TWI343798B - System of telemedicine, telehealth and telecare and data transmission method thereof - Google Patents

Description

1343798 IX. Description of invention: [Technical field to which the invention belongs] = __-_ from medical and remote health photos (4) and f = 'and system, telemedicine and telehealth care system 2 ^ method of transmission _ Spicy age tree t-finance Wei Wei ^:, Beca Chuan [prior art] In the aging society, the medical needs of chronic patients and elderly patients need to be swallowed and the medical expenses consumed soared 'but medical resources Limited and medical service 2: Therefore, how to deal with the 4 expenses brought about by the aging population and effective medical resources in Hunan is an urgent issue. Value:: Zone 2 J is the shortage of medical equipment in the outlying islands, how to improve the medical care between urban and rural areas 2: The advent of the meeting has been facing the test. In view of this, both the academic department and the industry have a large number of self-invested readers, and the human resources actively develop and research telemedicine patients ==;; work and technology to exchange the two echelons and Dedicated thoughts to overcome space and even time on the land ===== things, the staff's professional knowledge] District people (four) #diagnosed to provide remote and outlying island opportunities / money Jane 'can also provide medical shouting _ The teaching and training of people (4) will change the definition and content of the second-distance medical treatment. The content of the psychology is narrow with the progress of the times. 'Remote medical treatment refers to teleradiology, and the distance is fixed at a distance. subject. To be explained in a broad sense, telemedicine refers to the definition of a medical note in two places (teiec〇nsuitati〇n). More broadly 1: 1·= Giant Physic Therapy represents telehealthcare, including ^" various treatments on the bed. 』Μ匕

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^ In general, telemedicine systems typically use a video conferencing system to achieve immediate results. At present, some video conferencing systems on the market can hear images and hear images. However, such systems cannot meet in many ways and cannot meet the needs of medical groups and consultations. In addition, although some video conferencing systems can meet the needs of group consultations, they are unable to provide remote remote cameras and record the information of consultations for subsequent reference. ^ On the other hand, because the sensitivity of medical information is very high, but for telemedicine ΐ ΐΐ ΐΐ personal _ _ electronic record and store, so more

Use, patient consent notice 2, · 隹 'authorized person access and dissemination. Therefore, it is also important to establish a confidentiality issue for the protection of privacy, the disclosure of patient information for third parties, and restrictions on the disclosure of the database: and the === [Summary of the Invention]

And its data is provided to provide a telemedicine and telehealth care system. The platform comprises 2 first receiving devices and a second processing device. The management platform). a communication device and an authentication platform (authentication 1343798' 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 The second receiving device is configured to receive a second therapy information associated with the patient. The second processing device is coupled to the second storage device, the second communication device, and the second receiving device The second processing device encapsulates the second medical information into a second data packet and stores the second data packet to the second storage device. The authentication platform is coupled to the third communication device. a first authentication generated by the platform. The remote control station can establish an H-way connection with the first rail device through the second communication device to transmit the

The remote control station can establish a -first communication link with the second communication device via the second communication device (c)mmunicati〇n (4) to obtain a remote medical treatment by a specific embodiment. a remote health method. The telemedicine and telehealth care system includes a distance control station and a management station, and the remote control station includes a second storage according to another specific embodiment of the present invention. The data transmission method for the care system includes a patient monitoring station, and the control station includes a first storage device.

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Medical information. Next, the method compresses the first medical information into a first data package, and stores the first data package 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 system is valid, the method causes the remote control station to further access the first data packet stored 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.

[Embodiment] Please refer to Figure -. Figure - is a functional block diagram of a medical and remote health care system in accordance with a first embodiment of the present invention. As shown in the figure, the remote and remote health care system 1 includes a patient monitoring station 丨°, a remote control port 20, and a management station 3〇, and each other communicates with each other through a network.

The system of if tf is a telemedicine and telehealth according to the present invention, and is not limited to a patient monitoring station 1G and a plurality of remote control stations 20. θ - a patient monitoring station 1G and a remote control local is where the patient is located, and the patient can be diagnosed or examined by the 4th Division of the Ins. Once in the disease, the station manager thinks that there is a need for professional doctors to assist the professional ‘help. The management station 3G assists the medical staff to connect the appropriate patients according to the distance of the currently available professional physicians; the control station 10 includes - the first storage device, the 102, and the first receiving device 1 4 and - the first processing device 9 1 〇 6. The remote control station 2 includes a second storage device 2, a second communication device 202, a second receiving device 2〇4, and a second processing device. The management station port 30 packs a second communication device 3A and an authentication platform, and the authentication platform 302 can be connected to the third communication device 3. The receiving device 104 is configured to receive one of the first medical information associated with a patient. The first medical information may include audio data, video data, and physiological data. For example, audio and video data may include video consultations (such as medical history enquiries) and video medical examinations. In a practical application, the patient monitoring station 10 can also include a video conferencing session for capturing and transmitting the audio data and the video data to the first receiving device 1〇4. Physiological data can be obtained by scientific diagnosis and can include body temperature, blood pressure, heart sounds, and electrocardiogram associated with the patient. The first processing device 106 is coupled to the first storage device 1, the first communication device 102, and the first receiving device 104, respectively. The first processing device ι6 compresses the first medical information into a first data packet and can store the first data packet to the first storage device 100. That is to say, during the consultation, all the video and audio information of the patient monitoring station 10 will be recorded in the storage device 100. ', " In practical applications, the network 40 can be an asymmetric digital subscriber line (ADSL) network, an asynchronous transfer mode (ATM) network integration service number : 'integrated service digital network (ISDN)' — community access television (CCTV) network, wide ar= network (WAN) or a fiber network 'but not limited to . Alternatively, the network 4 can be a hybrid network and the network 4 can be composed of at least two of the networks described. The network 4 can follow a TCP/IP protocol or a UDP protocol, but is not limited thereto. A 1343798 when the remote control station 20 is to be connected to the patient monitoring station, the station control station 20 can establish a first communication link through the second communication device 2 〇 the first communication link is pre-staged, 302 is generated One of the first certifications. Thereafter, the remote control device J establishes a second communication with the first communication device 202 through the second communication device 202 to transmit the first authentication to the first processing device. If the second location determines that the first authentication system is valid, the remote control station 2 〇 enters-y accesses the first data packet stored in the first storage device 1 . . In other words, when the slaves are connected, the patient monitors the material (1) and the special money _ to conduct a video conference to discuss the patient's illness. The professional doctor of the ship control station 2G - through the video to 3 to 2 = inflammation: view the state of the disease 'on the other hand through the first: through the use of information: to help the interpretation of the patient's physiological status, The professional doctor of the distance control station 2 can immediately consult the video and audio information previously recorded in the first storage device 100.

The professional doctors at the Wei H distance control station can have enough information and information sessions. You can install more _ t messages on the patient monitoring station. Let the remote professional doctors observe the disease at the same angle. The video conferencing device also provides an operation interface for the remote physician to zoom (zoomin, z〇〇m〇ut) and adjust the angle for each machine. ^ Two receiving equipment i 204帛 to receive one of the second medical resources associated with the patient. The second medical information may also include audio data, video data to = foodstuffs, and the like. For example, 'audio data and video data can include the remote control of the stems and soils 2 〇 professional doctors in the video and the time of the video and the history of the inquiry. The secret control of the lion 2G can also be included - video conferencing equipment, for Capture = turn the audio data and the video data to the second receiving device. The physiological resources σ are used to analyze the body temperature, blood pressure, heart sounds, and electrocardiograms received by the analysis or evaluation of the test data generated by 11 1343798. The second processing I is 206 stalked to the two communication devices 202 and the first receiving device 204 of the 通讯- 酤 酤 罝 罝 四 四 四 四 四 。 。. Similarly, the second processing data packet is stored to the second storage device for employment.乐贝洲匕 and will be able to establish a second communication link through the first communication device to receive the second communication link of the heart 2, G, and the third communication link to obtain the second authentication link. The disease correction platform iG and the second patient data in the first storage device are accessed by the patient's monitoring station 10. In this way, the patient monitor 22! The medical staff can also respond to the medical doctor's response according to the medical history. The test is to take care of the patient. ^ (iv) if, 81 two. Fig. 2 is a functional block diagram showing a remote treatment and a health care system according to a second embodiment of the present invention. As shown in FIG. 2, the patient monitors the platform 10 and may include a physiological amount, and then the physiological measuring component has one and two m thermometers, a blood pressure meter, a heart sound meter or a living doctor. Sensor. The physiological data can be transmitted to the first receiving device 104 on the side of the disease by wireless communication. For example, the wireless communication protocol uses an external protocol, a GSM protocol, a GPRS protocol, a WAP =, a Bluetooth protocol, a Zigbee protocol, a Wi_Fi protocol, a sega protocol, and an ultra-wideband. The agreement, the boring .4 agreement or the café series is shown in Figure 2. The management station 3 further includes a third storage 304. The authentication platform 302 can also generate a third authentication. Management station

S 12 1343798 establishes a fifth communication link with the first communication device 1〇2 via the third communication device 3 to transmit the third authentication to the first processing device 106. If the first processing device 106 determines that the third authentication system is valid, the management station 3() further accesses the first data packet stored in the first storage device 1 and encapsulates the first data packet. Stored in the third storage device 3〇4.

In addition to this, the authentication platform 302 can also generate a fourth authentication. The management station/0 can establish a second and sixth communication link with the second communication device 2〇2 via the third communication device 3 to transmit the fourth authentication to the second processing device 2〇6. If the second processing device 206 determines that the fourth authentication system is valid, the management station 30: steps to access the second data packet stored in the second storage device 2, and the second data packet The packet is stored in the third storage device 304.

Thereby, during the consultation process, all of the patient monitoring stations 1 and the remote control six α 20 will be recorded in the third storage 304 of the management station 3〇. For subsequent inspection work. In order to facilitate the subsequent inspection work, the official platform 30 can simultaneously display the image data recorded by the patient monitoring station 1G and the remote control station 20, or the management station can also be responsible for monitoring the equipment to be installed in the patient. The video conferencing setup of the monitoring station 1G and the remote (four) platform 2G is shown in Figure 3A and Figure 3B. Figure 3A and Figure 3B show a flow diagram of a data transmission method for a medical and remote health care system according to the present invention. For example, from the medical and remote health care secrets - disease, one stop, one management station, the patient monitoring station includes a first: storage and the "Hai Da distance control station includes a second storage device. Law: Step S100, Hai patient monitoring station 'This method sighs one of the first medical information related to Xingyi patients. 牧-资ϊ 法 Method Step S1G2 'Compress the first medical information into a y, 匕, And storing the first information packet of the 5H to the 13th storage device of the patient monitoring station, causing the remote control station to make the remote control station, after the remote control station, via a network, the method performing step S104, the station The management station obtains a first authentication. Then, via the network, the method proceeds to step S106, and the station transmits the first authentication to the patient monitoring station. The method is executed by the method of step S1G8 to enable the patient to monitor The station 1 is effective. If the patient monitoring station _ the first authentication is valid for the first data packet in the first storage device, storing the management data (10), performing step (10) 'to make the management Platform Sending the third certification to the patient monitoring station, the Taiwanese financial execution side S128, so that the face monitoring station determines 兮第Π ϊ ϊ ϊ Ϊ. If the patient monitoring station determines the third authentication system, 步骤ί step S13G, And causing the management station to step-by-step access to the first data packet stored in the ίίι sub-device, and storing the first six stations in the L-storage device. * (10) storing the packet to the management after step S110, the method The execution step station 'receives the second medical information related to the patient. (4) The distance control station =, the method performs step S114 'storing the first data packet and storing the second data packet to a second storage The first sub-master and the distance control station enable the Haihai patient monitoring station to then, via the network, the method performs step S116, and the station obtains a second authentication by the management station. And the patient monitoring station cuts the method to perform step S12G, so that the remote control station determines that the second tilting step in the storage device is stored in the method and can be executed. Step to welcome, make the tube Send the control step - make the management station pass if the S is there;

:SSiSSiB from health 嶋 = : Move ===== The scope of the patents of the slaves (4) should be interpreted broadly according to the above description, so that it covers all possible changes and equal arrangements.

16!343798 BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a diagram showing the far-reaching medical care A-like Wei ffi according to the first embodiment of the present invention. Figure 2 is a functional block diagram of a first health care system in accordance with the present invention. Telemedicine and telehealth in one embodiment. Hybrid 1 treatment and distance

[Main component symbol description] 1 : Telemedicine and telehealth care system

10: Patient monitoring station 30: Management station 100: First storage device 104: First receiving device 108: Physiological measuring component 200: Second storage device 204: Second receiving device 300: Third communication device 304: Third Storage device S100~S138: Flow step 20: remote control station 40 · Network 102: First communication device 1〇2 !〇6: First processing device 202: Second communication device 206: Second processing device 302. Certification platform

Claims (1)

Patent application scope: A remote medical care and remote health care system, comprising: a patient Si control station, comprising: - a first storage device; - a first communication device; and a receiving device for receiving a patient The first - medical, 呷 ^ processing device, respectively, to the first storage device, the first device and the first receiving device, the first processing device data packet and the first data remote control station, comprising: a second storage device, a second communication device, a second receiving device ifl, and a second processing device device, and the first medical treatment for receiving a second medical device associated with the patient a storage device, the > receiving device, the second processing device compressing the second message, compressing the message into a second data packet and the second resource =: 4 to the second storage device; The packet stores a management station, comprising: a third communication device; and an authentication platform coupled to the third communication device; the network 'the remote control station can communicate with the second communication device a second ditch; a link to obtain the fourth (fourth) generated by the authentication platform from the control station and capable of establishing a device with the first communication device through the second communication device; if the first J-communication link is read to transmit the The first authentication to the first control station further storage device determines that the first authentication system is valid, and the remote data package is stored in the first storage device, and the first data seal is stored in the first storage device. The third communication device establishes that the second monitoring station can communicate with the second authentication device via the first communication device, and the second communication device generated by the authentication platform can obtain the second communication device generated by the authentication platform. The first communication device and the processing device; if the sputum-south four communication link transmits the second authentication to the second monitoring station, the second authentication system is valid, the patient package. 〃 accessing the second data seal 2 stored in the second storage device, and the medical and remote health care system, the third-generation authentication=second device, the authentication platform and the device The communication station can determine that the third lake system has a bellows packet through the management of the third communication effect, and the first station is in the third storage device. The first remote distance therapy and the remote health protection system, the 肀4 call is also ten and generates a fourth authentication 'via the network, can be established with the second communication device through the third communication device - the first knot Transmitting the fourth authentication to the second processing device; if the second determining that the fourth authentication is valid, the management station further accesses the second data packet in the storage device, and the first data packet The second data packet is stored in the third storage device. Sub-4, the first medical information or the second medical information in the telemedicine and telehealth care system 1 according to claim 1 of the patent scope includes the audio data, the gas-visual materials and the physiological data. Form at least one of a group. Stomach 19 5,6,7,8,9,10, the fourth category of telemedicine and remote health care system, the patient monitoring platform and including - physiological measurement, for measurement The physiological specialization includes the telemedicine and the remote care system according to item 5, wherein the physiological data is - the scale is passed to the second receiving device of the silk monitoring station, and the wireless communication age is selected from - Infrared agreement, 4SM, 疋, one GPRS agreement, one WAP agreement, one Bluetooth agreement, one run (10) agreement two, one Wi-Fi agreement, one art Max agreement, one ultra-wideband agreement one positive sign (nine) 2.15.4 agreement with & One of the IEEE 802·^ series of agreements - the remote medical and remote health care system described in item 4 of the patent scope, the lif is equipped with a monitoring station and includes a video conferencing device. For capturing and transmitting the video data and the video data to the first receiving device. The telemedicine and telehealth care system of claim 7 is located at a distance from the control station and includes a video conferencing device for capturing and transmitting δ Λ曰矾 data and the video data to the second Receiving device. The telemedicine and telehealth care system described in item 1 of the dexterity range is selected from an asymmetric digital user loop network, an asynchronous transmission mode network, and an integrated service. One of a group consisting of a digital network, a community access television network, a wide area network, and a fiber-optic network. ^The patented remote medical and telehealth care system described in claim 9. The network is followed by a TCP/IP protocol or a UDP protocol. The remote medical and remote health care system described in the first paragraph of the patent scope, the 4 network is a hybrid network, and the network The network consists of an asymmetric digital back-to-back network, an asynchronous transmission mode network, an integrated service digital network, a community access TV network, a wide area network, and a fiber-optic network. S 20 11 At least two of the groups. A data transmission for the '- telemedicine and telehealth care system I, 哒 = distance medical and remote health care system included - patient monitoring station: platform And - management station 'the disease monitor The control station includes a first two-step sequence and includes a second storage device from the control station, the method includes the patient monitoring station receiving one of the first medical information associated with the patient; The therapy information is compressed into a first data packet, and the first data packet is stored to the first storage device of the patient monitoring station; and the network, the 5H remote control station obtains a first data from the management station If the acknowledgment network and the remote control station transmit the first authentication to the patient monitoring, if the patient monitoring station determines that the first authentication system is effective, the remote control = the further access is stored in the first The first resource & seal in a storage device, as described in claim 12, further comprises the steps of: receiving, at the remote control station, a second medical information associated with the patient Compressing the second medical information into a second data packet and storing the second data packet to the second storage device of the remote control station; via the network, the patient monitoring station is taken by the management station cut士炊一一5心 via, the network, the patient monitoring station transmits the second authentication to the remote control station; and if the remote control station determines that the second authentication system is valid, the patient monitoring platform Further accessing the second data stored in the second storage device, the method of claim 13, wherein the management station further comprises a second storage Apparatus, the method further comprising the steps of: 5 Haiguan platform generating a third authentication; via the network, the management station transmits the third authentication to the patient monitoring station; and 15, if the patient monitoring station determines The third authentication is effective, the management station further accesses the first data packet stored in the first storage device: and stores the first data packet into the third storage device. The method of claim 14, further comprising the steps of: 5: the management station generates a fourth authentication; the management station transmits the fourth authentication to the remote station; and the control station • 16. 17, if the remote control station determines that the fourth authentication system is valid, the management station accesses the second data stored in the second storage device, and stores the second data packet. To the third storage device. The method of claim 13, wherein the first medical method, the video data, and the method described in Item 16 of the physiological method, wherein the physiological data is a gold OSM^r - agreement II Wi_FlH i AP agreement, -M miscellaneous, -Zi_ 802 H4+A-1 Max protocol, an ultra-wideband protocol, a glimpse: 15·4 association like 臓 move. 1 如淑所域- group 5 22 1343798 The method of claim 12, wherein the network is selected from a non-usually evasive network, a non-synchronized network, an integrated service channel 1 - a community access television network, a wide area network One of a group of roads and a fiber optic network. The method described in (4) wherein the network follows the -tcp/ip protocol or the UDP protocol. , = apply for the patent scope of the 12th road 'and the network contains ^ where _ road system - hybrid network transmission mode network, - integrated services digital user loop network, - non-same way, - wide area network and - fiber One of the Internet communities enters the TV network~. At least one of the group 23 (S )