WO2018113155A1

WO2018113155A1 - Internet-based remote treatment synchronization system and method

Info

Publication number: WO2018113155A1
Application number: PCT/CN2017/082252
Authority: WO
Inventors: 张贯京; 葛新科; 高伟明; 张洪
Original assignee: 深圳市易特科信息技术有限公司
Priority date: 2016-12-21
Filing date: 2017-04-27
Publication date: 2018-06-28
Also published as: CN106603679A

Abstract

Disclosed are an Internet-based remote treatment synchronization system and method. The system comprises an on-site diagnosis and treatment terminal and a remote treatment terminal. The method comprises the steps of: collecting vital sign information of a patient, and voice data and video data of a diagnosis and treatment site, and performing compression encoding on the information and data to generate an on-site diagnosis and treatment signal; synchronously decoding the on-site diagnosis and treatment signal sent by the on-site diagnosis and treatment terminal to restore the vital sign information of the patient, and the voice data and the video data of the diagnosis and treatment site; converting the video data of the diagnosis and treatment site into signals and synthesizing the signals into a 3D video picture; separately displaying the vital sign information of the patient and the 3D video picture on a split-screen display; collecting voice treatment instructions of a remote doctor for instructing an on-site doctor to treat the patient; and synchronously playing the voice treatment instructions of the remote doctor by means of the on-site diagnosis and treatment terminal so as to assist the on-site doctor in treating the patient. The present invention can synchronize diagnosis and treatment signals of the diagnosis and treatment site and the remote diagnosis and treatment terminal, thereby improving the diagnosis and treatment accuracy and efficiency.

Description

Title: Inventive Name: Internet Remote Rescue Synchronization System and Method

[0001] The present invention relates to the technical field of telemedicine, and in particular, to an Internet remote rescue synchronization system and method.

Background technique

[0002] There are significant regional differences in medical care at present, and this phenomenon exists in most countries, especially in large rural and remote areas, where medical service levels are significantly limited. In recent years, with the development of wireless communication technology, Internet technology, and Internet of Things technology, telemedicine diagnostic technology has become an important means to solve the above problems. However, telemedicine systems that have been issued at home and abroad have many shortcomings and should not be promoted. For example, the diagnostic equipment and treatment equipment used in the current medical field can only be used in the field and does not have the function of remote transmission. Although some diagnostic equipments and treatment equipments have remote data transmission functions, different treatment equipments are produced by different manufacturers, and their sound and display video systems are also different. They cannot be uniformly encoded and decoded in HD, resulting in failure. The remote transmission of comprehensive diagnosis and treatment signals can not achieve the synchronization of the diagnosis and treatment signals at the diagnosis and treatment sites and the remote diagnosis and treatment, which affects the accuracy of diagnosis and treatment and the low rate of diagnosis and treatment, thus restricting the development of telemedicine diagnosis technology.

technical problem

[0003] The main object of the present invention is to provide an Internet remote rescue synchronization system and method, which aims to solve the problem that the existing telemedicine system does not realize the high-definition synchronization of the remote diagnosis and treatment signals, which affects the accuracy of diagnosis and treatment and the low therapeutic efficiency.

Problem solution

Technical solution

[0004] In order to achieve the above object, the present invention provides an Internet remote rescue synchronization system, including an on-site medical treatment terminal and a remote treatment terminal, wherein the on-site medical treatment terminal communicates with a remote treatment terminal through a communication network, and the remote treatment terminal includes a screen display, the split screen display comprising a first display area and a second display area, wherein:

[0005] The on-site medical treatment terminal is used for collecting vital signs information of patients, voice data and videos of medical treatment sites. Data, compressing and encoding the vital sign information of the patient, the voice data of the medical treatment site, and the video data to generate an on-site medical treatment signal, and transmitting the on-site medical treatment signal to the remote treatment terminal through a communication network;

[0006] The remote treatment terminal is configured to synchronously decode the on-site medical treatment signal sent by the on-site medical treatment terminal to restore the vital sign information of the patient, the voice data and the video data of the medical treatment site, and perform signal conversion on the video data of the medical treatment scene. And synthesizing the 3D video screen, displaying the vital sign information of the patient in the first display area of the split screen display, displaying the 3D video screen in the second display area of the split screen display to form a three-dimensional scene first-aid screen, and synchronously playing the voice data of the medical treatment scene , collecting a voice treatment instruction for the remote doctor to guide the on-site doctor to treat the patient, and sending the voice treatment instruction to the on-site medical treatment terminal through the communication network;

[0007] The on-site medical treatment terminal is further configured to synchronously play a remote doctor's voice treatment instruction to assist the on-site doctor to treat the patient.

[0008] Preferably, the on-site medical treatment terminal comprises a first controller, a vital sign collection device, and a first voice collection device.

, a high-definition camera, a compression encoder, and a first communication unit, wherein:

[0009] the vital sign collection device is connected to the first controller, and is configured to collect vital signs information of the patient;

[0010] the first voice collector is connected to the first controller for collecting voice data of the medical treatment site; [0011] the high-definition camera is connected to the first controller, and is used for capturing video data of the medical treatment site;

[0012] the compression encoder is connected to the first controller, and is configured to compress and encode the vital sign information of the patient, the voice data of the medical treatment site, and the video data to generate an on-site diagnosis and treatment signal;

[0013] The first communication unit is connected to the first controller, and is configured to transmit the on-site diagnosis and treatment signal to the remote treatment terminal through a communication network.

[0014] Preferably, the vital sign collection device comprises a ventilator, a sphygmomanometer, a pulse monitor, an electrocardiograph, and a thermometer for measuring vital signs including respiratory, blood pressure, pulse, heart rate and body temperature of the patient. .

[0015] Preferably, the remote treatment terminal comprises a second controller, a second communication unit, a high definition decoder, a stereo video fusion device, a split screen display, a second voice player and a second voice collector, wherein:

[0016] the second communication unit is connected to the second controller, and configured to receive an on-site diagnosis and treatment signal sent by the on-site medical treatment terminal; [0017] the high-definition decoder is connected to the second controller, and is configured to synchronously decode the on-site medical diagnosis signal to restore the vital sign information of the patient, the voice data and the video data of the medical treatment site;

[0018] the stereo video fusion device is connected to the second controller, and is configured to perform signal conversion on the video data of the medical treatment site and synthesize the 3D video image;

[0019] the second controller is connected to the split screen display, configured to display the vital sign information of the patient in the first display area of the split screen display, and display the 3D video screen in the second display area of the split screen display to form a three-dimensional On-site first aid screen, and control the second voice player to simultaneously play the voice data of the clinic; and

[0020] The second voice collector is connected to the second controller, and is configured to collect a voice treatment instruction for the remote doctor to guide the on-site doctor to treat the patient, and send the voice treatment instruction to the on-site medical treatment terminal through the second communication unit.

[0021] Preferably, the on-site medical treatment terminal further includes a first voice player, the first voice player is connected to the first controller, and the first controller is configured to control the first voice player to synchronously play the remote doctor. The voice treatment instructions are used to assist the on-site doctor to treat the patient.

[0022] The present invention also provides an Internet remote rescue synchronization method, which is applied to an Internet remote rescue synchronization system, the system includes an on-site medical treatment terminal and a remote treatment terminal, and the on-site medical treatment terminal communicates with the remote treatment terminal through a communication network. The remote treatment terminal includes a split screen display, and the split screen display includes a first display area and a second display area, and the internet remote rescue synchronization method includes the following steps:

[0023] collecting vital signs information of the patient, voice data and video data of the medical treatment site;

[0024] compressing and encoding the vital sign information of the patient, the voice data of the medical treatment site, and the video data to generate a field diagnosis and treatment signal;

[0025] transmitting the on-site diagnosis and treatment signal to the remote treatment terminal through the communication network;

[0026] synchronously decoding the on-site medical treatment signal sent by the on-site medical treatment terminal to restore the vital sign information of the patient

, voice data and video data at the clinic;

[0027] converting video data of the medical treatment site and synthesizing the 3D video image;

[0028] displaying the vital sign information of the patient in the first display area of the split screen display, displaying the 3D video screen in the second display area of the split screen display to form a three-dimensional scene first aid screen, and simultaneously playing the clinic scene Voice data

[0029] collecting a voice treatment instruction for the remote doctor to guide the on-site doctor to treat the patient, and transmitting the voice treatment instruction to the on-site medical treatment terminal through the communication network;

[0030] Synchronizing the remote doctor's voice treatment instruction to assist the on-site doctor to treat the patient.

[0031] Preferably, the on-site medical treatment terminal comprises a first controller, a vital sign collection device, and a first voice collection device.

[0032] the vital sign collection device collects vital signs information of the patient;

[0033] the first voice collector collects voice data of the medical treatment site;

[0034] the high-definition camera captures video data of the clinic;

[0035] the compression encoder compresses and encodes vital signs information of the patient, voice data of the medical treatment site, and video data to generate an on-site diagnosis and treatment signal;

[0036] the first communication unit transmits the on-site medical diagnosis signal to the remote treatment terminal through a communication network

[0037] Preferably, the vital sign collection device comprises a ventilator, a sphygmomanometer, a pulse monitor, an electrocardiograph, and a thermometer for measuring vital signs including respiratory, blood pressure, pulse, heart rate and body temperature of the patient. .

[0038] Preferably, the remote treatment terminal comprises a second controller, a second communication unit, a high definition decoder, a stereoscopic video fusion device, a split screen display, a second voice player and a second voice collector, wherein: 0039] the second communication unit receives an on-site medical treatment signal sent by the on-site medical treatment terminal;

[0040] the high-definition decoder synchronously decodes the on-site medical diagnosis signal to restore the vital sign information of the patient, the voice data and the video data of the medical site;

[0041] the stereo video fusion device performs signal conversion on the video data of the medical treatment site and synthesizes the 3D video image; [0042] the second controller displays the vital sign information of the patient in the first display area of the split screen display, will

The 3D video screen display forms a three-dimensional scene first-aid screen in the second display area of the split-screen display, and controls the second voice player to synchronously play the voice data of the medical scene;

[0043] The second voice collector collects a voice treatment instruction for the remote doctor to guide the on-site doctor to treat the patient, and sends the voice treatment instruction to the on-site medical treatment terminal through the second communication unit.

[0044] Preferably, the on-site medical treatment terminal further includes a first voice player, and the second controller controls The first voice player synchronously plays a remote doctor's voice treatment instruction to assist the on-site doctor to treat the patient.

Advantageous effects of the invention

Beneficial effect

Compared with the prior art, the Internet remote rescue synchronization system and method of the present invention can compress and decode the vital sign information of the patient collected by the on-site medical treatment terminal, the voice data and the video data of the medical treatment site, and perform remote transmission. To the remote treatment terminal, the remote treatment terminal simultaneously performs high-definition decoding and forms a realistic three-dimensional scene first-aid picture, so that telemedicine is no longer a simple application of graphic and textual consultation, but combines various medical instruments output images and sounds. Application, in-depth understanding of the patient's most realistic situation, improve the accuracy of diagnosis and treatment and treatment efficiency.

Brief description of the drawing

DRAWINGS

1 is a block diagram of a preferred embodiment of the Internet remote rescue synchronization system of the present invention;

2 is a flow chart of a preferred embodiment of the Internet remote rescue synchronization method of the present invention.

[0048] The implementation, functional features, and advantages of the present invention will be further described with reference to the accompanying drawings.

BEST MODE FOR CARRYING OUT THE INVENTION

The specific embodiments, structures, features and utilities of the present invention are described in detail below with reference to the accompanying drawings and preferred embodiments. It is understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.

[0050] Referring to FIG. 1, FIG. 1 is a block diagram of a preferred embodiment of the Internet remote rescue synchronization system of the present invention. In this embodiment, the Internet remote treatment synchronization system includes an on-site medical treatment terminal 1 and a remote treatment terminal 2. The on-site medical treatment terminal 1 may be disposed in a medical institution center where medical resources lacking medical resources such as an ambulance, a community hospital, a medical institution, and the like, and the remote treatment terminal 2 is disposed at a remote emergency center. The on-site medical treatment terminal 1 communicates with the remote treatment terminal 2 through the communication network 3, for example, transmitting on-site images of the medical treatment site, vital signs information of the patient, first-aid video images of the medical treatment site, and voice data of the on-site doctor. And the voice data of the emergency doctor's guidance to the on-site doctor for first aid. The on-site medical treatment terminal 1 can transmit the vital sign information of the patient, the voice data and the video data of the medical treatment site to the remote treatment terminal 2 through the communication network 3, so that the remote doctor can provide first aid instruction to the emergency work of the emergency site to realize the first aid. Simultaneous remote treatment of patients on site and remote doctors. The communication network 3 can be a wired communication network or a wireless communication network. In this embodiment, the communication network 3 is preferably a wireless communication network, including but not limited to a wireless transmission network such as a GSM network, a GPRS network, or a CDMA.

[0051] In this embodiment, the on-site medical treatment terminal 1 includes, but is not limited to, the first controller 10, the vital sign collection device 11, the first voice collector 12, the high-definition camera 13, the compression encoder 14, and the first A communication unit 15 and a first voice player 16. The sign collection device 11, the first voice collector 12, the high definition camera 13, the compression encoder 14, the first communication unit 15, and the first voice player 16 are all connected to the first controller 10 through data lines. . The first controller 10 is a prior art central processing unit (CPU), a microcontroller (MCU), a data processing chip, etc., and has a data processing function and a control function.

[0052] The sign collection device 11 is configured to collect vital signs information of the patient, and the sign collection device 11 is connected to the first controller 10, and the sign collection device 11 includes, but is not limited to, a ventilator, a sphygmomanometer, Pulse monitors, ECG monitors, and thermometers are used to detect vital signs such as respiratory, pulse, blood pressure, heart rate, and body temperature. The vital sign collection device 11 monitors the vital sign information of the patient, and transmits the vital sign information of the patient to the first controller 10, and is sent by the first controller 10 to the remote treatment terminal 2 through the first communication unit 15, thereby The remote treatment terminal 2 can obtain the vital signs information of the patient, and the remote doctor can implement the patient's condition, so that the remote doctor can guide the on-site doctor at the treatment site to rescue the patient, thereby improving the on-site doctor's treatment of the patient. Therapeutic efficiency of treatment.

[0053] The first voice collector 12 is connected to the first controller 10, and is configured to collect voice data (including voice information of the patient and voice information of the on-site doctor) at the medical treatment site, and send the voice data of the medical treatment site to The first controller 10. The high-definition camera 13 is connected to the first controller 10 for taking in video data of the medical site (including the patient's limb image and the operation image of the doctor on the spot), and sends the video data of the medical site to the first A controller 10. The compression encoder 14 is coupled to the first controller 10 for using vital signs information of the patient, voice data and video data of the clinic site. Perform compression coding to generate on-site diagnostic signals. In this embodiment, the compression encoder 14 uses a compression coding chip (such as H.264, MPEG-4, MPEG-2, WMA-HD or VC-1 coding chip) in the prior art to identify vital signs of the patient. Information, voice data and video data at the clinic site are compression-encoded, with high data compression ratio and image quality in high definition. The first communication unit 15 has a communication interface of a remote wireless communication function, for example, a communication interface supporting wireless communication technologies such as GSM, GPRS, CDMA, WCDMA, TD-SCDMA, WiMAX, TD-LTE, FDD-LTE, etc. The on-site diagnosis and treatment signal is transmitted to the remote treatment terminal 2 of the remote emergency center through the communication network 3, and the voice treatment instruction for receiving the remote doctor to guide the on-site doctor to treat the patient. The first voice player 16 is connected to the first controller 10 for playing a voice treatment instruction for the remote doctor to guide the on-site doctor to treat the patient, thereby realizing the voice interaction between the on-site doctor and the remote doctor during the first-aid process, to the emergency scene. The first aid work provides first aid guidance to facilitate remote first aid assistance.

[0054] In this embodiment, the remote treatment terminal 2 includes a second controller 20, a second communication unit 21, a high definition decoder 22, a stereoscopic video fuser 23, a split screen display 24, and a second voice player 25. And a second voice collector 26. The second communication unit 21, the high definition decoder 22, the stereoscopic video fuser 23, the split screen display 24, the second voice player 25, and the second voice collector 26 are all connected to the second controller 20 through data lines. on. The second controller 20 is a central processing unit (CPU), a microcontroller (MCU), a data processing chip, etc. in the prior art, and has a data processing function and a control function.

The second communication unit 21 is connected to the second controller 20, and is configured to receive an on-site medical treatment signal sent by the on-site medical treatment terminal 1, and send the received on-site medical treatment signal to the second controller 20. The second communication unit 21 is a communication interface that matches the first communication unit 15 with a remote wireless function. The high-definition decoder 22 is connected to the second controller 20 for synchronously decoding the on-site medical diagnosis signal to restore the vital sign information of the patient, the voice data and the video data of the medical treatment site, and send the data to the second controller 20. The stereo video fusion device 23 is connected to the second controller 20 for performing signal conversion on the video data of the medical treatment site and synthesizing the 3D video image, and transmitting the 3D video image to the second controller 20. The high-definition decoder 22 provided by the invention synchronously outputs the vital sign information of the patient, the voice data and the video data of the medical treatment site, so that the remote doctor is no longer a simple application of the graphic method for remote treatment, but various medical instruments. The combination of output screen and sound, in-depth understanding of the patient's most realistic situation Improve the accuracy of diagnosis and treatment.

[0056] In this embodiment, the split screen display 24 includes a first display area and a second display area, and the second controller 20 controls the split screen display 24 to perform split screen display, and the vital signs of the patient are used. The information is displayed in the first display area of the split screen display 24 for the remote doctor to grasp the vital sign information of the patient, and the 3D video screen is displayed on the second display area of the split screen display 24 to form a realistic three-dimensional scene first aid picture. It can realistically simulate the reality picture of the doctors presenting the rescue for the patients, so that the remote doctor can provide first-aid guidance for the treatment work at the clinic, and realize the remote first-aid guidance for virtual reality between the treatment site and the remote treatment center. Health care workers are not limited to their own clinical experience.

[0057] The second voice player 25 is used for synchronously playing the voice data of the medical treatment site, so that the remote doctor can obtain the voice information of the patient and the voice information of the on-site doctor, thereby facilitating the remote doctor's treatment work on the medical treatment site. Conduct first aid instruction. The remote doctor determines the treatment guidance program that guides the on-site doctor to treat the patient according to the patient's vital signs information, the 3D video screen of the medical treatment site, and the voice information. The remote doctor broadcasts a voice treatment instruction that guides the on-site doctor to treat the patient according to the treatment guidance program. The second voice collector 26 is configured to collect a voice treatment instruction for the remote doctor to guide the on-site doctor to treat the patient, and the second communication unit 21 sends the voice treatment instruction of the remote doctor to the on-site medical treatment terminal 1, and the on-site medical treatment terminal 1 The first controller 10 controls the first voice player 16 to play the remote doctor's voice treatment instruction for the on-site doctor to treat the patient, so that the remote doctor and the on-site doctor can realize the remote treatment guidance effect, and guide the scene through the realization of the remote transmission. The doctor performs surgery and treatment to improve the treatment rate.

[0058] In order to achieve the object of the present invention, the present invention also provides an internet remote rescue synchronization method. As shown in FIG. 2, FIG. 2 is a flow chart of a preferred embodiment of the Internet remote rescue synchronization method of the present invention. In this embodiment, the method for remotely responding to the Internet includes the following steps:

[0059] Step S21, the vital sign collection device collects the vital sign information of the patient, the first voice collector collects the voice data of the diagnosis and treatment site, and the high-definition camera captures the video data of the diagnosis and treatment site; in this embodiment, the vital sign collection device 11 collects the patient. The vital sign information, and transmitting the vital sign information of the patient to the first controller 10; the first voice collector 12 collects voice data of the medical site (including the voice information of the patient and the voice information of the on-site doctor), and The voice data of the medical treatment site is sent to the first controller 10 . The high-definition camera 13 takes in video data of the medical treatment site (including the patient's limb image and the operation image of the patient's doctor to treat the patient), and transmits the video data of the medical treatment site to the first controller 10.

[0060] Step S22, the compression encoder compresses and encodes the vital sign information of the patient, the voice data of the medical treatment site, and the video data to generate an on-site medical diagnosis signal. Specifically, the compression encoder 14 records the vital signs information of the patient and the medical treatment site. The voice data and the video data are compression-encoded to generate an on-site medical treatment signal, and the on-site medical treatment signal is transmitted to the first controller 10. In this embodiment, the compression encoder 14 uses the compression coding chip (such as H.264, MPEG-4, MPEG-2, WMA-HD or V Cl coding chip) in the prior art to record vital signs of the patient. The voice data and video data of the medical treatment site are compression-encoded, and have high data compression ratio and image quality in high definition.

[0061] Step S23, the first controller controls the first communication unit to transmit the on-site diagnosis and treatment signal to the remote treatment terminal of the remote emergency center through the communication network; specifically, the first controller 10 controls the first communication unit 15 to perform on-site diagnosis and treatment. The signal is transmitted to the remote emergency terminal 2 of the remote emergency center through the communication network 3, and the second communication unit 21 of the remote treatment terminal 2 receives the on-site medical treatment signal sent by the first communication unit 15, and sends the received on-site medical treatment signal to The second controller 20.

[0062] Step S24, the high-definition decoder synchronously decodes the on-site medical diagnosis signal to restore the vital sign information of the patient, the voice data and the video data of the medical treatment site. Specifically, the high-definition decoder 22 synchronously decodes the on-site medical diagnosis signal to restore the vital sign information of the patient, the voice data and the video data of the medical treatment site, and sends the vital sign information of the patient, the voice data and the video data of the medical treatment site to the second. Controller 20

[0063] Step S25: The stereo video fusion device performs signal conversion on the video data of the medical treatment site and synthesizes the 3D video image, and sends the 3D video image to the second controller. Specifically, the stereoscopic video fusion device 23 performs signal conversion on the video data of the medical treatment site and synthesizes the 3D video image, and transmits the 3D video image to the second controller 20.

[0064] Step S26, the second controller displays the vital sign information of the patient in the first display area of the split screen display, displays the 3D video screen in the second display area of the split screen display to form a three-dimensional scene first aid screen, and controls the first The second voice player simultaneously plays the voice data of the clinic. In this embodiment, the split screen display 24 includes a first display area and a second display area, and the second controller 20 controls the split screen display 2 4 performing a split screen display, displaying the vital sign information of the patient in the first display area of the split screen display 24 for the remote doctor to grasp the vital sign information of the patient, and displaying the 3D video screen on the second display of the split screen display 24. The area forms a realistic three-dimensional scene first-aid picture, and controls the second voice player to synchronously play the voice data of the medical scene, thereby realizing the realistic picture of the field doctor's rescue for the patient, so that the remote doctor can treat the patient The on-site treatment work provides first-aid guidance, and realizes the virtual first-aid guidance for the virtual reality between the treatment site and the remote treatment center. The medical staff at the clinic will not be limited to its own clinical experience.

[0065] Step S27: The second voice collector collects a voice treatment instruction for the remote doctor to guide the on-site doctor to treat the patient, and sends the voice treatment instruction to the on-site medical treatment terminal through the second communication unit. Specifically, the remote doctor determines a treatment instruction guide that guides the on-site doctor to treat the patient according to the vital signs information of the patient, the 3D video screen of the medical treatment site, and the voice information, and broadcasts a voice treatment instruction for guiding the on-site doctor to treat the patient. The second controller 20 controls the second voice collector 26 to collect a voice treatment instruction for the remote doctor to guide the on-site doctor to treat the patient, and the second communication unit 21 sends the remote doctor's voice treatment instruction to the on-site medical treatment terminal 1 through the communication network 3. .

[0066] Step S28, the first controller controls the first voice player to play the voice treatment instruction of the remote doctor to assist the on-site doctor to treat the patient; specifically, the first controller 10 of the on-site medical treatment terminal 1 controls the first voice player. 16 Play the remote doctor's voice treatment instruction for the on-site doctor to treat the patient, so that the remote doctor can realize the remote treatment guidance effect synchronously with the on-site doctor. Through remote transmission, the on-site doctor can be instructed to perform surgery and treatment, and the treatment efficiency rate can be improved.

[0067] The Internet remote treatment synchronization system and method of the present invention can compress and decode the vital sign information of the patient collected by the on-site medical treatment terminal 1, the voice data and the video data of the medical treatment site, and transmit the data to the remote treatment terminal 2 remotely. The remote treatment terminal 2 synchronously performs high-definition decoding and forms a realistic three-dimensional scene first-aid picture, so that the telemedicine is no longer a simple application of graphic and textual methods for consultation, but the application of various medical instruments and images and sounds are combined and applied to Grasp the most realistic situation of patients, improve the accuracy of diagnosis and treatment and the rate of diagnosis and treatment.

The above is only a preferred embodiment of the present invention, and is not intended to limit the scope of the invention, and the equivalent structure or equivalent function changes made by the description of the present invention and the contents of the drawings, or directly or indirectly applied to other related The technical field is equally included in the scope of patent protection of the present invention. Industrial applicability

Compared with the prior art, the Internet remote rescue synchronization system and method of the present invention can compress and decode the vital sign information of the patient collected by the on-site medical treatment terminal, the voice data and the video data of the medical treatment site, and perform remote transmission to the remote treatment. The terminal, the remote treatment terminal synchronously performs high-definition decoding and forms a realistic three-dimensional scene first-aid picture, so that the telemedicine is no longer a simple application of graphic and textual methods for consultation, but the combination of various medical instruments output images and sounds is applied. It is the best way to grasp the most real situation of patients, improve the accuracy of diagnosis and treatment and the rate of diagnosis and treatment.

Claims

Claim

[Claim 1] An internet remote rescue synchronization system, including an on-site medical treatment terminal and a remote treatment terminal

The on-site medical treatment terminal communicates with the remote treatment terminal through the communication network, wherein the remote treatment terminal includes a split screen display, and the split screen display includes a first display area and a second display area, wherein: the on-site medical treatment The terminal is configured to collect vital signs information of the patient, voice data and video data of the medical treatment site, compress and encode the vital sign information of the patient, the voice data and the video data of the medical treatment site to generate an on-site diagnosis and treatment signal, and pass the on-site diagnosis and treatment signal Transmitting a communication network to the remote treatment terminal; the remote treatment terminal is configured to synchronously decode the on-site medical treatment signal sent by the on-site medical treatment terminal to restore the vital sign information of the patient, the voice data and the video data of the medical treatment site

Transmitting the video data of the medical treatment site and synthesizing the 3D video image, displaying the vital sign information of the patient in the first display area of the split screen display, and displaying the 3D video screen in the second display area of the split screen display to form a three-dimensional scene The first aid screen, synchronously playing the voice data of the medical treatment site, collecting a voice treatment instruction for the remote doctor to guide the on-site doctor to treat the patient, and transmitting the voice treatment instruction to the on-site medical treatment terminal through the communication network; the on-site medical treatment terminal is also used for Simultaneously play the remote doctor's voice treatment instructions to assist the on-site doctor to treat the patient.

[Claim 2] The Internet remote treatment synchronization system according to claim 1, wherein the on-site medical treatment terminal comprises a first controller, a vital sign collection device, a first voice collector, a high-definition camera, and a compression encoder. And the first communication unit, wherein: the sign collection device is connected to the first controller, and is configured to collect vital signs information of the patient; the first voice collector is connected to the first controller, and is used to collect voices of the diagnosis and treatment site. Data; the high-definition camera is connected to the first controller for taking in video data of the medical treatment site; the compression encoder is connected to the first controller, and is used for information about vital signs of the patient, voice data of the medical treatment site, and The video data is compression encoded to generate an on-site diagnostic signal; and the first communication unit is coupled to the first controller for transmitting the on-site diagnostic signal to the remote treatment terminal via a communication network.

[Claim 3] The Internet remote rescue synchronization system according to claim 2, wherein the body The acquisition device includes a ventilator, a sphygmomanometer, a pulse monitor, an electrocardiograph, and a thermometer for measuring vital signs including the patient's breathing, blood pressure, pulse, heart rate, and body temperature.

[Claim 4] The Internet remote rescue synchronization system according to claim 1, wherein the remote treatment terminal comprises a second controller, a second communication unit, a high definition decoder, a stereoscopic video fusion device, and a split screen display. a second voice player and a second voice collector, wherein: the second communication unit is connected to the second controller, and configured to receive an on-site medical diagnosis signal sent by the on-site medical treatment terminal; the high-definition decoder and the second controller The connection is used for synchronously decoding the on-site medical diagnosis signal to restore the vital sign information of the patient, the voice data and the video data of the medical treatment site; and the stereoscopic video fusion device is connected to the second controller, and is configured to perform video data of the medical treatment site. Converting and synthesizing a 3D video picture; the second controller is connected to the split screen display for displaying the vital sign information of the patient in the first display area of the split screen display, and displaying the 3D video picture on the first display of the split screen display The second display area forms a three-dimensional scene first aid screen, and controls the second voice player Stepping to play the voice data of the medical treatment site; and connecting the second voice collector to the second controller, for collecting a voice treatment instruction for the remote doctor to guide the on-site doctor to treat the patient, and using the second communication unit to execute the voice treatment instruction Send to the on-site medical treatment terminal.

[Claim 5] The Internet remote treatment synchronization system according to claim 4, wherein the on-site medical treatment terminal further includes a first voice player, the first voice player is connected to the first controller, The first controller is configured to control the first voice player to synchronously play the remote doctor's voice treatment instruction to assist the on-site doctor to treat the patient.

[Claim 6] An internet remote rescue synchronization method, which is applied to an internet remote rescue synchronization system, the system includes an on-site medical treatment terminal and a remote treatment terminal, and the on-site medical treatment terminal communicates with a remote treatment terminal through a communication network, wherein The remote treatment terminal includes a split screen display, the split screen display includes a first display area and a second display area, and the internet remote rescue synchronization method includes the steps of: collecting vital signs information of the patient, voice data and video of the medical treatment scene Data; compress and encode the patient's vital signs information, voice data and video data at the clinic site to generate on-site diagnosis and treatment signals; The number is transmitted to the remote treatment terminal through the communication network; the on-site medical diagnosis signal sent by the on-site medical treatment terminal is synchronously decoded to restore the vital sign information of the patient, the voice data and the video data of the medical treatment site; and the video data of the medical treatment site is converted and synthesized. 3D video screen; displaying the vital sign information of the patient in the first display area of the split screen display, displaying the 3D video screen in the second display area of the split screen display to form a three-dimensional scene first aid screen, and simultaneously playing the voice data of the medical treatment scene; The remote doctor is instructed to instruct the on-site doctor to perform a speech treatment instruction for the patient, and the voice treatment instruction is sent to the on-site medical treatment terminal through the communication network; and the remote doctor's voice treatment instruction is synchronously played to assist the on-site doctor to treat the patient.

The method for synchronizing the Internet remote treatment according to claim 6, wherein the on-site medical treatment terminal comprises a first controller, a vital sign collection device, a first voice collector, a high-definition camera, and a compression encoder. And the first communication unit, wherein: the vital sign collection device collects vital sign information of the patient; the first voice collector collects voice data of the medical treatment site; the high-definition camera captures video data of the medical treatment site; the compression coding The device compresses and encodes the vital sign information of the patient, the voice data of the medical treatment site, and the video data to generate an on-site medical diagnosis signal; and the first communication unit transmits the on-site medical diagnosis signal to the remote treatment terminal through the communication network.

[Claim 8] The internet remote treatment synchronization method according to claim 7, wherein the vital sign collection device comprises a ventilator, a sphygmomanometer, a pulse monitor, an electrocardiograph, and a thermometer for measuring the patient. Vital signs for breathing, blood pressure, pulse, heart rate, and body temperature.

The method for remotely responding to the Internet according to claim 6, wherein the remote treatment terminal comprises a second controller, a second communication unit, a high definition decoder, a stereoscopic video fusion device, and a split screen display. a second voice player and a second voice collector, wherein: the second communication unit receives an on-site medical treatment signal sent by the on-site medical treatment terminal; the high-definition decoder synchronously decodes the on-site medical treatment signal to restore the vital sign information of the patient And the voice data and the video data of the medical treatment site; the stereoscopic video fusion device performs signal conversion on the video data of the medical treatment site and synthesizes the 3D video image; the second controller will The vital sign information is displayed in the first display area of the split screen display, and the 3D video screen is displayed on the second display area of the split screen display to form a three-dimensional scene first aid screen, and the second voice player is controlled to synchronously play the voice data of the clinic scene; The second voice collector collects a voice treatment instruction for the remote doctor to guide the on-site doctor to treat the patient, and sends the voice treatment instruction to the on-site medical treatment terminal through the second communication unit.

The method for synchronizing the Internet remote treatment according to claim 9, wherein the on-site medical treatment terminal further comprises a first voice player, and the second controller controls the first voice player Simultaneously play the remote doctor's voice treatment instructions to assist the on-site doctor to treat the patient.