TWI511070B - Telemedicine system and method thereof - Google Patents
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Description
本發明係有關一種遠距醫療系統，特別是一種可以有效率地收集生理資訊的遠距醫療系統。The present invention relates to a telemedicine system, and more particularly to a telemedicine system that can efficiently collect physiological information.
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日而增。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，由於偏遠地區或是離島等地醫療設備的不足，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。In an aging society, the medical needs of chronic patients and elderly patients are increasing 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 remote areas or 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.
對於偏遠地區的民眾而言，交通是很不便利的，因此定期到醫院進行檢測是非常舟車勞頓的一件事，耗體力且交通花費也高，所謂遠距醫療，就是藉著資訊及電信技術來交換相隔兩地的病患的醫療臨床資料及專家的意見，以克服空間甚至時間上的障礙。遠距醫療結合了電腦、通信技術與醫事人員的專業知識，使醫師可以相隔千里進行視訊會議及隔空會診，提供偏遠和離島地區的民眾全面的醫療照顧。For people in remote areas, transportation is very inconvenient. Therefore, it is very difficult to go to the hospital for testing regularly. It consumes a lot of energy and has high transportation costs. The so-called telemedicine is through information and telecommunications technology. To exchange medical clinical data and expert opinions of patients in two separate places to overcome space and even time barriers. Telemedicine combines the expertise of computers, communication technology, and medical personnel to enable physicians to conduct video conferencing and air-to-air consultations thousands of miles apart, providing comprehensive medical care for people in remote and outlying areas.
然而，雖然習知技術中的遠距醫療系統可以使用視訊會議系統以達到即時診斷的目的，但醫事人員仍需要病患的生理檢測資訊，才能夠有效的評估該病患的生理狀態，特別針對有些慢性病患的 生理狀態追蹤，因此以電子方式長期記載生理檢測資訊是必要的條件，但如何有效地收集病患的生理檢測資訊卻也是一個困難點。However, although the telemedicine system in the prior art can use the video conferencing system for the purpose of real-time diagnosis, the medical staff still needs the physiological detection information of the patient to effectively evaluate the physiological state of the patient, especially Some chronic patients Physiological status tracking, so it is necessary to electronically record physiological detection information for a long time, but how to effectively collect the physiological detection information of patients is also a difficult point.
有鑑於此，發明人本於多年從事相關領域開發與設計經驗，針對上述之目標，詳加設計與審慎評估後，終得一確具實用性之本發明。In view of this, the inventor has been engaged in the development and design experience of related fields for many years, and after the detailed design and careful evaluation of the above objectives, the invention has finally become practical.
本發明為解決習知之遠距醫療系統不易收集生理資訊的問題。The invention solves the problem that the remote medical system is difficult to collect physiological information.
本發明所提供的遠距醫療系統包含一量測端、一伺服端以及一外部輸入端。The telemedicine system provided by the present invention comprises a measuring end, a servo end and an external input end.
本發明之量測端係用以對至少一使用者進行量測，該使用者具有一身份識別件，本發明之量測端包含一生理訊號檢測單元、一感應單元以及一傳輸單元，本案不以此為限。The measuring end of the present invention is used for measuring at least one user. The user has an identification component. The measuring end of the present invention comprises a physiological signal detecting unit, a sensing unit and a transmitting unit. This is limited to this.
感應單元係用以感應該身份識別件，且該身份識別件具有一識別碼，該身份識別件可為一無線射頻辨識系統(RFID)感應卡或一使用手冊。The sensing unit is configured to sense the identification component, and the identification component has an identification code, and the identification component can be a Radio Frequency Identification System (RFID) proximity card or a manual.
生理訊號檢測單元連接該感應單元，可以有線或無線的方式進行連接，本案不以此為限；生理訊號檢測單元提供一使用者進行一生理檢測，生理訊號檢測單元進行完生理檢測後會產生至少一生理訊號，並將該識別碼以及該生理訊號經過處理，以產生一檢測訊號，該檢測訊號可為該識別碼與該生理訊號的任意組合，或該識別碼與該生理訊號的任意組合，本案不以此為限。。The physiological signal detecting unit is connected to the sensing unit and can be connected by wire or wirelessly. The present invention is not limited thereto; the physiological signal detecting unit provides a user to perform a physiological test, and the physiological signal detecting unit generates at least after performing physiological detection. a physiological signal, and the identification code and the physiological signal are processed to generate a detection signal, where the detection signal can be any combination of the identification code and the physiological signal, or any combination of the identification code and the physiological signal, This case is not limited to this. .
傳輸單元連接於該生理訊號檢測單元，可以有線或無線的方式進行連接，本案不以此為限，該傳輸單元係用以傳送該檢測訊號至伺服端。The transmission unit is connected to the physiological signal detecting unit, and can be connected in a wired or wireless manner. The present invention is not limited thereto, and the transmission unit is configured to transmit the detection signal to the server.
本發明之量測端更包含一電力單元，用以提供電力給該 感應單元、該生理訊號檢測單元與該傳輸單元，可以有線或無線的方式進行充電，本案不以此為限。The measuring end of the invention further comprises a power unit for providing power to the The sensing unit, the physiological signal detecting unit and the transmitting unit can be charged in a wired or wireless manner, and the present invention is not limited thereto.
本發明之伺服端包含一儲存單元、一傳輸模組以及一比對單元。The servo end of the present invention comprises a storage unit, a transmission module and a comparison unit.
伺服端之傳輸模組係用以接收該檢測訊號，並還原為該識別碼以及該生理訊號。The transmission module of the server is configured to receive the detection signal and restore the identification code and the physiological signal.
伺服端之儲存單元電性連接於該傳輸模組，該儲存單元係用以儲存該識別碼及該生理訊號。The storage unit of the server is electrically connected to the transmission module, and the storage unit is configured to store the identification code and the physiological signal.
伺服端之比對單元電性連接於該傳輸模組與該儲存單元，該比對單元比對該識別碼是否已存在於該儲存單元中，若是，則該儲存單元將該生理訊號或該位置資訊對應該識別碼進行儲存，若否，則該儲存單元依照該識別碼建立一新增資料，且該新增資料包含該識別碼、該生理訊號或該位置資訊。The comparison unit of the server is electrically connected to the transmission module and the storage unit, and the comparison unit compares whether the identification code already exists in the storage unit, and if so, the storage unit the physiological signal or the location The information is stored in the identification code. If not, the storage unit creates a new data according to the identification code, and the added data includes the identification code, the physiological signal or the location information.
本發明的遠距醫療系統更可包含一外部輸入端，外部輸入端可以位於量測端或伺服端，甚至可位於任何位置，本案不限於此。外部輸入端可以為個人電腦或手機等，本案不限於此，持有使用手冊者或醫護人員可以透過外部輸入端連線至伺服端，並對應於該檔案登錄該使用人之基本資料，或檢視之前的紀錄等。The telemedicine system of the present invention may further comprise an external input terminal, and the external input terminal may be located at the measuring end or the servo end, and may even be located at any position, and the present invention is not limited thereto. The external input terminal can be a personal computer or a mobile phone, etc., and the case is not limited thereto. The user who holds the manual or the medical staff can connect to the server through the external input terminal, and log in to the basic information of the user corresponding to the file, or view the file. Previous records, etc.
本發明亦提供一遠距醫療的方法，該步驟包含：步驟1. 一身份識別件具有一識別碼，於一量測端驅動一生理訊號檢測單元對一使用者進行生理檢測，以得到一生理訊號，並處理該生理訊號以及該識別碼，以產生一檢測資訊；步驟2. 該量測端傳送該檢測資訊至一伺服端之一儲存單元，並還原為該識別碼以及該生理訊號；步驟3. 該伺服端之一比對單元比對該識別碼是否已存在於該儲存單元中；若是，則該儲存單元將該生理訊號對應該識別碼進行儲存；若否，則該儲存單元依照該識別碼建立一新增資料，且該 新增資料包含該識別碼以及該生理訊號。The invention also provides a remote medical method, the step comprising: step 1. An identification component has an identification code, and a physiological signal detecting unit is driven to perform physiological detection on a user on a measuring end to obtain a physiological condition. Signaling, and processing the physiological signal and the identification code to generate a detection information; Step 2. The measurement terminal transmits the detection information to a storage unit of a server, and restores the identification code and the physiological signal; 3. The one of the servo terminals compares the identification code to the storage unit; if so, the storage unit stores the physiological signal corresponding to the identification code; if not, the storage unit follows the The identification code creates a new data, and the The newly added data contains the identification code and the physiological signal.
本案所提供的遠距醫療的系統及方法利用低成本的行動醫療箱，且結合已被廣泛運用的識別碼，如二維條碼，作為民眾的身份辨識，免去纸本抄寫繁雜動作，因此有利於於社區推廣健康促進概念，便利社區民眾進行生理檢測，免除了偏遠地區民眾的舟車勞頓，且所有的檢測資料都會建檔於醫院的伺服端，因此民眾可以自行上線隨時了解自己的健康狀況，醫護人員也能夠於第一時間檢視生理數據，直接提供醫療諮詢服務。The telemedicine system and method provided by the present case utilizes a low-cost mobile medical box, and combines the widely used identification codes, such as two-dimensional barcodes, as the identification of the people, eliminating the complicated action of copying on paper, thereby benefiting In the community to promote the concept of health promotion, to facilitate the community to carry out physiological testing, to eliminate the people in remote areas, and all the testing data will be built on the server's server, so people can go online to understand their health at any time. Medical staff can also view physiological data at the first time and provide medical consultation services directly.
緣是，本發明係針對以上問題加以研究，經長時間之設計與開發，進而完成本案「遠距醫療的系統及方法」，用以解決習知之遠距醫療系統未能達成之標的。The reason is that the present invention studies the above problems, and after a long period of design and development, the "system and method of telemedicine" of the present invention is completed to solve the problem that the conventional telemedicine system fails to achieve.
100‧‧‧遠距醫療系統100‧‧‧ Telemedicine system
110‧‧‧量測端110‧‧‧Measurement end
111‧‧‧生理訊號檢測單元111‧‧‧physiological signal detection unit
112‧‧‧感應單元112‧‧‧Sensor unit
113‧‧‧傳輸單元113‧‧‧Transportation unit
114‧‧‧顯示單元114‧‧‧Display unit
115‧‧‧定位單元115‧‧‧ Positioning unit
116‧‧‧電力單元116‧‧‧Power unit
120‧‧‧伺服端120‧‧‧Server
121‧‧‧儲存單元121‧‧‧ storage unit
122‧‧‧傳輸模組122‧‧‧Transmission module
123‧‧‧比對單元123‧‧‧ comparison unit
130‧‧‧身份識別件130‧‧‧identification
140‧‧‧外部輸入端140‧‧‧ external input
第一圖，本發明之遠距醫療系統的方塊圖；第二圖，本發明遠距醫療系統的示意圖；第三圖，本發明檢測訊號的示意圖；以及第四圖，遠距醫療的方法流程圖。1 is a block diagram of a telemedicine system of the present invention; a second diagram, a schematic diagram of a telemedicine system of the present invention; a third diagram, a schematic diagram of a detection signal of the present invention; and a fourth diagram, a method flow of telemedicine Figure.
為讓 鈞局貴審查委員及習於此技術人士，對本發明之功效完全了解，茲配合圖示及圖號，就本發明較佳之實施例說明如下：請參照第一圖所示，其係本發明之遠距醫療系統的方塊圖，本發明所提供的遠距醫療系統100包含一量測端110、一伺服端120以及一外部輸入端140。In order to fully understand the effects of the present invention, the preferred embodiments of the present invention are described below with reference to the drawings and drawings. Please refer to the first figure, which is In the block diagram of the telemedicine system of the present invention, the telemedicine system 100 provided by the present invention includes a measuring end 110, a servo end 120 and an external input end 140.
本發明之量測端110係用以對至少一使用者進行量測， 該使用者具有一身份識別件130，本發明之量測端110包含一生理訊號檢測單元111、一感應單元112、一傳輸單元113以及一定位單元115，本案不以此為限。The measuring end 110 of the present invention is used for measuring at least one user. The user has an identification component 130. The measurement terminal 110 of the present invention includes a physiological signal detecting unit 111, a sensing unit 112, a transmitting unit 113, and a positioning unit 115. The present invention is not limited thereto.
感應單元112係用以感應該身份識別件130，且該身份識別件130具有一識別碼，該身份識別件130可為一無線射頻辨識系統(RFID)感應卡或一使用手冊，一實施例中，RFID感應卡之識別碼為一序號，使用手冊之識別碼為一維條碼、二維條碼、漢信碼，本案不以此為限。The sensing unit 112 is configured to sense the identification component 130, and the identification component 130 has an identification code. The identification component 130 can be a radio frequency identification system (RFID) proximity card or a manual. In an embodiment, The identification code of the RFID proximity card is a serial number, and the identification code of the manual is a one-dimensional barcode, a two-dimensional barcode, and a Hanxin code. This case is not limited thereto.
生理訊號檢測單元111連接感應單元112，可以有線或無線的方式進行連接，本案不以此為限；生理訊號檢測單元111提供一使用者進行一生理檢測，例如：血壓檢測、心跳檢測、血糖檢測、體溫檢測、體脂檢測、血氧濃度檢測、心電圖檢測或上述之組合，本案不以此為限，生理訊號檢測單元111進行完生理檢測後會產生至少一生理訊號，例如：血壓資料、心跳資料、血糖資料、體溫資料、體脂資料、血氧濃度資料、血脂資料、尿酸資訊、血壓計代碼、檢測時間或上述之組合，本案不以此為限，並將該識別碼以及該生理訊號經過處理，以產生一檢測訊號，該檢測訊號可為該識別碼與該生理訊號的任意組合，或該識別碼、該生理訊號與位置資訊的任意組合，本案不以此為限。The physiological signal detecting unit 111 is connected to the sensing unit 112 and can be connected in a wired or wireless manner. The present invention is not limited thereto; the physiological signal detecting unit 111 provides a user to perform a physiological detection, such as blood pressure detection, heart rate detection, and blood glucose detection. The body temperature test, the body fat test, the blood oxygen concentration test, the electrocardiogram test or the combination of the above, the present invention is not limited thereto, and the physiological signal detecting unit 111 generates at least one physiological signal after performing the physiological test, for example, blood pressure data, heartbeat Data, blood glucose data, body temperature data, body fat data, blood oxygen concentration data, blood lipid data, uric acid information, blood pressure meter code, detection time or a combination of the above, the case is not limited thereto, and the identification code and the physiological signal After processing, a detection signal is generated, and the detection signal can be any combination of the identification code and the physiological signal, or any combination of the identification code, the physiological signal and the location information, and the present invention is not limited thereto.
一實施例中，感應單元112係可透過該身份識別件130啟動該生理訊號檢測單元111進行該生理檢測，也就是說，當使用者要進行生理檢測前，必須透過該身份識別件130使感應單元112進行感應且進而驅動生理訊號檢測單元111，本案不以此為限。In an embodiment, the sensing unit 112 can activate the physiological signal detecting unit 111 to perform the physiological detection through the identifier 130, that is, before the user performs the physiological detection, the sensing component 130 must be used for sensing. The unit 112 senses and drives the physiological signal detecting unit 111, which is not limited thereto.
請參照第二圖所示，其係本發明遠距醫療系統的示意圖，本發明的量測端110以一行動醫療箱為例，一實施例中，該行動醫療箱中的生理訊號檢測單元111可以包含一血壓計、一耳溫槍、一血糖機、一血脂機以及一尿酸量測器，本案不以此為限。Referring to the second figure, which is a schematic diagram of the telemedicine system of the present invention, the measuring end 110 of the present invention takes a mobile medical box as an example. In an embodiment, the physiological signal detecting unit 111 in the mobile medical box It can include a sphygmomanometer, an ear thermometer, a blood glucose machine, a blood fat machine, and a uric acid measuring device. This case is not limited thereto.
定位單元115連接感應單元112，可以有線或無線的方式進行連接，本案不以此為限；定位單元115係用以產生一位置資訊，一實施例中，行動醫療箱中的定位單元115為一全球定位系統(Global Positioning System,GPS)，本案不以此為限。The positioning unit 115 is connected to the sensing unit 112, and can be connected in a wired or wireless manner. The present invention is not limited thereto; the positioning unit 115 is configured to generate a position information. In an embodiment, the positioning unit 115 in the mobile medical box is a Global Positioning System (GPS), this case is not limited to this.
傳輸單元113連接於該生理訊號檢測單元111以及定位單元115，可以有線或無線的方式進行連接，本案不以此為限，該傳輸單元113係用以傳送該檢測訊號以及該位置資訊至伺服端120，一實施例中，行動醫療箱中的傳輸單元113為一全球行動通訊系統(Global System for Mobile Communications,GSM)的路由器，本案不以此為限。The transmission unit 113 is connected to the physiological signal detecting unit 111 and the positioning unit 115, and can be connected in a wired or wireless manner. The transmission unit 113 is configured to transmit the detection signal and the position information to the server. 120. In an embodiment, the transmission unit 113 in the mobile medical box is a router of the Global System for Mobile Communications (GSM), and the present invention is not limited thereto.
本發明之量測端110更包含一電力單元116，用以提供電力給該感應單元112、該生理訊號檢測單元111與該傳輸單元113，可以有線或無線的方式進行充電，本案不以此為限。The measuring terminal 110 of the present invention further includes a power unit 116 for supplying power to the sensing unit 112, the physiological signal detecting unit 111 and the transmitting unit 113, and can be charged in a wired or wireless manner. limit.
一實施例中，量測端110包含複數生理訊號檢測單元111，經由與單一感應單元112連接同步取得該識別碼，且該些生理訊號檢測單元111產生之多組檢測訊號，亦經由與單一傳輸單元113連接傳送至伺服端120。In one embodiment, the measuring end 110 includes a plurality of physiological signal detecting units 111, and the identification code is obtained by synchronizing with the single sensing unit 112, and the plurality of sets of detecting signals generated by the physiological signal detecting units 111 are also transmitted through a single transmission. The unit 113 is connected to the servo terminal 120.
請參照第一圖所示，本發明之伺服端120包含一儲存單元121、一傳輸模組122以及一比對單元123。Referring to the first figure, the server 120 of the present invention includes a storage unit 121, a transmission module 122, and a comparison unit 123.
伺服端120之傳輸模組122係用以接收該檢測訊號以及該位置資訊，並還原該檢測訊號為該識別碼與該生理訊號。The transmission module 122 of the server 120 is configured to receive the detection signal and the location information, and restore the detection signal to the identification code and the physiological signal.
伺服端120之儲存單元121電性連接於該傳輸模組122，該儲存單元121係用以儲存該識別碼、該生理訊號以及該位置資訊。The storage unit 121 of the server 120 is electrically connected to the transmission module 122. The storage unit 121 is configured to store the identification code, the physiological signal, and the location information.
伺服端120之比對單元123電性連接於該傳輸模組122與該儲存單元121，該比對單元123比對該識別碼是否已存在於該儲存單元中121，若是，則該儲存單元121將該生理訊號與該位置資訊對應該識別碼進行儲存，若否，則該儲存單元121依照該識別碼建立 一新增資料，且該新增資料包含該識別碼、該生理訊號與該位置資訊。The comparison unit 123 of the server 120 is electrically connected to the transmission module 122 and the storage unit 121. The comparison unit 123 compares whether the identification code already exists in the storage unit 121. If yes, the storage unit 121 And storing the physiological signal and the location information corresponding identifier, if not, the storage unit 121 is established according to the identifier A new item is added, and the added data includes the identification code, the physiological signal and the location information.
一實施例中，量測端110以行動醫療箱為例，醫護人員可攜帶該行動醫療箱至偏遠地區對當地民眾進行檢查，在此實施例中，檢查地點為該偏遠地區的活動中心，當地里長事先通知民眾於特定時間至活動中心進行檢查，醫護人員發放每個民眾一本使用手冊，也就是本發明之身份識別件130，每一本使用手冊中皆含有二維條碼，該二維條碼則代表此使用手冊持有者的資訊，之後醫護人員只要透過掃描此二維條碼，則立刻可以對應出此使用手冊的持有者。In one embodiment, the measuring end 110 takes a mobile medical box as an example, and the medical staff can carry the mobile medical box to a remote area to inspect the local people. In this embodiment, the inspection location is an activity center of the remote area, and the locality is The lieutenant informs the public in advance to check the activity center at a specific time, and the medical staff issues a manual for each citizen, that is, the identification component 130 of the present invention, each of which contains a two-dimensional barcode, the two-dimensional barcode. The barcode represents the information of the holder of this manual. After the medical staff scans the 2D barcode, the holder of the manual can be immediately used.
當醫護人員掃描完二維條碼後，利用行動醫療箱中的生理訊號檢測單元111對該民眾進行生理檢測，例如：血壓檢測、心跳檢測、血糖檢測、體溫檢測、體脂檢測、血氧濃度檢測、尿酸檢測、心電圖檢測或上述之組合，本案不以此為限，並將該二維條碼以及上述生理訊號經過處理，以產生一檢測訊號，該檢測訊號可為該識別碼與該生理訊號的任意組合，或該識別碼、該生理訊號與位置資訊的任意組合，本案不以此為限。After the medical staff scans the two-dimensional barcode, the physiological detection unit 111 in the mobile medical box is used to perform physiological detection on the public, for example, blood pressure detection, heart rate detection, blood sugar detection, body temperature detection, body fat detection, blood oxygen concentration detection. The uric acid test, the electrocardiogram test or the combination of the above, the present invention is not limited thereto, and the two-dimensional barcode and the physiological signal are processed to generate a detection signal, and the detection signal can be the identification code and the physiological signal. Any combination, or any combination of the identification code, the physiological signal and the location information, is not limited thereto.
一實施例中，請參考第三圖，其係本發明檢測訊號的示意圖，醫護人員將民眾A所持有的使用手冊經過掃描後，得到其識別碼的資訊為80000254，且透過生理訊號檢測單元111量測到民眾A的收縮壓為120，舒張壓為80，並將上述資訊經過處理後所產生的檢測訊號可以為1208080000254、8000025412080或其他組合，本發明不以此為限。In an embodiment, please refer to the third figure, which is a schematic diagram of the detection signal of the present invention. After the medical staff scans the user manual held by the public A, the information of the identification code is 80000254, and the physiological signal detecting unit is used. The measurement of the systolic pressure of the population A is 120, the diastolic pressure is 80, and the detection signal generated by the above information may be 1208080000254, 8000025412080 or other combinations, and the invention is not limited thereto.
該識別碼、該檢測訊號以及該位置資訊將透過傳輸單元113傳送至伺服端120的傳輸模組122，傳輸模組122再將該些資料傳送至儲存單元121，儲存單元121係用以儲存該識別碼、該檢測訊號或該位置資訊。The identification code, the detection signal, and the location information are transmitted to the transmission module 122 of the server 120 through the transmission unit 113. The transmission module 122 transmits the data to the storage unit 121, and the storage unit 121 is configured to store the information. The identification code, the detection signal or the location information.
伺服端120通常結合醫療機構的資訊管理系統，伺服端 120之比對單元123先比對民眾A的識別碼是否已存在於儲存單元121中，若是，則儲存單元121將該檢測訊號或位置資訊對應識別碼進行儲存，若否，則儲存單元121依照該識別碼建立一新增資料，且該新增資料包含該識別碼、該檢測訊號或該位置資訊，最後再由醫療人員將該些民眾對應其識別碼而分別輸入基本資訊，基本資訊包含該民眾之姓名、地址、身分證字號、配偶、子女或上述之組合。The server 120 usually combines with the information management system of the medical institution, and the server The comparison unit 120 of 120 first compares whether the identification code of the public A is already present in the storage unit 121. If yes, the storage unit 121 stores the detection signal or the location information corresponding identification code. If not, the storage unit 121 follows the storage unit 121. The identification code establishes a new data, and the added data includes the identification code, the detection signal or the location information, and finally the medical personnel input the basic information corresponding to the identification code of the people, and the basic information includes the The name, address, identity number, spouse, child, or combination of the above.
由此一來，醫護人員在當地檢測時，僅需要透過辨識碼收集當地民眾的生理資訊，其他需要耗費時間輸入的基本資訊可以回來醫療機構後再進行輸入，以節省民眾的檢測時間。As a result, medical personnel only need to collect the physiological information of the local people through the identification code when they are in the local inspection. Other basic information that requires time input can be returned to the medical institution before input, so as to save the detection time of the people.
一實施例中，該量測端110更包含一顯示單元114或是一視訊單元，若為慢性病的民眾來檢測，可以透過顯示單元114檢視之前的紀錄，現場可以立刻進行初步的判斷，若受檢測的民眾生理狀況剛好極度不良或是發生突發狀況時，也可以透過視訊單元即時請求支援，本案不以此為限。In one embodiment, the measuring terminal 110 further includes a display unit 114 or a video unit. If the person with chronic diseases detects the situation, the previous record can be viewed through the display unit 114, and the field can immediately make a preliminary judgment. When the detected physiological condition of the people is extremely bad or an unexpected situation occurs, the video unit can also request support immediately. This case is not limited to this.
除此之外，本發明的遠距醫療系統更可包含一外部輸入端140，外部輸入端140可以位於量測端110或伺服端120，甚至可位於任何位置，本案不限於此。外部輸入端140可以為個人電腦或手機等，本案不限於此，持有使用手冊者或醫護人員可以透過外部輸入端140連線至伺服端120，並對應於該檔案登錄該使用人之基本資料，或檢視之前的紀錄等。In addition, the telemedicine system of the present invention may further include an external input terminal 140, and the external input terminal 140 may be located at the measuring end 110 or the servo end 120, and may even be located at any position, which is not limited thereto. The external input terminal 140 can be a personal computer or a mobile phone, etc., and the present invention is not limited thereto. The user or the medical staff who holds the user manual can connect to the server 120 through the external input terminal 140, and log in to the user's basic data corresponding to the file. , or view previous records, etc.
承上實施例，由活動中心傳回院方伺服的資料為檢測訊號以及識別碼或位置資訊，但並不包含家戶資料，因此持有使用手冊者必須先填寫完成基本資料，爾後由醫護人員回醫院再建檔，以節省民眾的檢測時間，因此若是首次進行檢查的民眾，會先以識別碼作為其身分的辨識，待醫護人員建檔後，或是待該民眾上線完成身分註冊後，對應該識別碼所建立的新增資料將會包含該使用手冊者的基本資料。According to the above embodiment, the information transmitted from the activity center to the hospital's servo is the detection signal and the identification code or location information, but does not include the household information. Therefore, the holder of the manual must first complete the basic information, and then the medical staff. Go back to the hospital and rebuild the file to save the people's testing time. Therefore, if the person who is checking for the first time will use the identification code as the identification of his identity, after the medical staff has filed the file, or after the public has completed the registration of the identity, The new information created for the identification code will contain the basic information of the user manual.
請參考第四圖，其係本發明之遠距醫療的方法流程圖，本發明所提供的遠距醫療的方法包含下述步驟：Please refer to the fourth figure, which is a flowchart of the method for telemedicine of the present invention. The method for telemedicine provided by the present invention comprises the following steps:
步驟1. 一身份識別件130具有一識別碼，於一量測端110驅動一生理訊號檢測單元111對一使用者進行生理檢測，以得到一生理訊號，並處理該生理訊號以及該識別碼，以產生一檢測資訊。該檢測訊號可為該識別碼與該生理訊號的任意組合，或該識別碼、該生理訊號與位置資訊的任意組合，本案不以此為限。該身份識別件130可為一RFID感應卡或一使用手冊，該使用手冊之識別碼可為二維條碼，本案不以此為限。Step 1. An identification component 130 has an identification code, and a physiological signal detecting unit 111 is driven by a measuring terminal 110 to perform physiological detection on a user to obtain a physiological signal, and the physiological signal and the identification code are processed. To generate a test information. The detection signal may be any combination of the identification code and the physiological signal, or any combination of the identification code, the physiological signal and the location information, and the present invention is not limited thereto. The identification component 130 can be an RFID proximity card or a manual. The identification code of the manual can be a two-dimensional barcode. The present invention is not limited thereto.
步驟2. 該量測端110傳送該檢測資訊至一伺服端120之一儲存單元121，並還原為該識別碼以及該生理訊號。Step 2. The measuring terminal 110 transmits the detection information to a storage unit 121 of a server 120, and restores the identification code and the physiological signal.
步驟3. 該伺服端120之一比對單元123比對該識別碼是否已存在於該儲存單元121中；若是，則該儲存單元121將該生理訊號對應該識別碼進行儲存；若否，則該儲存單元121依照該識別碼建立一新增資料，且該新增資料包含該識別碼以及該生理訊號。Step 3. The comparison unit 123 of the server 120 compares whether the identification code already exists in the storage unit 121; if yes, the storage unit 121 stores the physiological signal corresponding to the identification code; if not, then The storage unit 121 creates a new data according to the identification code, and the new data includes the identification code and the physiological signal.
本案所提供的遠距醫療的系統及方法利用低成本的行動醫療箱，且結合已被廣泛運用的識別碼，如二維條碼，作為民眾的身份辨識，免去纸本抄寫繁雜動作，因此有利於於社區推廣健康促進概念，便利社區民眾進行生理檢測，免除了偏遠地區民眾的舟車勞頓，且所有的檢測資料都會建檔於醫院的伺服端，因此民眾可以自行上線隨時了解自己的健康狀況，醫護人員也能夠於第一時間檢視生理數據，直接提供醫療諮詢服務。The telemedicine system and method provided by the present case utilizes a low-cost mobile medical box, and combines the widely used identification codes, such as two-dimensional barcodes, as the identification of the people, eliminating the complicated action of copying on paper, thereby benefiting In the community to promote the concept of health promotion, to facilitate the community to carry out physiological testing, to eliminate the people in remote areas, and all the testing data will be built on the server's server, so people can go online to understand their health at any time. Medical staff can also view physiological data at the first time and provide medical consultation services directly.
上述實施例僅為說明本發明之原理及其功效，並非限制本發明。因此習於此技術之人士對上述實施例進行修改及變化仍不脫本發明之精神。本發明之權利範圍應如後述之申請專利範圍所列。The above embodiments are merely illustrative of the principles and effects of the invention and are not intended to limit the invention. Therefore, those skilled in the art can make modifications and changes to the above embodiments without departing from the spirit of the invention. The scope of the invention should be as set forth in the appended claims.
100‧‧‧遠距醫療系統100‧‧‧ Telemedicine system
110‧‧‧量測端110‧‧‧Measurement end
111‧‧‧生理訊號檢測單元111‧‧‧physiological signal detection unit
112‧‧‧感應單元112‧‧‧Sensor unit
113‧‧‧傳輸單元113‧‧‧Transportation unit
114‧‧‧顯示單元114‧‧‧Display unit
115‧‧‧定位單元115‧‧‧ Positioning unit
116‧‧‧電力單元116‧‧‧Power unit
120‧‧‧伺服端120‧‧‧Server
121‧‧‧儲存單元121‧‧‧ storage unit
122‧‧‧傳輸模組122‧‧‧Transmission module
123‧‧‧比對單元123‧‧‧ comparison unit
140‧‧‧外部輸入端140‧‧‧ external input
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