200924705 九、發明說明： 【發明所屬之技術領域】 本發明係關於一種遠距醫療與遠距健康照護系統及其資料傳 輸方法’並且特別地’遠距醫療與遠距健康照護系統及^資料傳 輸方法能夠全程記錄會診時的醫療資訊及提供認證機制。、 【先前技術】 、在高齡化社會中’慢性病人及高齡病患的醫療需求不斷增加 ❹ 並且消耗的醫療費用急速飛漲，但是醫療資源有限而醫療服務卻 與曰而增。因此，如何因應人口老化帶來的衝擊、適當控制醫療 費用及有效利用醫療資源已是刻不容緩的議題。另外，由於偏^ 地區或疋離島專地醫療設備的不足，如何改善城鄉之間的醫療差 距以因應老化社會的來臨已經面臨考驗。有鑑於此，無論是學術 界或是產業界皆投入大量的資金、人力積極開發與研究遠距醫 系統。 遠距醫療’就是藉著資訊及電信技縣錢相隔兩地的 病患^醫療臨床資料及專家的意見’以克服空間甚至時間上的障 ❹ 礙。遠距醫療結合了電腦、通信技術與醫事人員的專業知識，使 ，師可以相千里進行視訊會議及隔空會珍，提供偏遠和離島地 區的民眾全面的醫療照顧，也可提供醫師及護理人員的教學訓練 機會。 '' 此外，遠距醫療的定義與包含的内容也隨著時代的進步而隨 =改變。就比較狹義_容’遠㈣療是指遠距放躲學，遠距 ，神醫學等專業的科目。猶微廣義的解釋，遠距醫療則是指在一 =離^外相隔兩地的醫療照會行為⑽ec_ltati〇n)。更廣義的 表遠距的健康照顧峰ealtheare)行為，'包括 尿上的各種醫療應用以及醫學衛生教育。 6 200924705 言2距醫療系統通常使用視訊會議系統以達到即時 目的。目則市面上有些視訊會議系統賴可以聽到聲音^ ^合二但這樣的系統並不能多方會談，無法滿足醫療上 f卜，有些視訊會議系統賴能滿足群體會診 資料以供it備力端遙控攝影機以及記錄會診的影音 ❹ 会试t方面’由於驗資訊陳感雜高，但是對於遠距醫療 人的個人資訊係以電子方式記載並且儲存，因此更 :進'?授權之人取用和傳佈。因此’建立一個保護隱私權的 括電腦診療的機密性議題、揭露病患資訊供第三人使 題。、嘀w同意的告知、限制資料庫揭露的規定等亦為重要的議 昭罐5 ΐ發明之主要範#在於提供—種遠距醫療與遠距健康 °蒦系統及其資料傳輸方法，轉決上述之舰。 【發明内容】 $ &^發明之一範疇在於提供一種遠距醫療與遠距健康照護系統 及其資料傳輸方法。 根據本^明之一具體實施例，遠距醫療與遠距健康照護系統 =¾一病患監控站台、一遠距控制站台以及一管理站台。該病患 監控站台包含-第—儲存裂置、—第—通訊裝置…第一接收裝 f以^一第一處理裝置。該遠距控制站台包含一第二儲存裝置、 —第二通訊裝f、一第二接收裝置以及一第二處理裝置。該管理 站〇包含第二通訊裳置以及一認證平台（authentication platform) 〇 ^該第一接收裝置用以接收與一病患相關之一第一醫療資訊。 该第-處理農置分顺接第_儲存裝置、該第_通訊裝置以 7 200924705 及該第-接收裝置。該第—處理裝置將該第_醫療資訊壓縮 (encapsulate)成一第一資料封包並且將該第一資料封包儲存至該第 -儲存裝置。該第二接收裝置用以接收與該病患相關之一第二醫 ，資訊。該，三處理裝置分顺接至該第二儲存裝置、該第二通 訊裝置以及該第二接收裝置。該第二處理裝置將該第二醫療資訊 塵縮成-第二資料封包並且將該第二資料封包儲存至該第二儲存 裝置。該認證平台搞接至該第三通訊裝置。 々一經由一網路，該遠距控制站台能夠透過該第二通訊裝置與該 第一通afL裝置建立一第一溝通連結(c〇mmunicati〇n 1丨业)以取得由 ❹該認證平⑽產生之-第—認證。該遠距洲站纟並且能夠透過 該第二通訊裝置與該第-軌裝置建立—第二溝通連結以傳送該 第了認證至該第-處縣置。如果該L轉置觸該第一認 證係有效的(valid)，該遠距控制站台進一步存取(access)儲存於該 第一儲存裝置中之該第一資料封包。 一經由該網路，該病患監控站台能夠透過該第一通訊裝置與該 第二通訊裝置建立一第三溝通連結以取得由該認證平台所產生之 一第二認證。該病患監控站台並且能夠透過該第一通訊裝置與該 第二通訊裝置建立一第四溝通連結以傳送該第二認證至該第二處 ❹理裝置。如果該第二處雜置躺該第二認證係有效的，該病患 監控站台進一步存取儲存於該第二儲存裝置中之該第二資料封 包。 根據本發明之另一具體實施例為一種供遠距醫療與遠距健康 照護系統狀㈣傳輸方法。軸距醫療與遠距健康照護系統包 含一病患監控站台、一遠距控制站台以及一管理站台，該病患監 控站台包含一第一儲存裝置，並且該遠距控制站台包含一第二儲 存裝置。 於該病患監控站台，該方法首先接收與一病患相關之一第一 8 200924705 醫療資訊。接著，該方法將該第一醫療資訊壓縮成一第一資料封 包’並且將該第一資料封包儲存至該病患監控站台之該第一儲存 裝置。之後，經由一網路，該方法使該遠距控制站台由該管理站 台取得一第一認證。然後，經由該網路，該方法使該遠距控制站 台傳送該第一認證至該病患監控站台。如果該病患監控站台判斷 該第一認證係有效的，該方法使該遠距控制站台進一步存 於該第一儲存裝置中之該第一資料封包。 存 關於本發明之優點與精神可以藉由以下的發明詳述及所附圖 式得到進一步的瞭解。 ® 【實财幻 請參閱圖一。圖一係繪示根據本發明之第一具體實施例之遠 距醫療與遠距健康照護系統1之功能方塊圖。如圖一所示，該遠 距醫療與遠距健康照護系統1包含一病患監控站台10、一遠^控 制站台20以及一管理站台30，並且彼此之間係透過一網路4〇互 ，，通連結。需注意的是，根據本發明之遠距醫療與遠距健康照 5蔓系統1可以包含複數個病患監控站台10以及複數個遠距控制 站台20,並不以圖一中之一個病患監控站台1〇及一個遠距控制 ❹ 站台20為限。 米該病患監控站台10即是病患所在之處，並且該病患可以由 當地的醫護人員照護。該遠距控制站台20則是專業醫師所在之 處，並且供專業醫師對病患進行遠距問診或是檢查。一旦位於病 ，監控站台10的當地醫護人員認為有需要專業醫師的協助時， 就連上該官理站台30尋求協\助。該管理站台則根據目前可提 ，服務之專業醫師以及距離等資料，來協助當地醫護人員連結適 虽之專業醫師所在之遠距控制站台20。 一如圖一所示，該病患監控站台1〇包含一第一儲存裝置1〇〇、 一第一通訊裝置102、一第一接收裴置1〇4以及一第一處理裝置 200924705 IT里該遠距控制站台20包含一第二儲存裝置200、一第 二通訊 二％、一第二接收裝置204以及一第二處理裝置206。該管 ζ 包含一第三通訊裝置3〇〇以及一認證平台302，該認證 平口 302可以耦接至該第三通訊襞置3〇()。 該第>一接收裝置104用以接收與一病患相關之一第一醫療資 訊。該第.-醫療資訊可以包含音訊資料、視訊資料以及生理 料等。舉例而言，音訊資料及視訊資料可以包含 如病史詢問)及視訊身體檢查等。於實際應用中，該 ❹ ❹ 二1G並且可以包含—視訊會議設備，用以掏取及傳 輸该曰訊資料及該視訊資料至該第一接收裝置1〇4。生理可 =藉由，學診斷而取得，並且可以包含與病患相關之體溫、血 壓、心音以及心電圖等。 理裝置1G6分職接至該第-儲存裝置1。〇、該第 -通訊裝置102以及該第-接收裝置1〇4。該第一處 將該第-醫療資訊壓縮成-第-資料封包並 封包儲存至該第-儲存裝置100。也就是說，在會枓 ΪΙίί:站台1〇所有的視訊影音資訊都將被記錄於該第-於:際應用中’該網路40可以是一非對稱式數位用戶迴路 (symmetnc digital subscriber line，ADSL)網路、一非同步傳輸 (asynchronous transfer mode, ATM)^„ , (integrated service digital network，ISDN)、__、丄 r*、釭从 &、 . 》 7土區進接雷·^見 (community _ss television，CCTV)網路、 = netwk，_或-光纖網路’但不以此為限。=路=: 可以是-混合晴(hybrid綠_ ’並且_路4()可^ 述之網路中之至少二種網路所組成。該網 f所 TCP/IP通訊協定或一 UDP通訊協定，但不 』以遷循一 200924705 當遠遠距㈣站台2G欲連結至該病患監控站台1()時，該遠 ，控站台20能夠透過該第二通訊裝置2〇2與該管理站台％之 通訊裝置3⑻建立―第—溝通連結以預先取得由該°認證平 ° 所產生之一第一認證。之後，該遠距控制站台20並且能 夠透過違第一通訊裝置202與該第-通訊裝置搬建立一第二溝 通連肋傳送該第-紐至該第—處理裝置觸。如果該第一處 理裝置106判斷該第-認證係有效的，該遠距控制站台2〇進一 步存取儲存於該第一儲存裝置1〇〇中之該第一資料封包。 換言之，當連結成功之後，病患監控站台1〇的當地醫護人 〇 s可赠過視騎議設備與專錢師群進行視訊會議，討論病患 的^症。遠距控制站台20之專業醫師一方面透過視訊與病患以 及备地醫護人員對談以觀察病患狀態，另一方面則透過該第二通 訊裝置202所寬集並回報之生理資料，協助判讀病患之生理狀 態。特別地，遠距控制站台20之專業醫師除了可以即時會診 外，，亦可以5周閱先前記錄於該第一儲存裝置·的視訊景多訊 以輔助診斷。 ° 為了讓遠距控制站台20的專業醫師能夠有足夠的影像資訊 可供巧讀，該視訊會議設備可以在病患監控站台1〇裝設多組攝 〇 影機蒐集影像資訊，讓遠端的專業醫師可同步於不同角度觀察病 患。此外，該視訊會議設備也提供操作界面讓遠端醫師可針對各 個攝影機，進行縮放(zoomin、zoomout)以及調整角度等動作。 該第二接收裝置204用以接收與該病患相關之一第二醫療資 訊。同樣地，該第二醫療資訊亦可以包含音訊資料、視訊資料以 及生理資料等。舉綱言，音訊歸聽财料可吨含遠距控 制站台20之專業醫師於視訊問診時之影像及病史詢問的内^ #。該遠距控制站台2G亦可以包含—視訊會議設備，用以操取 及傳輸該音訊資料及該視訊資料至該第二接收裝置2〇4。生理資 料可以指所接收之體溫、血壓、心音以及心電圖經過分析或評估 200924705 所產生之檢驗資料。 該第二處理裝置2〇6分別耦接至該第二儲存裝置2〇〇、該第 二通訊裝置2G2以及該第二接收裝置2〇4。同樣地，該第二處理 裝置206將該第二醫療資訊_成一第二資料封包並且將該第二 資料封包儲存至該第二儲存裝置2〇〇。 一 之後，该病患監控站台10能夠透過該第一通訊裝置1〇2與 該第二通訊裝置300建立一第三溝通連結以取得由該認證平台 302所產生之一第二認證。該病患監控站台1〇並且能夠透過該^ T通訊裝置102與該第二通訊裝置202建立-第四溝通連結以傳 © 送該第二認證至該第二處理裝置2G6。如果該第二處理裝置 判斷該第二認證係有效的，該病患監控站台1〇 於該第二儲存裝置200中之該第二資料封包。藉此，^患監控站子 台10的當地醫護人貞可以根翻史詢問時專额_回應或該 檢驗資料對該病患進行相對應的照護。 凊參閱圖二。圖二係繪示根據本發明之第二具體實施例之遠 距醫療與遠距健康照護系統1之功能方塊圖。 如圖一所示，該病患監控站台10並且可以包含一生理量測 © 元件108’用以量測該生理資料。舉例而言，該生理量測元件 108可以是-體溫計、—血壓計---。音計或-生醫感測器。於 一具體實施例中，該生理資料能夠以一無線通訊協定傳輸至該病 士監控=台10之該第一接收裝置1〇4。舉例而言，該無線通訊協200924705 IX. Description of the Invention: [Technical Field] The present invention relates to a telemedicine and telehealth care system and a data transmission method thereof, and in particular, 'telemedicine and telehealth care systems and data transmission The method can record the medical information at the time of consultation and provide the authentication mechanism. [Prior Art] In the aging society, the medical needs of chronic patients and elderly patients are increasing ❹ and the medical expenses consumed are soaring, but medical resources are limited and medical services are increasing. Therefore, how to respond to the impact of the aging population, proper control of medical expenses and effective use of medical resources is an urgent issue. In addition, due to the shortage of medical equipment in the area or the outlying islands, how to improve the medical gap between urban and rural areas has been tested in response to the advent of an aging society. In view of this, both academia and industry have invested a lot of money and manpower to actively develop and research telemedicine systems. Telemedicine is to overcome the obstacles in space and even time by patients with medical information and experts' opinions from the two places of information and telecommunications technology. Telemedicine combines the expertise of computers, communication technology and medical personnel to enable the division to conduct videoconferencing and space-saving meetings, provide comprehensive medical care for people in remote and outlying areas, and provide physicians and caregivers. Teaching and training opportunities. '' In addition, the definition and content of telemedicine has also changed with the progress of the times. In a narrower sense, 容's far (four) treatment refers to subjects such as distance learning, distance, and medical science. According to the broad interpretation of telemedicine, telemedicine refers to the medical note behavior (10) ec_ltati〇n in two places separated from the outside. The broader aspect of the long-range health care peak ealtheare) behavior, 'including various medical applications in the urine as well as medical health education. 6 200924705 The two-way medical system usually uses a video conferencing system for immediate purposes. There are some video conferencing systems on the market that can hear the voice ^ ^ two but such a system can not meet in multiple parties, can not meet the medical needs, some video conferencing systems can meet the group consultation information for it to prepare for the remote control camera As well as recording the audio-visual consultations of the consultations, the results of the examinations are high. However, the personal information of the telemedicines is electronically recorded and stored, so it is more important to: access and disseminate. Therefore, it is necessary to establish a confidential issue that protects privacy, including computer diagnosis and treatment, and expose patient information for third-party problems.嘀w agrees to inform, restricts the disclosure of the database, etc. It is also important that the main purpose of the invention is to provide a remote medical and remote health system and its data transmission method. The above ship. SUMMARY OF THE INVENTION One of the scopes of the $ &^ invention is to provide a telemedicine and telehealth care system and a data transmission method thereof. According to one embodiment of the present invention, the telemedicine and telehealth care system = 3⁄4 a patient monitoring station, a remote control station, and a management station. The patient monitoring station includes a - first storage split, a - communication device, a first receiving device, and a first processing device. The remote control station includes a second storage device, a second communication device, a second receiving device, and a second processing device. The management station includes a second communication device and an authentication platform. The first receiving device is configured to receive one of the first medical information related to a patient. The first processing farm device is connected to the first storage device, the third communication device to 7 200924705 and the first receiving device. The first processing device encapsulates the first medical information into a first data packet and stores the first data packet to the first storage device. The second receiving device is configured to receive a second medical information related to the patient. The three processing devices are spliced to the second storage device, the second communication device, and the second receiving device. The second processing device reduces the second medical information to a second data packet and stores the second data packet to the second storage device. The authentication platform is connected to the third communication device. The remote control station can establish a first communication link (c〇mmunicati〇n 1丨) with the first afL device through the second communication device to obtain the authentication level (10). Generated - the first - certification. The remote station is capable of establishing a second communication link with the first track device via the second communication device to transmit the first authentication to the first county. If the L-transfer touches the first authentication system, the remote control station further accesses the first data packet stored in the first storage device. Through the network, the patient monitoring station can establish a third communication link with the second communication device through the first communication device to obtain a second authentication generated by the authentication platform. The patient monitors the station and is capable of establishing a fourth communication link with the second communication device via the first communication device to transmit the second authentication to the second processing device. If the second authentication is valid, the patient monitoring station further accesses the second data packet stored in the second storage device. Another embodiment of the present invention is a transmission method for a telemedicine and a telehealth care system. The wheelbase medical and remote health care system comprises a patient monitoring station, a remote control station and a management station, the patient monitoring station comprises a first storage device, and the remote control station comprises a second storage device . At the patient monitoring station, the method first receives one of the first 8 200924705 medical information associated with a patient. Next, the method compresses the first medical information into a first data package and stores the first data packet to the first storage device of the patient monitoring station. Thereafter, the method causes the remote control station to obtain a first authentication from the management station via a network. Then, via the network, the method causes the remote control station to transmit the first authentication to the patient monitoring station. If the patient monitoring station determines that the first authentication is valid, the method causes the remote control station to further store the first data packet in the first storage device. The advantages and spirit of the present invention will be further understood from the following detailed description of the invention and the accompanying drawings. ® [Fully Fantasy See Figure 1. BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a functional block diagram of a telemedicine and telehealth care system 1 in accordance with a first embodiment of the present invention. As shown in FIG. 1, the telemedicine and telehealth care system 1 includes a patient monitoring station 10, a remote control station 20, and a management station 30, and each other communicates with each other through a network. , through the link. It should be noted that the remote medical and remote health care 5 system according to the present invention may include a plurality of patient monitoring stations 10 and a plurality of remote control stations 20, and is not monitored by one of the patients in FIG. It is limited to the platform 1 and a remote control station. The patient monitoring station 10 is where the patient is located, and the patient can be cared for by local medical staff. The remote control station 20 is where the professional physician is located, and is used by a professional physician to conduct a remote consultation or examination of the patient. Once in the disease, the local medical staff at the monitoring station 10 thinks that there is a need for the assistance of a professional physician, and even the official website 30 seeks assistance. The management station will assist local medical staff to connect to the remote control station 20 where the professional doctor is located, based on the current available physicians and distances. As shown in FIG. 1, the patient monitoring station 1 includes a first storage device 1A, a first communication device 102, a first receiving device 1〇4, and a first processing device 200924705 IT. The remote control station 20 includes a second storage device 200, a second communication two percent, a second receiving device 204, and a second processing device 206. The device includes a third communication device 3A and an authentication platform 302. The authentication port 302 can be coupled to the third communication device 3(). The first > receiving device 104 is configured to receive one of the first medical information associated with a patient. The medical information may include audio materials, video materials, and physiological materials. For example, audio and video data can include, for example, medical history queries and video medical examinations. In practical applications, the device can include a video conferencing device for capturing and transmitting the video data and the video data to the first receiving device 1〇4. Physiology can be obtained by learning from diagnosis, and can include body temperature, blood pressure, heart sound, and electrocardiogram associated with the patient. The device 1G6 is connected to the first storage device 1 in a divided manner. The first communication device 102 and the first receiving device 1〇4. The first portion compresses the first medical information into a -data packet and stores it in the first storage device 100. That is to say, in the conference 枓ΪΙίί: all the video and audio information of the station 1 will be recorded in the first-to-inter-application. The network 40 can be an asymmetric digital subscriber line (symmetnc digital subscriber line, ADSL) network, an asynchronous transfer mode (ATM) ^, (integrated service digital network, ISDN), __, 丄r*, 釭 from &, . (community _ss television, CCTV) network, = netwk, _ or - fiber network 'but not limited to this. = road =: can be - mixed clear (hybrid green _ 'and _ road 4 () can be described At least two kinds of networks in the network. The network f is TCP/IP protocol or a UDP protocol, but does not move to a 200924705 when the distance (4) station 2G wants to link to the patient monitoring At the station 1 (), the remote control station 20 can establish a "first" communication link with the communication device 3 (8) of the management station % through the second communication device 2 〇 2 to obtain one of the generated levels of the authentication First authentication. Thereafter, the remote control station 20 is capable of transmitting through the first communication 202, the second communication device is connected to the first communication device to transmit the first button to the first processing device. If the first processing device 106 determines that the first authentication system is valid, the remote control station 2 Further accessing the first data packet stored in the first storage device 1 . In other words, after the connection is successful, the local medical staff of the patient monitoring station 1 can present the device and the device. Qian Shiqun conducts a video conference to discuss the patient's symptoms. The professional doctors at the remote control station 20 observe the patient's condition through video interviews with the patient and the medical staff on the ground, and on the other hand, through the second The physiological information of the communication device 202 is widely collected and rewarded to assist in the interpretation of the physiological state of the patient. In particular, the professional physician of the remote control station 20 can also read the previous record in the first storage in addition to the immediate consultation. The video view of the device is used to assist the diagnosis. ° In order to allow the professional doctor of the remote control station 20 to have enough image information for the purpose of reading, the video conferencing device can be used at the patient monitoring station. Multiple sets of camera cameras are installed to collect image information, so that the remote professional doctor can observe the patient at different angles. In addition, the video conferencing device also provides an operation interface for the remote doctor to zoom for each camera (zoomin And the action of adjusting the angle, etc. The second receiving device 204 is configured to receive a second medical information related to the patient. Similarly, the second medical information may also include audio data, video data, physiological data, and the like. . To put it in mind, the audio-visual materials can be used in the video and medical history of the professional doctors at the remote control station. The remote control station 2G can also include a video conferencing device for operating and transmitting the audio data and the video data to the second receiving device 2〇4. Physiological data may refer to the test data generated by the received body temperature, blood pressure, heart sounds, and ECG analysis or evaluation 200924705. The second processing device 2〇6 is coupled to the second storage device 2〇〇, the second communication device 2G2, and the second receiving device 2〇4, respectively. Similarly, the second processing device 206 encapsulates the second medical information into a second data packet and stores the second data packet to the second storage device. Thereafter, the patient monitoring station 10 can establish a third communication link with the second communication device 300 through the first communication device 1 to obtain a second authentication generated by the authentication platform 302. The patient monitors the station and can establish a fourth communication link with the second communication device 202 via the communication device 102 to transmit the second authentication to the second processing device 2G6. If the second processing device determines that the second authentication system is valid, the patient monitoring station 1 is in the second data packet in the second storage device 200. In this way, the local medical staff of the monitoring station sub-station 10 can perform corresponding care for the patient in response to the _ response or the test data.凊 See Figure 2. Figure 2 is a functional block diagram of a telemedicine and telehealth care system 1 in accordance with a second embodiment of the present invention. As shown in Figure 1, the patient monitors the platform 10 and may include a physiological measurement © element 108' for measuring the physiological data. For example, the physiological measurement component 108 can be a thermometer, a sphygmomanometer. Sound meter or - biomedical sensor. In one embodiment, the physiological data can be transmitted to the first receiving device 1〇4 of the patient monitoring unit 10 in a wireless communication protocol. For example, the wireless communication protocol
定可以疋一紅外線協定、一 GSM協定、一 GPRS協定、一 WAP 協定、一藍芽協定、一 Zigbee協定、一 Wi Fi協定、一 wi_Max 協定、一超寬頻協定、一 ！EEE 8〇2.15.4協定或IEEE 802.11系列 協定。 如^二所示，該管理站台30進一步包含一第三儲存裝置 304。該織平台302並且可以產生-第三認證。該管理站台3〇 12 200924705 ^夠透過該第三通訊裝置300 _第—通訊裝置1G2建立一第五 ΐίΐ結以傳送該第三認證至該第一處理裝置礙。如果該第-t聚置106雌該第三認證係有效的，該管理站台30進一步 存於該第-儲存裝置_中之該第一#料封包，並將該第 貝料封包儲存至該第三儲存裝置304中。 ❹It can be an infrared protocol, a GSM protocol, a GPRS protocol, a WAP protocol, a Bluetooth protocol, a Zigbee agreement, a Wi Fi protocol, a Wi_Max protocol, an ultra-wideband protocol, one! EEE 8〇2.15.4 Agreement or IEEE 802.11 Series Agreement. As shown in FIG. 2, the management station 30 further includes a third storage device 304. The woven platform 302 can also generate a third authentication. The management station 3 〇 12 200924705 ^ is able to establish a fifth 透过 ΐ 透过 through the third communication device 300 _ the first communication device 1G2 to transmit the third authentication to the first processing device. If the third authentication system is valid, the management station 30 further stores the first material packet in the first storage device_, and stores the first material packet to the first Three storage devices 304. ❹
押μί此之外，該認證平台302並且可以產生一第四認證。該管 捸A I SO能夠透過該第三通訊裝置300與該第二通訊裝置202 “ s 一第六溝通連結以傳送該第四認證至該第二處理裝置206。 ^果或第二處理裝置2G6判_第四繼係有效的，該管理站台 存取儲存於該第二儲存裳置200中之該第二資料封包， 並將5亥第二資料封包儲存至該第三儲存裝置304中。 此’在會診的過程中，位於病患監控站台10及遠距控制 户:$所有的醫療資訊都將被記錄於該管理站台30之該第三儲 =置304中以備後續之查驗工作。為了便於後續之查驗工作， 站台30可以同步顯示於病患監控站台以及遠距控制站 二雜/i錄製的影像資料’或是該管綱台％也可以貞責監控與 備δ。文裝於病患監控站纟10以及遠距控制站台20之視訊會議設 明> 二1閱1二Α及圖三Β。圖三Α及圖三Β係繪示根據本發 ㈣一 遠距^與遠距健康照統狀資料傳輸方法之流 〜距醫療與遠距健康照護祕包含-病患監控站台、一 H站台以及—f理站台，該病患監控站台包含-第一儲存 、並且該遠距控制站台包含一第二儲存裝置。 該方法接 “首先’該方法執行步驟si〇〇，於該病患監控站台 收與-病患相關之訊。 次ίί丄該ΐ法執行步驟S1G2，將該第—醫療㈣壓縮成一第 貝’、f匕’並且將該第一資料封包儲存至該病患監控站台之該 13 200924705 第一儲存裝置 台由;ί理執行步驟，4 ’使該遠距控制站 台傳送ί第122病:步驟S1。6，使該遠距控制站 ❹ ❹ 該第;步存取儲存於 理站該方法並且可以執行步猶，使該管 送該監驟，使該管理站台傳 認證ί ΐ有====控第三 站台之包’並將該第—資料封包儲存至該管理 台，接=tsm，於該遠距控制站 然後，該方法執行步驟Si 14，眩兮哲盼* 一 :¾並且將該第二資料封包以==; 驟S116，使該病患監控站 接著，經由該網路，該方法執行步 200924705 台由該管理站台取得一第二認證。 台傳ί3第遠步驟S118 ’使該病患監控站 右ί方?ί行步驟S120，使該遠距控制站台判斷該第二 二該遠距控制站台判斷該第二認證係有效的， _ 監控站台進—步存取儲存於該第 理站:==::該方法並且可以執行步驟咖，使該管 送該ΐί認ί;Ξ控=執行步驟S134，使該管理站台傳 如果S距======驟 S138，使該營理址旳及方法執打步驟 統除之遠距醫療與遠距健康照護系 與遠距健康照護系統亦提供完善的認二 發明具希望能更加清楚描述本 ^具，_安排於本發明所欲中請^專改變 本發明所中請之專利範圍的範魏該根據上述“二最^ 15 200924705 廣的解釋，以致使其涵蓋所有可能的改變以及具相等性的安排。In addition to this, the authentication platform 302 can also generate a fourth authentication. The switch AI SO can communicate with the second communication device 202 via the third communication device 300 to transmit the fourth authentication to the second processing device 206. The result is determined by the second processing device 2G6. The fourth relay system is valid, the management station accesses the second data packet stored in the second storage shelf 200, and stores the second data packet in the third storage device 304. During the consultation process, the patient monitoring station 10 and the remote control household: all medical information will be recorded in the third storage unit 304 of the management station 30 for subsequent inspection work. Subsequent inspection work, station 30 can be simultaneously displayed on the patient monitoring station and remote control station two miscellaneous / i recorded image data 'or the tube platform can also be responsible for monitoring and preparation δ. Wen installed in patients The video conference of the monitoring station 纟10 and the remote control station 20 is set to be clearly described in the following paragraphs: Fig. 3Α and Fig. 3Β are shown according to the present invention (4), a distance ^ and a distance health According to the flow of unified data transmission method ~ medical and remote health care Including a patient monitoring station, a H station, and a platform, the patient monitoring station includes - a first storage, and the remote control station includes a second storage device. The method is followed by "first" method execution steps Si〇〇, in the patient monitoring station to receive - patient-related news. Step 执行 丄 丄 丄 执行 执行 执行 执行 执行 执行 ΐ 医疗 医疗 医疗 医疗 医疗 医疗 医疗 医疗 医疗 医疗 医疗 医疗 医疗 医疗 医疗 医疗 医疗 医疗 医疗 医疗 医疗 医疗 医疗 医疗 医疗 医疗 医疗 医疗 医疗 医疗 医疗 医疗 医疗 医疗 医疗 医疗 医疗 医疗 医疗 医疗 医疗 医疗 医疗 医疗 医疗The steps are executed, 4' causes the remote control station to transmit ί 122 disease: step S1. 6, the remote control station ❹ ❹ the first; step access to the method stored in the station and can perform steps, Sending the tube to the monitoring, so that the management station passes the authentication ί = ==== control the package of the third station' and stores the first data packet to the management station, then =tsm, in the remote control Then, the method performs step Si 14, glare, and: the second data is encapsulated by ==; Step S116, so that the patient monitoring station continues, via the network, the method executes step 200924705 The station obtains a second authentication from the management station. Step 118 ί ί ί 118 118 118 118 118 118 118 118 118 118 118 118 118 118 118 118 118 118 118 118 118 118 118 118 118 118 118 118 118 118 118 118 118 118 118 118 118 118 118 118 118 118 118 118 118 118 118 118 118 118 118 The station enters the step-by-step access and stores it in the first station: ==:: the method and can execute the step coffee, so that the tube sends the ΐ 认 认; Ξ control = step S134 is performed, so that the management station transmits if the S distance = =====Step S138, the telemedicine and telehealth care system and the telehealth care system that make the camp address and method execution steps are also provided with a comprehensive recognition of the invention. This article is arranged in the scope of the present invention. Please refer to the above-mentioned "two most ^ 15 200924705 wide interpretation" so that it covers all possible changes and Arrangement of equality.
16 200924705 【圖式簡單說明】 圖一係緣示根據本發明之第一具體實施例之 健康照護系統之功能方塊圖。 遠距醫療與遠距 健康具财關之紐醫療與遠 距 圖 Ο μ，及圖二Β鱗示根據本發明之一種供遠距醫療與遠距 健康照護系統用之資料傳輸方法之流程圖。 一、'"【主要元件符號說明】 1 :遠距醫療與遠距健康照護系統 10 :病患監控站台 30 :管理站台 1〇〇 :第一儲存裝置 104 :第一接收裝置 108 :生理量測元件 200 :第二儲存裝置 204 :第二接收裴置 300 :第三通訊裝置 304 :第三儲存裝置 S100〜S138 :流程步驟 20 :遠距控制站台 40 :網路 102 :第一通訊裝置102 1.06 :第一處理裝置 202 :第二通訊裝置 206 :第二處理裝置 302 :認證平台 17BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a functional block diagram showing a health care system according to a first embodiment of the present invention. The telemedicine and remote health care medical care and distance map Ο μ, and the Fig. 2 scale show a flow chart of a data transmission method for a telemedicine and telehealth care system according to the present invention. I. '" [Main component symbol description] 1: Telemedicine and telehealth care system 10: Patient monitoring station 30: Management station 1〇〇: First storage device 104: First receiving device 108: Physiological amount Measuring element 200: second storage device 204: second receiving device 300: third communication device 304: third storage device S100~S138: process step 20: remote control station 40: network 102: first communication device 102 1.06: first processing device 202: second communication device 206: second processing device 302: authentication platform 17