 620 S201-S217 16