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WO2022222858A1 - Intelligent expert treatment-assisting rehabilitation system based on multi-element compounding, and method for using same - Google Patents

Intelligent expert treatment-assisting rehabilitation system based on multi-element compounding, and method for using same Download PDF

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Publication number
WO2022222858A1
WO2022222858A1 PCT/CN2022/087077 CN2022087077W WO2022222858A1 WO 2022222858 A1 WO2022222858 A1 WO 2022222858A1 CN 2022087077 W CN2022087077 W CN 2022087077W WO 2022222858 A1 WO2022222858 A1 WO 2022222858A1
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intelligent
intelligent expert
data signal
diagnosis
treatment
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PCT/CN2022/087077
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French (fr)
Chinese (zh)
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陆耀祖
张敏
马红梅
陆静芬
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江苏经纬技术创新咨询有限公司
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    • GPHYSICS
    • G16INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR SPECIFIC APPLICATION FIELDS
    • G16HHEALTHCARE INFORMATICS, i.e. INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR THE HANDLING OR PROCESSING OF MEDICAL OR HEALTHCARE DATA
    • G16H50/00ICT specially adapted for medical diagnosis, medical simulation or medical data mining; ICT specially adapted for detecting, monitoring or modelling epidemics or pandemics
    • G16H50/20ICT specially adapted for medical diagnosis, medical simulation or medical data mining; ICT specially adapted for detecting, monitoring or modelling epidemics or pandemics for computer-aided diagnosis, e.g. based on medical expert systems

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  • the present application belongs to the technical field of medical equipment and smart medical applications, and in particular relates to an intelligent expert-assisted treatment and rehabilitation system based on multiple compounding and a method of using the same.
  • the well-known integrated diagnosis and treatment centers such as the AstraZeneca Lung Cancer Diagnosis and Treatment Integration Center construction project, are created from the perspective of management innovation, and the triage and treatment of various departments are aggregated into comprehensive diagnosis and treatment, thereby promoting diagnosis, treatment and rehabilitation.
  • the whole process of integrated diagnosis and treatment management plan is implemented in the whole process.
  • this management plan has the effect of improving a certain comprehensive diagnosis and treatment, if we can cut in from the perspective of technological innovation, we can create an auxiliary treatment system (equipment) with an integrated structure of diagnosis and treatment.
  • the new plan will further enhance the effect of the existing comprehensive diagnosis and treatment to a newer level.
  • the third is the well-known Internet hospitals, which number more than 1,000. Although they have the functions of online consultation, diagnosis and advice through pictures, texts and videos, they do not yet have an auxiliary treatment system with a combined structure of integrated inspection, diagnosis and treatment. (equipment) support means, so its service function is still only in the application stage of online health and medical auxiliary diagnosis.
  • the purpose of this application is to provide a multi-component based intelligent expert assistant treatment and rehabilitation system and its use method in order to overcome the deficiencies of the prior art. It has high curative effect, excellent quality and convenient operation and use.
  • an intelligent expert assistant treatment and rehabilitation system based on multi-component compounding includes an external network health and medical data compounding operation subsystem; wherein, it includes: an inspection unit by an intelligent expert, a diagnosis unit by an intelligent expert The first-diagnosis and complex intranet intelligent expert-assistant therapy and rehabilitation components connected by the data signal of the intelligent expert assistance unit and the intelligent expert assistance unit; the intelligent expert examination unit, the intelligent expert diagnosis unit, and the intelligent expert assistance unit Re-examination and complex intranet intelligent expert-assisted treatment and rehabilitation components respectively connected with the data signal of the intelligent expert re-examination, re-examination and rehabilitation unit;
  • the intranet intelligent expert assistance and rehabilitation subsystem formed by the data signal connection between the expert assistance and rehabilitation components; the internal network intelligent expert assistance and rehabilitation subsystem and the external network health and medical data compound operation subsystem and the external network health and medical data compound operation subsystem includes a wireless data communication network, and a background cloud connected to the wireless data communication network through wireless data communication.
  • the realization principle of the present application is: the intelligent expert assistant treatment and rehabilitation system proposed by the present application cleverly uses a new design scheme based on the "multiple compound” structure, that is, a new design scheme of the three-in-one compound structure of inspection, diagnosis and treatment, which specifically includes The new design scheme of "sequential compounding, dislocation compounding and first-review compounding" is beneficial for the application to achieve precise treatment and enhance the effect of auxiliary treatment.
  • the implementation path of the present application includes: firstly, connecting the intelligent expert inspection unit, intelligent expert diagnosis unit, and intelligent expert assistant treatment unit with data signals in sequence to form a first-diagnosis complex intranet intelligent expert assistant treatment and rehabilitation component;
  • the expert inspection unit, the intelligent expert diagnosis unit, and the intelligent expert assistant treatment unit are respectively connected with the data signal of the intelligent expert review, re-diagnosis and re-treatment unit to form the intelligent expert assistant treatment and rehabilitation component of the re-examination and complex intranet.
  • the intranet intelligent expert assistance treatment and rehabilitation sub-system is formed by the data signal connection between the network intelligent expert assistance treatment and rehabilitation component and the follow-up complex intranet intelligent expert assistance therapy rehabilitation component; the fourth is to combine the intranet intelligent expert assistance therapy and rehabilitation component.
  • the rehabilitation subsystem implements interactive wireless data signal communication between the networked user station terminal and the external network health and medical data complex operation subsystem to form an auxiliary treatment and rehabilitation system with an integrated complex structure of inspection and diagnosis.
  • the present application initiates a new design scheme based on the "multiple complex" integrated complex structure of inspection and diagnosis, which can pass the scattered data signals of various departments of inspection and diagnosis through the multiple complex structure with the integrated complex structure of inspection and diagnosis.
  • the complex integration and optimization of data signals constituted by matching units and components give full play to the functions of intelligent analysis, intelligent optimization and intelligent control of the system, and then form the optimal treatment path and plan for diagnosis and treatment, so that the application can be implemented accurately.
  • Adjuvant therapy enhance the effect of adjuvant therapy and rehabilitation.
  • the new design scheme of the integrated structure of inspection, diagnosis and treatment based on "multiple recombination” proposed in this application creates a system characteristic of "sequential recombination, dislocation recombination and initial follow-up recombination".
  • the intelligent expert assistant treatment and rehabilitation system of "multiple compounding" of the present application can satisfy the precise treatment of the individual characteristics of specific lesions affecting human health, so as to achieve the remarkable effect of "prescribe the right medicine”. Effect.
  • the intelligent expert assistant treatment and rehabilitation system based on multi-combination proposed in this application implements interactive wireless data between the internal network intelligent expert assistant treatment and rehabilitation subsystem and the external network health and medical data complex operation subsystem.
  • the method of signal communication fully utilizes the health and medical big data expert system to realize the role of smart medical treatment, thereby greatly improving the efficiency of the application of intelligent experts in assisting treatment and rehabilitation.
  • the intelligent expert assistant treatment and rehabilitation system based on multi-combination proposed in this application is assembled as an auxiliary treatment and rehabilitation equipment with an integrated structure of inspection, diagnosis and treatment, and its operation and use are convenient; this application is widely applicable to supporting auxiliary treatment in physical hospitals.
  • FIG. 1 is a schematic structural diagram of an intelligent expert assistance and rehabilitation system based on multi-component compounding proposed by an embodiment of the present application.
  • FIG. 2 is a schematic structural diagram of an intelligent expert review, re-examination, and re-treatment unit of an intelligent expert-assisted treatment and rehabilitation system based on multi-component compounding according to an embodiment of the present application.
  • FIG. 3 is a schematic structural diagram of a networked user-station terminal of an intelligent expert assistance and rehabilitation system based on multi-combination according to an embodiment of the present application.
  • FIG. 4 is a schematic structural diagram of an intelligent remote group-controlled medical assistant server based on an intelligent expert assistant therapy and rehabilitation system based on multiple combinations according to an embodiment of the present application.
  • FIG. 5 is a schematic diagram of a networked group that is put into use by an intelligent expert assistance and rehabilitation system based on multi-combination according to an embodiment of the present application.
  • FIG. 6 is a schematic block diagram of an operation procedure of a method for using an intelligent expert assistance and rehabilitation system based on multi-component compounding proposed by an embodiment of the present application.
  • intelligent expert inspection unit 1 intelligent detection and sensing equipment 1-1, intelligent standard inspection and proofreading device 1-2, intelligent self-adaptive deviation correction and adjustment device 1-3; intelligent expert diagnosis unit 2, intelligent expert Diagnostic data signal module 2-1, intelligent expert diagnostic data signal processor 2-2, and intelligent expert diagnostic data signal audio-visual 2-3; intelligent expert assistance unit 3, intelligent expert assistance data signal module 3-1, intelligent expert Assistant treatment data signal controller 3-2 and intelligent expert assistant treatment and rehabilitation equipment 3-3; initial diagnosis and recombination intranet intelligent expert assistant treatment and rehabilitation component 4; intelligent expert review, re-diagnosis and rehabilitation unit 5, intelligent expert multiplexing data signal storage Module 5-1, intelligent expert multiplexing data signal processing module 5-2, intelligent expert multiplexing data signal control module 5-3, intelligent expert review, re-diagnosis and re-treatment unit complex combination module 5-4; intelligent expert review, re-diagnosis and re-treatment Recombination module 5-4-1, intelligent expert reexamination, reexamination reexamination recombination module 5
  • Module 5-4-5 for intelligent expert re-examination, re-examination, re-examination, re-examination and re-examination
  • module 5-4-6 for re-examination, re-examination, re-examination and re-examination of intelligent experts
  • Re-examination and re-examination and re-examination and rehabilitation component 6 of intelligent expert assistance in intranet intranet Intelligent expert assistant treatment and rehabilitation subsystem 7; networked user station terminal 8, data processor 8-1, signal conversion module 8-2, wireless data communication module 8-3, intranet status data signal acquisition module 8-4, assistant Treatment operation program data signal module 8-5, troubleshooting operation program data signal module 8-6, video and audio prompter 8-7, external network status data signal acquisition module 8-8, power management module 8-9; wireless data communication network 9; background cloud server 10; intelligent remote group control assistant server 11, data processor 11-1, signal conversion module 11-2, wireless data communication module 11-3, networked user station group control data signal reception and Identification
  • an intelligent expert-assisted treatment and rehabilitation system based on multiple compounding proposed in this application includes an external network health and medical data compounding operation subsystem 12 ; it also includes an intelligent expert checking unit 1 , an intelligent The expert diagnosis unit 2 and the intelligent expert assistant treatment unit 3 are connected by data signals in turn, and the initial diagnosis and complex intranet intelligent expert assistant treatment and rehabilitation component 4; the intelligent expert inspection unit 1, the intelligent expert diagnosis unit 2, the intelligent expert assistant treatment The three units 3 are respectively connected with the intelligent expert review, re-diagnosis and re-treatment unit 5.
  • the re-diagnosis and complex intranet intelligent expert assistance and rehabilitation component 6 is connected with the data signal;
  • the intranet intelligent expert assistance and rehabilitation components 6 are connected by data signals to form an intranet intelligent expert assistance and rehabilitation subsystem 7; the intranet intelligent expert assistance and rehabilitation subsystem 7 is compounded with the external network health care data
  • the interactive wireless data signal communication is implemented between the operation subsystems 12 through the networked user station terminal 8;
  • the background cloud server 10 and the intelligent remote group control assistant server 11 are respectively connected by wireless data communication.
  • the present application can combine and optimize the data signals by combining the data signals scattered by various departments of the inspection and diagnosis through the multi-component compounding units and components of the integrated inspection and diagnosis structure to form the optimal treatment path and scheme for the inspection and diagnosis. , and then perform intelligent inspection, intelligent diagnosis and intelligent auxiliary treatment on the personality characteristics of specific lesions that affect human health, so that the present application can achieve precise treatment and enhance the effect of auxiliary treatment and rehabilitation.
  • a further preferred scheme of a multi-component-based intelligent expert-assisted rehabilitation system proposed by the application is as follows:
  • the intelligent expert inspection unit 1 includes an intelligent detection sensing device 1-1, an intelligent standard inspection and calibration device 1-2, and an intelligent self-adaptive deviation correction and adjustment device 1-3;
  • the intelligent detection and sensing device 1-1 is an intelligent human body information field detection sensor, including a bioelectricity detection sensor, an ultrasonic detection sensor, an electrocardiogram detection sensor, a pulse detection sensor, a body temperature detection sensor, a blood pressure detection sensor, auscultation detection sensors and other physical sensors.
  • the intelligent detection and sensing device 1-1 is used to detect bioelectric signals, ultrasonic signals, electrocardiographic signals, pulse signals, body temperature signals, blood pressure of specific lesions affecting human health signal and auscultation signal; the accuracy of the sensing detection data signal of the intelligent detection sensing device 1-1 is corrected by the intelligent calibration and proofreading device 1-2, and the intelligent detection device 1-1
  • the adjustment of the self-adaptive deviation correction adjustment device 1-3 ensures the accuracy of the detection data signal given by the sensor.
  • the intelligent expert diagnosis unit 2 includes an intelligent expert diagnosis data signal module 2-1, an intelligent expert diagnosis data signal processor 2-2 and an intelligent expert diagnosis data signal audio-visual device 2-3. ; wherein: the intelligent expert diagnosis data signal module 2-1 stores the sensing detection data signal given by the intelligent expert inspection unit 1, and then transmits it to the intelligent expert diagnosis data signal processor 2-2 for cluster diagnosis Processing, and then combined with the latest diagnosis data signal of the first-diagnosed user given by the entity hospital transmitted by the external network health and medical data compound operation subsystem 12 and the corresponding big data signal of the external network health and medical standard sample to carry out diagnosis, screening and analysis.
  • the conclusion data signal obtained after the optimization process is transmitted to the intelligent expert diagnostic data signal audio-visual device 2-3 in one way to provide visual audio-visual of the diagnostic conclusion data signal, and the other way is transmitted to the intelligent expert medical assistant unit 3.
  • the intelligent expert assistant therapy unit 3 includes an intelligent expert assistant therapy data signal module 3-1, an intelligent expert assistant therapy data signal controller 3-2 and an intelligent expert assistant therapy rehabilitation device 3. -3;
  • the intelligent expert assistant therapy data signal module 3-1 is used to receive the diagnosis conclusion data signal transmitted from the intelligent expert diagnosis unit 2, and then transmit it to the intelligent expert assistant therapy data signal controller 3-2 to convert it into real-time execution control The data signal is then transmitted to the intelligent expert-assisted treatment and rehabilitation equipment 3-3, and the intelligent expert-assisted treatment and rehabilitation equipment 3-3 performs precise treatment of specific lesions affecting human health in real time; at the same time, the intelligent expert-assisted treatment data signal controller 3 -2 Store the data signal of the assistant treatment plan and provide a reference for the follow-up diagnosis and treatment;
  • the intelligent expert assistant treatment and rehabilitation equipment 3-3 is an intelligent physical field wave assistant treatment and rehabilitation equipment, and the physical field wave includes bioelectric waves, ultrasonic waves, and laser waves.
  • the intelligent expert review, re-diagnosis and retreatment unit 5 includes an intelligent expert multiplexed data signal storage module 5-1, an intelligent expert multiplexed data signal processing module 5-2, an intelligent expert multiplexed data signal processing module 5-2, and an intelligent expert multiplexed data signal processing module 5-2.
  • the expert multiplexed data signal control module 5-3 and the intelligent expert review, re-diagnosis and retreatment unit are compounded and combined module 5-4; wherein: the intelligent expert multiplexed data signal storage module 5-1 is used to store the intelligent expert inspection unit 1.
  • the optimized design of the re-examination prescription, the data signal of the re-examination conclusion after the re-examination diagnosis and the design of the treatment prescription is transmitted to the intelligent expert data signal audio-visual device 2-3 to provide visual audio-visual of the data signal of the re-examination conclusion; the other channel is transmitted to the intelligent expert in turn.
  • the intelligent expert reexamination, reexamination and retreatment unit recombination module 5-4 includes an intelligent expert reexamination reexamination reexamination recombination module 5-4-1, and an intelligent expert reexamination reexamination reexamination recombination module 5- 4-2.
  • Intelligent expert re-examination, re-examination, re-examination and re-combination module 5-4-3 intelligent expert re-examination, re-examination, re-examination and re-examination and re-combination module 5-4-4, intelligent expert re-examination, re-examination, re-examination, re-examination and re-combination module 5-4-5, intelligent It consists of one or more groups in the modules 5-4-6 of expert re-treatment, re-examination, re-examination and re-examination. This is based on the fact that the returning users are in different health conditions after the initial consultation and rehabilitation.
  • different paths can be selected from the starting point to the end point of the re-examination, re-examination and re-treatment recombination process during the re-examination process.
  • the recombination process is set to a combination of different starting points, midpoints and end points, which can meet the needs of personalized treatment for returning users, and strive to "prescribe the right medicine" to help improve the effect of auxiliary treatment and rehabilitation during the follow-up period.
  • the above-mentioned embodiments cover the system features of “sequential recombination, dislocation recombination, and initial follow-up recombination” of the present application, making the application’s integrated inspection and diagnosis complex structure intelligent.
  • the expert-assisted rehabilitation system has more curative advantages.
  • the networked user station terminal 8 includes a data processor 8-1, a signal conversion module 8-2, a wireless data communication module 8-3, and an intranet status data, respectively.
  • the signal conversion module 8-2 includes an analog-to-digital analog-to-digital converter for converting the input and output signals of the networked user station terminal 8 A conversion module and a digital-to-analog conversion module;
  • the internal network state data signal acquisition module 8-4 collects the state data signal of the internal network intelligent expert assistance and rehabilitation subsystem 7 in real time, and the external network state data signal acquisition module 8-8 collects the external network state data signal acquisition module 8-8 in real time.
  • the data signal given by the network health and medical data recombination operation subsystem 12; the connection between the intranet intelligent expert assistance and rehabilitation subsystem 7 and the external network health and medical data recombination operation subsystem 12 is implemented through the networked user terminal 8 Interactive wireless data signal communication.
  • the described intelligent expert assistant treatment and rehabilitation system based on multi-combination is composed of an external network medical data complex operation subsystem 12 and an intranet intelligent expert assistant therapy and rehabilitation subsystem 7 .
  • the networked user station terminal 8 and the networked user station terminal 8 are constituted by data signals; the intranet intelligent expert assistance and rehabilitation subsystem 7 is matched with the networked user station terminal 8, and the number of the two is the same, 1-500.
  • the external network medical data compound operation subsystem 12 includes a wireless data communication network 9, a background cloud server 10 and an intelligent remote group control assistant treatment server 11; including: The wireless data communication network 9 is respectively connected with the background cloud server 10 and the intelligent remote group control assistant server 11 for wireless data communication; A big data system; the intelligent remote group control assistant treatment server 11 includes a data processor 11-1, a signal conversion module 11-2, a wireless data communication module 11-3, a networked user station group control data signal receiving and Identification module 11-4, data signal correction and transmission module 11-5 for networked user station group control data signal, data module for troubleshooting operation program 11-6, video and audio prompter 11-7 and data signal from data storage module 11-8 connection, and a power management module 11-9 for supplying power to an intelligent remote group control assistant server; wherein, the signal conversion module 11-2 includes an analog-to-digital conversion module for converting the input and output signals of the networked user stations and A digital-to-analog conversion module;
  • the proposed intelligent expert assistant treatment and rehabilitation system based on multiple combinations is put into specific use, and can be based on Internet hospitals, mobile hospitals, remote The physical space conditions of places such as medical centers, community medical centers, health centers, rehabilitation centers, sanatoriums, or nursing homes, etc., set up a group of intelligent expert assistance and rehabilitation devices 13 matching this application, and the intelligent expert assistance and rehabilitation devices 13
  • the number is 13-1 to 13-N; in the intranet intelligent expert assistant treatment and rehabilitation subsystem 7 of the application, the initial diagnosis and intranet intelligent expert assistant treatment and rehabilitation component 4, the return diagnosis and intranet intelligent expert assistant treatment and rehabilitation
  • the component 6 and the networked user station terminal 8 are all assembled in the intelligent expert assistant treatment and rehabilitation device 13; All intranet intelligent expert assistance and rehabilitation subsystems 7 are shared and set up independently, with each Internet hospital, mobile hospital, telemedicine center, community medical center, health center, rehabilitation center, nursing home or nursing home as a group, It is sufficient to configure a set of external network health and medical data
  • Step 3 client networking operation, step 4 client networking troubleshooting and step 5 client networking outage, the specific operating procedures include the following:
  • Step 1 the user terminal is powered on and connected to the network: first, prepare the equipment of the intelligent expert assistance and rehabilitation system corresponding to the user terminal, open the user equipment login account of the networked user station terminal 8, enter the boot information corresponding to the user terminal, and the networked user station 8 Report the boot information of the corresponding client to the intelligent remote group control assistant server 11 through the wireless data communication network 9; then the intelligent remote group control assistant server 11 automatically recognizes the boot information of the corresponding client, and when the boot information of the corresponding client is incorrect, It will send the restarting prompt information to the networked user station terminal 8 corresponding to the user terminal; after the user has successfully powered on and logged in, the networked user station terminal 8 will report the start-up information of the corresponding user terminal to the intelligent remote group control assistant therapy server 11, and then The intelligent remote group control and assistant therapy server 11 will prompt the next operation procedure according to the reported power-on information.
  • Step 2 the user terminal is started online: the networked user station terminal 8 makes the intelligent expert assistant therapy and rehabilitation system corresponding to the user perform normal operation according to the operation instruction of the intelligent expert assistant therapy and rehabilitation system corresponding to the user terminal fed back by the intelligent remote group control assistant therapy server 11. Start and feed back information to the intelligent remote group control assistant therapy server 11; if the startup is abnormal, the intelligent remote group control assistant therapy server 11 will feed back a prompt message corresponding to the user terminal where the networked user station 8 is wrong, and then repeat the aforementioned operation procedure , until the intelligent expert assistant therapy and rehabilitation system corresponding to the user terminal starts normally and feeds back information to the intelligent remote group control assistant therapy server 11 for backup.
  • Step 3 the user terminal runs online: after the intelligent expert assistant therapy and rehabilitation system corresponding to the client terminal is normally started, the networked user station terminal 8 makes the intranet intelligent expert assistant therapy according to the operation instruction given by the intelligent remote group control assistant therapy server 11.
  • the rehabilitation subsystem 7 enters the normal operation state and feeds back information to the intelligent remote group control assistant therapy server 11 through the networked user station terminal 8, so that the intelligent expert assistant therapy rehabilitation system corresponding to the user end enters the intelligent remote group control assistant therapy server 11.
  • the network is running the service; the following specific operation procedures include the following steps:
  • Step 3.1 Operation of initial diagnosis and complex intranet intelligent expert-assisted treatment and rehabilitation component 4:
  • Step 3.1.1 the intelligent detection and sensing device 1-1 of the intelligent expert inspection unit 1 provides the newly diagnosed user with bioelectric signals, ultrasonic waves for detecting specific lesions affecting human health according to the operation instructions fed back by the terminal 8 of the networked user station.
  • the calibration of the calibration device 1-2 and the adjustment of the intelligent self-adaptive deviation correction and adjustment device 1-3 to ensure the accuracy of the detection data signal given by the sensor;
  • Step 3.1.2 the intelligent expert diagnosis unit 2 performs clustering diagnosis processing according to the sensory detection data signal of the newly diagnosed user given by the intelligent expert inspection unit 1, and combines the external network health and medical data to compound the entity transmitted by the operation subsystem 12.
  • the latest diagnosis conclusion data signal of the initial diagnosis user given by the hospital and the corresponding big data signal of the external network health care standard samples are collected, screened and optimized for diagnosis, and the conclusion data signal obtained after optimization processing is transmitted to the intelligent expert diagnosis Data signal audio-visual device 2-2 to provide visual audio-visual of the data signal of the diagnosis conclusion; another way is transmitted to the intelligent expert assistant treatment unit 3 to guide precise assistant treatment;
  • Step 3.1.3 the intelligent expert assistance and rehabilitation equipment 3-3 of the intelligent expert assistance unit 3 provides intelligent physical field wave assistance for the newly diagnosed user according to the instruction of the diagnosis conclusion data signal transmitted by the intelligent expert diagnosis unit 2.
  • the physical field waves include one or more combinations of biological radio waves, ultrasonic waves, laser waves, spectral waves, negative ion waves, far-infrared waves, ultraviolet waves and magnetic field waves;
  • Step 3.2 Re-examination and recombination of intranet intelligent experts to assist the first operation of rehabilitation component 6:
  • Step 3.2.1 according to the selection instruction of the returning user for the personalized treatment path, the initial diagnosis and rehabilitation component 4 of the intranet intelligent expert to assist the rehabilitation component 6 and the intelligent expert to recheck
  • the re-examination and re-treatment unit 5 is combined to give the comprehensive data signal of the initial re-examination and re-combination;
  • Step 3.2.2 Combining and optimizing the comprehensive data signal of the initial follow-up diagnosis and reconciliation given by the intelligent expert assistance and rehabilitation component 6 of the internal network and the big data signal of the external network health and medical standard samples, forming an optimized first The data signal of the real-time compound control execution plan for an initial follow-up diagnosis;
  • step 3.2.3 the intelligent expert assists the rehabilitation equipment 3-3 according to the data signal of the real-time compound control execution plan for the initial follow-up diagnosis given in step 3.2.2, which is used to perform the first follow-up diagnosis of specific lesions that affect human health accurately.
  • the re-examination and re-examination are equipped with the intranet intelligent expert assistance and rehabilitation component 6 to store the data signals of the re-examination assistance plan and provide a reference for the re-examination users to re-examine again;
  • Step 3.3 the second operation of re-examination and recombination of intranet intelligent experts to assist treatment and rehabilitation component 6:
  • step 3.3.1 according to the user's selection instruction for the personalized treatment path for the second follow-up visit, the combination of the first follow-up visit and the second follow-up visit is given by the return-diagnosis and complex intranet intelligent expert-assisted treatment and rehabilitation component 6. data signal;
  • Step 3.3.2 Combining and optimizing the comprehensive data signal of the two re-examination and re-combination given by the intelligent expert assistance and rehabilitation component 6 of the intranet and the big data signal of the health and medical standard sample on the external network and optimizing it to form an optimized first The data signal of the real-time compound control execution plan for the second follow-up diagnosis;
  • Step 3.3.3 the intelligent expert-assisted treatment and rehabilitation equipment 3-3 configures the data signal of the control execution plan in real time according to the second follow-up consultation, and is used to perform the second follow-up consultation and precise treatment for specific lesions affecting human health; at the same time, the follow-up consultation
  • the compound intranet intelligent expert assistant treatment and rehabilitation component 6 stores the data signal of the second follow-up consultation and assistant treatment plan and provides a reference for the follow-up users to follow up again;
  • Step 3.4 the Nth operation of re-diagnosing and reconfiguring the intranet intelligent expert to assist the rehabilitation component 6:
  • Step 4 network troubleshooting on the client side: if the intelligent expert assistant therapy and rehabilitation system corresponding to the client side is in an abnormal state during operation, the intelligent remote group control assistant therapy server 11 will provide corresponding information according to the previously reported operation service status data signal.
  • the networked user station terminal 8 of the client side performs the troubleshooting information prompt of the troubleshooting operation, until the abnormal operation of the intelligent expert assistant therapy and rehabilitation system corresponding to the client terminal is turned into normal operation, and the information is fed back to the intelligent remote group control assistant therapy server 11 for backup;
  • Step 5 network shutdown of the user terminal: when the intelligent expert assistant treatment and rehabilitation system corresponding to the user terminal needs to stop operating services and shut down, the networked user station terminal 8 corresponding to the user terminal reports the shutdown and shutdown data signal of the intelligent expert assistant treatment and rehabilitation system.
  • the intelligent remote group control assistant therapy server 11, and then the intelligent remote group control assistant therapy server 11 provides the shutdown and outage instruction of the networked user station terminal 8 corresponding to the user terminal according to the reported outage data signal, and simultaneously provides the follow-up assistance to the intelligent expert.
  • the rehabilitation system performs the information prompt of the sanitation and disinfection operation procedure until the sanitation and disinfection operation procedure of the intelligent expert assistant treatment and rehabilitation system corresponding to the user end is completed and the information is fed back to the intelligent remote group control assistant treatment server 11 for backup. Has entered a stop state.

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Abstract

The present invention relates to an intelligent expert treatment-assisting rehabilitation system based on multi-element compounding, and a method for using same. The system comprises an extranet health and medical care data compounding operation subsystem (12), and is characterized by further comprising: a preliminary-diagnosis compounding intranet intelligent expert treatment-assisting rehabilitation component (4), whereby an intelligent expert examination unit (1), an intelligent expert diagnosis unit (2) and an intelligent expert treatment-assisting unit (3) are sequentially in data signal connection; and a re-diagnosis compounding intranet intelligent expert treatment-assisting rehabilitation component (6), whereby the intelligent expert examination unit (1), the intelligent expert diagnosis unit (2) and the intelligent expert treatment-assisting unit (3) are respectively in data signal connection with an intelligent expert re-examination, re-diagnosis and re-treatment unit (5), wherein the preliminary-diagnosis compounding intranet intelligent expert treatment-assisting rehabilitation component (4) and the re-diagnosis compounding intranet intelligent expert treatment-assisting rehabilitation component (6) constitute an intranet intelligent expert treatment-assisting rehabilitation subsystem (7); and by means of a networking user machine location terminal (8), interactive wireless data signal communication is implemented between the subsystem and the extranet health and medical care data compounding operation subsystem (12). The present invention has a significant treatment-assisting rehabilitation effect, and is convenient to operate and use.

Description

基于多元复配的智能专家助疗康复系统及其使用方法Intelligent expert-assisted treatment and rehabilitation system based on multi-compound and its use method
相关申请Related applications
本申请要求于2021年4月20日提交国家知识产权局、申请号为2021104244185、申请名称为“一种基于多元复配的智能专家助疗康复系统及其使用方法”的中国专利申请的优先权,其全部内容通过引用结合在本申请中。This application claims the priority of the Chinese patent application submitted to the State Intellectual Property Office on April 20, 2021, the application number is 2021104244185, and the application name is "An Intelligent Expert Assisted Therapy and Rehabilitation System Based on Multiple Compounding and Its Using Method" , the entire contents of which are incorporated herein by reference.
技术领域technical field
本申请属于医疗器械设备和智慧医疗应用技术领域,特别是涉及一种基于多元复配的智能专家助疗康复系统及其使用方法。The present application belongs to the technical field of medical equipment and smart medical applications, and in particular relates to an intelligent expert-assisted treatment and rehabilitation system based on multiple compounding and a method of using the same.
背景技术Background technique
为贯彻“健康中国2030”规划纲要有关“加强高端医疗器械等创新能力建设,大力发展高性能医疗器械,加快医疗器械转型升级,加快发展康复辅助器具产业”的指导方针,医疗卫生事业呈现出空前的大发展,涉及助疗人体健康特别是人体亚健康的各种医疗器械设备、诊疗一体化中心以及互联网医院等应运而生,日新月异。当今随着智慧医疗产业的兴起,以互联网、云计算、物联网、大数据等技术集成创新及应用为牵引,推动了远程医疗技术、人工智能技术、医疗机器人技术的大发展,与其相适应的医疗器械设备的转型升级迫在眉睫,特别是发展集实时精准检查、诊断和治疗(以下简称“检诊疗”)三位一体复配结构的助疗系统(设备)更具创新意义。In order to implement the guidelines of the "Healthy China 2030" planning outline on "strengthening the construction of innovative capabilities such as high-end medical devices, vigorously developing high-performance medical devices, accelerating the transformation and upgrading of medical devices, and accelerating the development of the rehabilitation assistive device industry", the medical and health undertakings have presented an unprecedented development. With the rapid development of the Internet, various medical devices and equipment, integrated centers for diagnosis and treatment, and Internet hospitals that are involved in the treatment of human health, especially human sub-health, have emerged with each passing day. Today, with the rise of the smart medical industry, the integrated innovation and application of technologies such as the Internet, cloud computing, the Internet of Things, and big data have promoted the great development of telemedicine technology, artificial intelligence technology, and medical robotics technology. The transformation and upgrading of medical devices and equipment is imminent, especially the development of a three-in-one medical assistant system (equipment) that integrates real-time accurate inspection, diagnosis and treatment (hereinafter referred to as "diagnosis and treatment") is more innovative.
公知的医疗器械设备,如频谱治疗仪、激光治疗仪、脉冲治疗仪等在使用中虽然具有一定的助疗作用,但因其不具有对影响人体健康的特定病灶的个性特征进行实时精准检查、诊断和治疗三者复配的检诊疗优化功能,所以对特定病灶的个性特征进行精准施治的疗效还未充分发挥出来。Well-known medical equipment, such as spectrum therapy apparatus, laser therapy apparatus, pulse therapy apparatus, etc., although they have a certain therapeutic effect in use, but because they do not have real-time and accurate inspection of the individual characteristics of specific lesions that affect human health, The optimization function of diagnosis and treatment is the combination of diagnosis and treatment, so the effect of precise treatment of the individual characteristics of specific lesions has not been fully exerted.
公知的诊疗一体化中心,如阿斯利康肺癌诊疗一体化中心建设项目,其创建思路是从管理创新的角度切入,将各科分诊分疗聚集为综合诊疗,由此推进诊断、治疗和康复环节实施全程一体化的诊疗管理方案,该管理方案虽具有提升一定的综合诊疗的效果,但如果能从技术创新的角度切入,创造具有检诊疗一体化复配 结构的助疗系统(设备)的新方案,将会进一步把现有综合诊疗的效果提升到更新的高度。The well-known integrated diagnosis and treatment centers, such as the AstraZeneca Lung Cancer Diagnosis and Treatment Integration Center construction project, are created from the perspective of management innovation, and the triage and treatment of various departments are aggregated into comprehensive diagnosis and treatment, thereby promoting diagnosis, treatment and rehabilitation. The whole process of integrated diagnosis and treatment management plan is implemented in the whole process. Although this management plan has the effect of improving a certain comprehensive diagnosis and treatment, if we can cut in from the perspective of technological innovation, we can create an auxiliary treatment system (equipment) with an integrated structure of diagnosis and treatment. The new plan will further enhance the effect of the existing comprehensive diagnosis and treatment to a newer level.
三是公知的互联网医院,其数量达千家以上,虽具有通过图文和视频方式可做出线上咨询、诊断和建议的功能,但还不具有集检诊疗一体化复配结构的助疗系统(设备)的支撑手段,所以其服务功能在总体上还只处于网上健康医疗辅助诊断的应用阶段。The third is the well-known Internet hospitals, which number more than 1,000. Although they have the functions of online consultation, diagnosis and advice through pictures, texts and videos, they do not yet have an auxiliary treatment system with a combined structure of integrated inspection, diagnosis and treatment. (equipment) support means, so its service function is still only in the application stage of online health and medical auxiliary diagnosis.
综上所述,如何克服现有技术的不足,加快发展具有检诊疗一体化复配结构的助疗系统(设备),已成为当今医疗器械装备和智慧医疗应用技术领域中亟待解决的重大难题之一。To sum up, how to overcome the deficiencies of the existing technology and accelerate the development of a medical assistant system (equipment) with an integrated structure of inspection, diagnosis and treatment has become one of the major problems to be solved urgently in the field of medical equipment and smart medical application technology. one.
发明内容SUMMARY OF THE INVENTION
本申请的目的是为克服现有技术的不足而提供一种基于多元复配的智能专家助疗康复系统及其使用方法,本申请属于具有检诊疗一体化复配结构的助疗康复系统,助疗康复的疗效高、品质优和操作使用便捷。The purpose of this application is to provide a multi-component based intelligent expert assistant treatment and rehabilitation system and its use method in order to overcome the deficiencies of the prior art. It has high curative effect, excellent quality and convenient operation and use.
根据本申请各示例性实施例提供的一种基于多元复配的智能专家助疗康复系统,包括外网健康医疗数据复配操作子系统;其中,包括:由智能专家检查单元、智能专家诊断单元、智能专家助疗单元三者依次数据信号连接的初诊复配内网智能专家助疗康复组元;由所述智能专家检查单元、所述智能专家诊断单元、所述智能专家助疗单元三者分别与智能专家复查复诊复疗单元数据信号连接的复诊复配内网智能专家助疗康复组元;由所述初诊复配内网智能专家助疗康复组元与所述复诊复配内网智能专家助疗康复组元之间通过数据信号连接而构成的内网智能专家助疗康复子系统;所述内网智能专家助疗康复子系统与所述外网健康医疗数据复配操作子系统之间通过联网用户机位终端实施交互式无线数据信号通信;以及所述外网健康医疗数据复配操作子系统包括无线数据通信网络、与所述无线数据通信网络通过无线数据通信分别连接的后台云端服务器和智能远程群控助疗服务器。According to various exemplary embodiments of the present application, an intelligent expert assistant treatment and rehabilitation system based on multi-component compounding includes an external network health and medical data compounding operation subsystem; wherein, it includes: an inspection unit by an intelligent expert, a diagnosis unit by an intelligent expert The first-diagnosis and complex intranet intelligent expert-assistant therapy and rehabilitation components connected by the data signal of the intelligent expert assistance unit and the intelligent expert assistance unit; the intelligent expert examination unit, the intelligent expert diagnosis unit, and the intelligent expert assistance unit Re-examination and complex intranet intelligent expert-assisted treatment and rehabilitation components respectively connected with the data signal of the intelligent expert re-examination, re-examination and rehabilitation unit; The intranet intelligent expert assistance and rehabilitation subsystem formed by the data signal connection between the expert assistance and rehabilitation components; the internal network intelligent expert assistance and rehabilitation subsystem and the external network health and medical data compound operation subsystem and the external network health and medical data compound operation subsystem includes a wireless data communication network, and a background cloud connected to the wireless data communication network through wireless data communication. Server and intelligent remote group control assistant therapy server.
本申请的实现原理是:本申请提出的智能专家助疗康复系统,巧妙地运用了基于“多元复配”结构的设计新方案,亦即检诊疗三位一体化复配结构的设计新方案,具体包括“顺序复配、错位复配和初复诊复配”的设计新方案,以利于本 申请能够实现精准施疗,增强助疗效果。本申请的实施路径包括:一是将智能专家检查单元、智能专家诊断单元、智能专家助疗单元三者依次数据信号连接而构成初诊复配内网智能专家助疗康复组元;二是将智能专家检查单元、智能专家诊断单元、智能专家助疗单元三者分别与智能专家复查复诊复疗单元数据信号连接而构成复诊复配内网智能专家助疗康复组元;三是将初诊复配内网智能专家助疗康复组元与复诊复配内网智能专家助疗康复组元之间通过数据信号连接而构成内网智能专家助疗康复子系统;四是将所述内网智能专家助疗康复子系统通过联网用户机位终端与外网健康医疗数据复配操作子系统之间实施交互式无线数据信号通信而构成具有检诊疗一体化复配结构的助疗康复系统。The realization principle of the present application is: the intelligent expert assistant treatment and rehabilitation system proposed by the present application cleverly uses a new design scheme based on the "multiple compound" structure, that is, a new design scheme of the three-in-one compound structure of inspection, diagnosis and treatment, which specifically includes The new design scheme of "sequential compounding, dislocation compounding and first-review compounding" is beneficial for the application to achieve precise treatment and enhance the effect of auxiliary treatment. The implementation path of the present application includes: firstly, connecting the intelligent expert inspection unit, intelligent expert diagnosis unit, and intelligent expert assistant treatment unit with data signals in sequence to form a first-diagnosis complex intranet intelligent expert assistant treatment and rehabilitation component; The expert inspection unit, the intelligent expert diagnosis unit, and the intelligent expert assistant treatment unit are respectively connected with the data signal of the intelligent expert review, re-diagnosis and re-treatment unit to form the intelligent expert assistant treatment and rehabilitation component of the re-examination and complex intranet. The intranet intelligent expert assistance treatment and rehabilitation sub-system is formed by the data signal connection between the network intelligent expert assistance treatment and rehabilitation component and the follow-up complex intranet intelligent expert assistance therapy rehabilitation component; the fourth is to combine the intranet intelligent expert assistance therapy and rehabilitation component. The rehabilitation subsystem implements interactive wireless data signal communication between the networked user station terminal and the external network health and medical data complex operation subsystem to form an auxiliary treatment and rehabilitation system with an integrated complex structure of inspection and diagnosis.
本申请与现有技术相比其显著优点在于:Compared with the prior art, the present application has the following significant advantages:
第一,本申请首创了基于“多元复配”的检诊疗一体化复配结构的设计新方案,该方案能够将检诊疗各科分散的数据信号通过具有检诊疗一体化复配结构的多元复配单元和组元而构成数据信号的复配集成和优化,充分发挥系统的智能分析、智能优化和智能控制的作用,进而形成检诊疗最优化的施疗路径及方案,使得本申请能够实施精准助疗,增强助疗康复的效果。First, the present application initiates a new design scheme based on the "multiple complex" integrated complex structure of inspection and diagnosis, which can pass the scattered data signals of various departments of inspection and diagnosis through the multiple complex structure with the integrated complex structure of inspection and diagnosis. The complex integration and optimization of data signals constituted by matching units and components, give full play to the functions of intelligent analysis, intelligent optimization and intelligent control of the system, and then form the optimal treatment path and plan for diagnosis and treatment, so that the application can be implemented accurately. Adjuvant therapy, enhance the effect of adjuvant therapy and rehabilitation.
第二,本申请提出的基于“多元复配”的检诊疗一体化复配结构的设计新方案,创造了“顺序复配、错位复配和初复诊复配”三者交融的系统特征,也是区别于现有技术的显著特征,从而使得本申请的“多元复配”的智能专家助疗康复系统能够满足对影响人体健康的特定病灶的个性特征进行精准施治,以达到“对症下药”的显著效果。Second, the new design scheme of the integrated structure of inspection, diagnosis and treatment based on "multiple recombination" proposed in this application creates a system characteristic of "sequential recombination, dislocation recombination and initial follow-up recombination". Different from the significant features of the prior art, the intelligent expert assistant treatment and rehabilitation system of "multiple compounding" of the present application can satisfy the precise treatment of the individual characteristics of specific lesions affecting human health, so as to achieve the remarkable effect of "prescribe the right medicine". Effect.
第三,本申请提出的基于多元复配的智能专家助疗康复系统,通过采用内网智能专家助疗康复子系统与外网健康医疗数据复配操作子系统两者之间实施交互式无线数据信号通信的方式,充分发挥运用健康医疗大数据专家系统来实现智慧医疗的作用,从而大大提高了本申请智能专家助疗康复的效能。Third, the intelligent expert assistant treatment and rehabilitation system based on multi-combination proposed in this application implements interactive wireless data between the internal network intelligent expert assistant treatment and rehabilitation subsystem and the external network health and medical data complex operation subsystem. The method of signal communication fully utilizes the health and medical big data expert system to realize the role of smart medical treatment, thereby greatly improving the efficiency of the application of intelligent experts in assisting treatment and rehabilitation.
第四,本申请提出的基于多元复配的智能专家助疗康复系统,装配为检诊疗一体化复配结构的助疗康复设备,其操作使用便捷;本申请广泛适用于与实体医院配套助疗的互联网医院、移动医院、远程医疗中心、社区医疗中心、保健中心、康复中心、疗养院或养老院等场所,为康复用户或亚健康用户提供助疗康复的帮助,还可进一步普及到有条件的康复用户或亚健康用户的家庭使用。Fourth, the intelligent expert assistant treatment and rehabilitation system based on multi-combination proposed in this application is assembled as an auxiliary treatment and rehabilitation equipment with an integrated structure of inspection, diagnosis and treatment, and its operation and use are convenient; this application is widely applicable to supporting auxiliary treatment in physical hospitals. Internet hospitals, mobile hospitals, telemedicine centers, community medical centers, health centers, rehabilitation centers, sanatoriums or nursing homes, etc., to provide rehabilitation users or sub-health users with assistance in treatment and rehabilitation, and can be further popularized to conditional rehabilitation. Home use by users or sub-health users.
附图说明Description of drawings
图1为本申请一实施例提出的一种基于多元复配的智能专家助疗康复系统的结构示意图。FIG. 1 is a schematic structural diagram of an intelligent expert assistance and rehabilitation system based on multi-component compounding proposed by an embodiment of the present application.
图2为本申请一实施例提出的一种基于多元复配的智能专家助疗康复系统的智能专家复查复诊复疗单元的结构示意图。FIG. 2 is a schematic structural diagram of an intelligent expert review, re-examination, and re-treatment unit of an intelligent expert-assisted treatment and rehabilitation system based on multi-component compounding according to an embodiment of the present application.
图3为本申请一实施例提出的一种基于多元复配的智能专家助疗康复系统的联网用户机位终端的结构示意图。FIG. 3 is a schematic structural diagram of a networked user-station terminal of an intelligent expert assistance and rehabilitation system based on multi-combination according to an embodiment of the present application.
图4为本申请一实施例提出的一种基于多元复配的智能专家助疗康复系统的智能远程群控助疗服务器的结构示意图。FIG. 4 is a schematic structural diagram of an intelligent remote group-controlled medical assistant server based on an intelligent expert assistant therapy and rehabilitation system based on multiple combinations according to an embodiment of the present application.
图5为本申请一实施例提出的一种基于多元复配的智能专家助疗康复系统投入使用的联网群组的示意图。FIG. 5 is a schematic diagram of a networked group that is put into use by an intelligent expert assistance and rehabilitation system based on multi-combination according to an embodiment of the present application.
图6为本申请一实施例提出的一种基于多元复配的智能专家助疗康复系统的使用方法的操作程序方框示意图。FIG. 6 is a schematic block diagram of an operation procedure of a method for using an intelligent expert assistance and rehabilitation system based on multi-component compounding proposed by an embodiment of the present application.
说明书附图中的编号说明:智能专家检查单元1、智能检测传感设备1-1、智能标检校对装置1-2、智能自适应纠偏调整装置1-3;智能专家诊断单元2、智能专家诊断数据信号模块2-1、智能专家诊断数据信号处理器2-2和智能专家诊断数据信号视听器2-3;智能专家助疗单元3、智能专家助疗数据信号模块3-1、智能专家助疗数据信号控制器3-2和智能专家助疗康复设备3-3;初诊复配内网智能专家助疗康复组元4;智能专家复查复诊复疗单元5、智能专家复用数据信号存储模块5-1、智能专家复用数据信号处理模块5-2、智能专家复用数据信号控制模块5-3、智能专家复查复诊复疗单元复配组合模块5-4;智能专家复查复诊复疗复配模块5-4-1、智能专家复疗复查复诊复配模块5-4-2、智能专家复诊复疗复查复配模块5-4-3、智能专家复查复疗复诊复配模块5-4-4、智能专家复诊复查复疗复配模块5-4-5、智能专家复疗复诊复查复配模块5-4-6;复诊复配内网智能专家助疗康复组元6;内网智能专家助疗康复子系统7;联网用户机位终端8、数据处理器8-1、信号转换模块8-2、无线数据通信模块8-3、内网状态数据信号采集模块8-4、助疗操作程序数据信号模块8-5、故障排除操作程序数据信号模块8-6、视音频提示器8-7、外网状态数据信号采集模块8-8、电源管理模块8-9;无线数据通信网络9;后台云端服务器10;智能远程群控助疗服务器11、数据处理器11-1、 信号转换模块11-2、无线数据通信模块11-3、联网用户机位终端群控数据信号接收及识别模块11-4、联网用户机位终端群控数据信号校正及发送模块11-5、故障排除操作程序数据模块11-6、视音频提示器11-7、数据存储模块11-8、电源管理模块11-9;外网健康医疗数据复配操作子系统12;智能专家助疗康复装置13。Description of the numbers in the accompanying drawings: intelligent expert inspection unit 1, intelligent detection and sensing equipment 1-1, intelligent standard inspection and proofreading device 1-2, intelligent self-adaptive deviation correction and adjustment device 1-3; intelligent expert diagnosis unit 2, intelligent expert Diagnostic data signal module 2-1, intelligent expert diagnostic data signal processor 2-2, and intelligent expert diagnostic data signal audio-visual 2-3; intelligent expert assistance unit 3, intelligent expert assistance data signal module 3-1, intelligent expert Assistant treatment data signal controller 3-2 and intelligent expert assistant treatment and rehabilitation equipment 3-3; initial diagnosis and recombination intranet intelligent expert assistant treatment and rehabilitation component 4; intelligent expert review, re-diagnosis and rehabilitation unit 5, intelligent expert multiplexing data signal storage Module 5-1, intelligent expert multiplexing data signal processing module 5-2, intelligent expert multiplexing data signal control module 5-3, intelligent expert review, re-diagnosis and re-treatment unit complex combination module 5-4; intelligent expert review, re-diagnosis and re-treatment Recombination module 5-4-1, intelligent expert reexamination, reexamination reexamination recombination module 5-4-2, intelligent expert reexamination reexamination reexamination recombination module 5-4-3, intelligent expert reexamination reexamination reexamination recombination module 5- 4-4. Module 5-4-5 for intelligent expert re-examination, re-examination, re-examination, re-examination and re-examination, module 5-4-6 for re-examination, re-examination, re-examination and re-examination of intelligent experts; Re-examination and re-examination and re-examination and re-examination and rehabilitation component 6 of intelligent expert assistance in intranet; intranet Intelligent expert assistant treatment and rehabilitation subsystem 7; networked user station terminal 8, data processor 8-1, signal conversion module 8-2, wireless data communication module 8-3, intranet status data signal acquisition module 8-4, assistant Treatment operation program data signal module 8-5, troubleshooting operation program data signal module 8-6, video and audio prompter 8-7, external network status data signal acquisition module 8-8, power management module 8-9; wireless data communication network 9; background cloud server 10; intelligent remote group control assistant server 11, data processor 11-1, signal conversion module 11-2, wireless data communication module 11-3, networked user station group control data signal reception and Identification module 11-4, network user station terminal group control data signal correction and transmission module 11-5, troubleshooting operation program data module 11-6, video and audio prompter 11-7, data storage module 11-8, power management Modules 11-9; external network health and medical data compound operation subsystem 12; intelligent expert assistant treatment and rehabilitation device 13.
具体实施方式Detailed ways
下面将结合本申请较佳实施例中的附图,对本申请实施例中的技术方案进行清楚、完整地描述,显然,所描述的实施例是本申请的一部分实施例,而不是全部的实施例。基于本申请中的实施例,本领域普通技术人员在没有做出创造性劳动的前提下所获得的所有其它实施例,都属于本申请保护的范围。The technical solutions in the embodiments of the present application will be clearly and completely described below with reference to the accompanying drawings in the preferred embodiments of the present application. Obviously, the described embodiments are part of the embodiments of the present application, not all of the embodiments. . Based on the embodiments in the present application, all other embodiments obtained by those of ordinary skill in the art without creative work shall fall within the protection scope of the present application.
在一实施例中,结合图1,本申请提出的一种基于多元复配的智能专家助疗康复系统,包括外网健康医疗数据复配操作子系统12;还包括智能专家检查单元1、智能专家诊断单元2、智能专家助疗单元3三者依次数据信号连接的初诊复配内网智能专家助疗康复组元4;所述智能专家检查单元1、智能专家诊断单元2、智能专家助疗单元3三者分别与智能专家复查复诊复疗单元5数据信号连接的复诊复配内网智能专家助疗康复组元6;所述初诊复配内网智能专家助疗康复组元4与复诊复配内网智能专家助疗康复组元6之间通过数据信号连接而构成内网智能专家助疗康复子系统7;所述内网智能专家助疗康复子系统7与外网健康医疗数据复配操作子系统12之间通过联网用户机位终端8实施交互式无线数据信号通信;所述外网健康医疗数据复配操作子系统12包括无线数据通信网络9、与所述无线数据通信网络9通过无线数据通信分别连接的后台云端服务器10和智能远程群控助疗服务器11。本申请能够将检诊疗各科分散的数据信号通过检诊疗一体化复配结构的多元复配单元和组元而构成数据信号的复配集成和优化,形成检诊疗最优化的施疗路径及方案,进而对影响人体健康的特定病灶的个性特征进行智能检查、智能诊断和智能助疗,使得本申请能够实现精准施疗,增强助疗康复的效果。In one embodiment, with reference to FIG. 1 , an intelligent expert-assisted treatment and rehabilitation system based on multiple compounding proposed in this application includes an external network health and medical data compounding operation subsystem 12 ; it also includes an intelligent expert checking unit 1 , an intelligent The expert diagnosis unit 2 and the intelligent expert assistant treatment unit 3 are connected by data signals in turn, and the initial diagnosis and complex intranet intelligent expert assistant treatment and rehabilitation component 4; the intelligent expert inspection unit 1, the intelligent expert diagnosis unit 2, the intelligent expert assistant treatment The three units 3 are respectively connected with the intelligent expert review, re-diagnosis and re-treatment unit 5. The re-diagnosis and complex intranet intelligent expert assistance and rehabilitation component 6 is connected with the data signal; The intranet intelligent expert assistance and rehabilitation components 6 are connected by data signals to form an intranet intelligent expert assistance and rehabilitation subsystem 7; the intranet intelligent expert assistance and rehabilitation subsystem 7 is compounded with the external network health care data The interactive wireless data signal communication is implemented between the operation subsystems 12 through the networked user station terminal 8; The background cloud server 10 and the intelligent remote group control assistant server 11 are respectively connected by wireless data communication. The present application can combine and optimize the data signals by combining the data signals scattered by various departments of the inspection and diagnosis through the multi-component compounding units and components of the integrated inspection and diagnosis structure to form the optimal treatment path and scheme for the inspection and diagnosis. , and then perform intelligent inspection, intelligent diagnosis and intelligent auxiliary treatment on the personality characteristics of specific lesions that affect human health, so that the present application can achieve precise treatment and enhance the effect of auxiliary treatment and rehabilitation.
本申请提出的一种基于多元复配的智能专家助疗康复系统的进一步优选方案如下:A further preferred scheme of a multi-component-based intelligent expert-assisted rehabilitation system proposed by the application is as follows:
在一实施例中,结合图1,所述的智能专家检查单元1包括智能检测传感设备1-1、智能标检校对装置1-2、智能自适应纠偏调整装置1-3;其中:所述智能 检测传感设备1-1为智能人体信息场检测传感器,包括生物电检测传感器、超声波检测传感器、心电检测传感器、脉象检测传感器、体温检测传感器、血压检测传感器、听诊检测传感器和其它物理体检传感器中的一种或几种组合,所述智能检测传感设备1-1用于检测影响人体健康的特定病灶部位的生物电信号、超声波信号、心电信号、脉象信号、体温信号、血压信号和听诊信号中的一种或几种组合;所述智能检测传感设备1-1的传感检测数据信号的精准性受到所述智能标检校对装置1-2的校正,以及所述智能自适应纠偏调整装置1-3的调整,以确保传感给出的检测数据信号的精准性。In one embodiment, referring to FIG. 1 , the intelligent expert inspection unit 1 includes an intelligent detection sensing device 1-1, an intelligent standard inspection and calibration device 1-2, and an intelligent self-adaptive deviation correction and adjustment device 1-3; The intelligent detection and sensing device 1-1 is an intelligent human body information field detection sensor, including a bioelectricity detection sensor, an ultrasonic detection sensor, an electrocardiogram detection sensor, a pulse detection sensor, a body temperature detection sensor, a blood pressure detection sensor, auscultation detection sensors and other physical sensors. One or several combinations of physical examination sensors, the intelligent detection and sensing device 1-1 is used to detect bioelectric signals, ultrasonic signals, electrocardiographic signals, pulse signals, body temperature signals, blood pressure of specific lesions affecting human health signal and auscultation signal; the accuracy of the sensing detection data signal of the intelligent detection sensing device 1-1 is corrected by the intelligent calibration and proofreading device 1-2, and the intelligent detection device 1-1 The adjustment of the self-adaptive deviation correction adjustment device 1-3 ensures the accuracy of the detection data signal given by the sensor.
在一实施例中,结合图1,所述的智能专家诊断单元2包括智能专家诊断数据信号模块2-1、智能专家诊断数据信号处理器2-2和智能专家诊断数据信号视听器2-3;其中:所述智能专家诊断数据信号模块2-1存储所述智能专家检查单元1给出的传感检测数据信号,然后传输给所述智能专家诊断数据信号处理器2-2进行聚类诊断处理,之后结合外网健康医疗数据复配操作子系统12传输的实体医院给出的初诊用户的最新诊断结论数据信号以及相对应的外网健康医疗标样的大数据信号进行汇诊、甄别和优化处理,经优化处理后得到的结论数据信号一路传输给智能专家诊断数据信号视听器2-3,以提供诊断结论数据信号的可视化视听,另一路传输给智能专家助疗单元3。In one embodiment, referring to FIG. 1 , the intelligent expert diagnosis unit 2 includes an intelligent expert diagnosis data signal module 2-1, an intelligent expert diagnosis data signal processor 2-2 and an intelligent expert diagnosis data signal audio-visual device 2-3. ; wherein: the intelligent expert diagnosis data signal module 2-1 stores the sensing detection data signal given by the intelligent expert inspection unit 1, and then transmits it to the intelligent expert diagnosis data signal processor 2-2 for cluster diagnosis Processing, and then combined with the latest diagnosis data signal of the first-diagnosed user given by the entity hospital transmitted by the external network health and medical data compound operation subsystem 12 and the corresponding big data signal of the external network health and medical standard sample to carry out diagnosis, screening and analysis. In the optimization process, the conclusion data signal obtained after the optimization process is transmitted to the intelligent expert diagnostic data signal audio-visual device 2-3 in one way to provide visual audio-visual of the diagnostic conclusion data signal, and the other way is transmitted to the intelligent expert medical assistant unit 3.
在一实施例中,结合图1,所述的智能专家助疗单元3包括智能专家助疗数据信号模块3-1、智能专家助疗数据信号控制器3-2和智能专家助疗康复设备3-3;所述智能专家助疗数据信号模块3-1用于接收来自智能专家诊断单元2传输的诊断结论数据信号,然后传输给智能专家助疗数据信号控制器3-2转换为实时执行控制数据信号,之后传输给智能专家助疗康复设备3-3,由智能专家助疗康复设备3-3实时执行对影响人体健康的特定病灶的精准施疗;同时智能专家助疗数据信号控制器3-2存储助疗方案数据信号并为复诊助疗提供参考;所述智能专家助疗康复设备3-3为智能物理场波助疗康复设备,所述物理场波包括生物电波、超声波、激光波、频谱波、负离子波、远红外波、紫外线波和磁场波中的一种或多种组合;这些物理场波的助疗康复作用均受到当今医疗界的确认,经过本申请的复配集成优化后,其效果显著优于非复配集成优化的单功能设备。In one embodiment, with reference to FIG. 1 , the intelligent expert assistant therapy unit 3 includes an intelligent expert assistant therapy data signal module 3-1, an intelligent expert assistant therapy data signal controller 3-2 and an intelligent expert assistant therapy rehabilitation device 3. -3; the intelligent expert assistant therapy data signal module 3-1 is used to receive the diagnosis conclusion data signal transmitted from the intelligent expert diagnosis unit 2, and then transmit it to the intelligent expert assistant therapy data signal controller 3-2 to convert it into real-time execution control The data signal is then transmitted to the intelligent expert-assisted treatment and rehabilitation equipment 3-3, and the intelligent expert-assisted treatment and rehabilitation equipment 3-3 performs precise treatment of specific lesions affecting human health in real time; at the same time, the intelligent expert-assisted treatment data signal controller 3 -2 Store the data signal of the assistant treatment plan and provide a reference for the follow-up diagnosis and treatment; the intelligent expert assistant treatment and rehabilitation equipment 3-3 is an intelligent physical field wave assistant treatment and rehabilitation equipment, and the physical field wave includes bioelectric waves, ultrasonic waves, and laser waves. , spectral wave, negative ion wave, far-infrared wave, ultraviolet wave and magnetic field wave in one or more combinations; the therapeutic and rehabilitation effects of these physical field waves have been confirmed by today's medical community, and have been optimized through the compounding and integration of this application. After that, its effect is significantly better than that of non-complex integrated optimized single-function devices.
在一实施例中,结合图1和图2,所述的智能专家复查复诊复疗单元5包括 智能专家复用数据信号存储模块5-1、智能专家复用数据信号处理模块5-2、智能专家复用数据信号控制模块5-3和智能专家复查复诊复疗单元复配组合模块5-4;其中:所述智能专家复用数据信号存储模块5-1用于存储所述智能专家检查单元1给出的初诊传感检测数据信号、所述智能专家诊断单元2给出的初诊结论数据信号、智能专家助疗康复单元3给出的初诊助疗方案数据信号;然后将其三者的数据信号传输给智能专家复用数据信号处理模块5-2进行复诊诊断分析,并与外网健康医疗数据复配操作子系统12传输的与其适配的外网医疗标样的大数据信号结合,形成优化的复诊疗方设计,经复诊诊断及疗方设计处理后的复诊结论数据信号一路传输给智能专家数据信号视听器2-3,以提供复诊结论数据信号的可视化视听;另一路依次传输给智能专家复用数据信号控制模块5-3和智能专家复查复诊复疗单元复配组合模块5-4,形成的初复诊实时复配控制执行方案的数据信号,然后传输给智能专家助疗康复设备3-3,由此执行对影响人体健康的特定病灶的复诊精准施疗,同时智能专家复查复诊复疗单元复配组合模块5-4存储复诊助疗方案数据信号并为用户再次复诊助疗提供参考。In one embodiment, in conjunction with FIG. 1 and FIG. 2 , the intelligent expert review, re-diagnosis and retreatment unit 5 includes an intelligent expert multiplexed data signal storage module 5-1, an intelligent expert multiplexed data signal processing module 5-2, an intelligent expert multiplexed data signal processing module 5-2, and an intelligent expert multiplexed data signal processing module 5-2. The expert multiplexed data signal control module 5-3 and the intelligent expert review, re-diagnosis and retreatment unit are compounded and combined module 5-4; wherein: the intelligent expert multiplexed data signal storage module 5-1 is used to store the intelligent expert inspection unit 1. The first-diagnosis sensing detection data signal given, the first-diagnosis conclusion data signal given by the intelligent expert diagnosis unit 2, and the first-diagnosis assistant treatment plan data signal given by the intelligent expert assistant treatment and rehabilitation unit 3; then the data of the three The signal is transmitted to the intelligent expert multiplexing data signal processing module 5-2 for follow-up diagnosis and analysis, and is combined with the big data signal of the external network medical standard sample that is adapted to it transmitted by the external network health and medical data compound operation subsystem 12 to form The optimized design of the re-examination prescription, the data signal of the re-examination conclusion after the re-examination diagnosis and the design of the treatment prescription is transmitted to the intelligent expert data signal audio-visual device 2-3 to provide visual audio-visual of the data signal of the re-examination conclusion; the other channel is transmitted to the intelligent expert in turn. The expert multiplexing data signal control module 5-3 and the intelligent expert reexamination, reexamination and rehabilitation unit compound and combine the module 5-4 to form the data signal of the initial reexamination real-time compound control execution plan, and then transmit it to the intelligent expert assistant treatment and rehabilitation equipment 3 -3, so as to carry out the accurate treatment of specific lesions affecting human health, and at the same time, the intelligent experts review the re-examination and re-treatment unit compound combination module 5-4 to store the data signal of the re-examination and auxiliary treatment plan and provide a reference for the user to re-examine and assist the treatment again. .
结合图1和图2,所述智能专家复查复诊复疗单元复配组合模块5-4包括智能专家复查复诊复疗复配模块5-4-1、智能专家复疗复查复诊复配模块5-4-2、智能专家复诊复疗复查复配模块5-4-3、智能专家复查复疗复诊复配模块5-4-4、智能专家复诊复查复疗复配模块5-4-5、智能专家复疗复诊复查复配模块5-4-6中的一组或多组组成。这是基于复诊用户在初诊助疗康复之后处于各不相同的健康状况,因此对复诊过程中的复查、复诊和复疗的复配流程的起点至终点可选择不同的路径,把复查、复诊和复疗的复配流程设置为不同的起点、中点和终点的复配组合,即可满足对复诊用户个性化施疗的需要,力求“对症下药”,以利于提高复诊阶段的助疗康复效果。1 and FIG. 2, the intelligent expert reexamination, reexamination and retreatment unit recombination module 5-4 includes an intelligent expert reexamination reexamination reexamination recombination module 5-4-1, and an intelligent expert reexamination reexamination reexamination recombination module 5- 4-2. Intelligent expert re-examination, re-examination, re-examination and re-combination module 5-4-3, intelligent expert re-examination, re-examination, re-examination and re-examination and re-examination and re-combination module 5-4-4, intelligent expert re-examination, re-examination, re-examination, re-examination and re-combination module 5-4-5, intelligent It consists of one or more groups in the modules 5-4-6 of expert re-treatment, re-examination, re-examination and re-examination. This is based on the fact that the returning users are in different health conditions after the initial consultation and rehabilitation. Therefore, different paths can be selected from the starting point to the end point of the re-examination, re-examination and re-treatment recombination process during the re-examination process. The recombination process is set to a combination of different starting points, midpoints and end points, which can meet the needs of personalized treatment for returning users, and strive to "prescribe the right medicine" to help improve the effect of auxiliary treatment and rehabilitation during the follow-up period.
结合图1和图2,上述各实施例,涵盖了本申请的“顺序复配、错位复配和初复诊复配”三者交融的系统特征,使得本申请检诊疗一体化复配结构的智能专家助疗康复系统相比现有技术更具疗效优势。1 and 2, the above-mentioned embodiments cover the system features of “sequential recombination, dislocation recombination, and initial follow-up recombination” of the present application, making the application’s integrated inspection and diagnosis complex structure intelligent. Compared with the existing technology, the expert-assisted rehabilitation system has more curative advantages.
在一实施例中,结合图1和图3,所述的联网用户机位终端8包括数据处理器8-1分别与信号转换模块8-2、无线数据通信模块8-3、内网状态数据信号采集模块8-4、助疗操作程序数据信号模块8-5、故障排除操作程序数据信号模块8-6、 视音频提示器8-7、外网状态数据信号采集模块8-8的数据信号连接,以及为所述联网用户机位终端8供电的电源管理模块8-9;其中:所述信号转换模块8-2包括用于转换所述联网用户机位终端8输入和输出信号的模数转换模块和数模转换模块;所述内网状态数据信号采集模块8-4实时采集内网智能专家助疗康复子系统7的状态数据信号,外网状态数据信号采集模块8-8实时采集外网健康医疗数据复配操作子系统12给出的数据信号;所述内网智能专家助疗康复子系统7与外网健康医疗数据复配操作子系统12之间通过联网用户机位终端8实施交互式无线数据信号通信。In one embodiment, in conjunction with FIG. 1 and FIG. 3 , the networked user station terminal 8 includes a data processor 8-1, a signal conversion module 8-2, a wireless data communication module 8-3, and an intranet status data, respectively. Signal acquisition module 8-4, data signal module 8-5 of auxiliary treatment operation program, data signal module 8-6 of troubleshooting operation program, video and audio prompter 8-7, data signal of external network status data signal acquisition module 8-8 connection, and a power management module 8-9 for supplying power to the networked user station terminal 8; wherein: the signal conversion module 8-2 includes an analog-to-digital analog-to-digital converter for converting the input and output signals of the networked user station terminal 8 A conversion module and a digital-to-analog conversion module; the internal network state data signal acquisition module 8-4 collects the state data signal of the internal network intelligent expert assistance and rehabilitation subsystem 7 in real time, and the external network state data signal acquisition module 8-8 collects the external network state data signal acquisition module 8-8 in real time. The data signal given by the network health and medical data recombination operation subsystem 12; the connection between the intranet intelligent expert assistance and rehabilitation subsystem 7 and the external network health and medical data recombination operation subsystem 12 is implemented through the networked user terminal 8 Interactive wireless data signal communication.
在一实施例中,结合图1,所述的一种基于多元复配的智能专家助疗康复系统,是由外网医疗数据复配操作子系统12、内网智能专家助疗康复子系统7和联网用户机位终端8三者通过数据信号构成;其中内网智能专家助疗康复子系统7与联网用户机位终端8相配套,两者数量相同,均为1-500个。In one embodiment, with reference to FIG. 1 , the described intelligent expert assistant treatment and rehabilitation system based on multi-combination is composed of an external network medical data complex operation subsystem 12 and an intranet intelligent expert assistant therapy and rehabilitation subsystem 7 . The networked user station terminal 8 and the networked user station terminal 8 are constituted by data signals; the intranet intelligent expert assistance and rehabilitation subsystem 7 is matched with the networked user station terminal 8, and the number of the two is the same, 1-500.
在一实施例中,结合图1和图4,所述的外网医疗数据复配操作子系统12包括无线数据通信网络9、后台云端服务器10和智能远程群控助疗服务器11;其中:包括所述无线数据通信网络9分别与所述后台云端服务器10和所述智能远程群控助疗服务器11无线数据通信连接;后台云端服务器10包括选用现有最先进的经逻辑编程技术设计的健康医疗大数据系统;所述智能远程群控助疗服务器11包括由数据处理器11-1分别与信号转换模块11-2、无线数据通信模块11-3、联网用户机位终端群控数据信号接收及识别模块11-4、联网用户机位终端群控数据信号校正及发送模块11-5、故障排除操作程序数据模块11-6、视音频提示器11-7和数据存储模块11-8的数据信号连接,以及为智能远程群控助疗服务器供电的电源管理模块11-9;其中,所述信号转换模块11-2包括用于转换所述联网用户机位输入和输出信号的模数转换模块和数模转换模块;其中,所述数据存储模块11-8包括存储外网健康医疗标样的大数据信号以及实体医院给出的初诊用户的最新诊断结论数据信号。In one embodiment, with reference to FIG. 1 and FIG. 4 , the external network medical data compound operation subsystem 12 includes a wireless data communication network 9, a background cloud server 10 and an intelligent remote group control assistant treatment server 11; including: The wireless data communication network 9 is respectively connected with the background cloud server 10 and the intelligent remote group control assistant server 11 for wireless data communication; A big data system; the intelligent remote group control assistant treatment server 11 includes a data processor 11-1, a signal conversion module 11-2, a wireless data communication module 11-3, a networked user station group control data signal receiving and Identification module 11-4, data signal correction and transmission module 11-5 for networked user station group control data signal, data module for troubleshooting operation program 11-6, video and audio prompter 11-7 and data signal from data storage module 11-8 connection, and a power management module 11-9 for supplying power to an intelligent remote group control assistant server; wherein, the signal conversion module 11-2 includes an analog-to-digital conversion module for converting the input and output signals of the networked user stations and A digital-to-analog conversion module; wherein, the data storage module 11-8 includes a big data signal for storing the health and medical standards of the external network and the latest diagnosis conclusion data signal of the first-diagnosed user given by the entity hospital.
在一实施例中,结合图1和图5,提出的一种基于多元复配的智能专家助疗康复系统在投入具体使用中,可根据与实体医院配套助疗的互联网医院、移动医院、远程医疗中心、社区医疗中心、保健中心、康复中心、疗养院或养老院等场所的物理空间状况,设置与本申请相配套的智能专家助疗康复装置13的群组,其 智能专家助疗康复装置13的数量为13-1至13-N个;本申请的内网智能专家助疗康复子系统7中的初诊复配内网智能专家助疗康复组元4、复诊复配内网智能专家助疗康复组元6以及联网用户机位终端8均装配在所述智能专家助疗康复装置13中;本申请的外网健康医疗数据复配操作子系统12为智能专家助疗康复装置13的群组中的所有内网智能专家助疗康复子系统7共享,独立设置,以每个互联网医院、移动医院、远程医疗中心、社区医疗中心、保健中心、康复中心、疗养院或养老院等场所为一个群组,配置一套外网健康医疗数据复配操作子系统12即可。In one embodiment, in conjunction with FIG. 1 and FIG. 5 , the proposed intelligent expert assistant treatment and rehabilitation system based on multiple combinations is put into specific use, and can be based on Internet hospitals, mobile hospitals, remote The physical space conditions of places such as medical centers, community medical centers, health centers, rehabilitation centers, sanatoriums, or nursing homes, etc., set up a group of intelligent expert assistance and rehabilitation devices 13 matching this application, and the intelligent expert assistance and rehabilitation devices 13 The number is 13-1 to 13-N; in the intranet intelligent expert assistant treatment and rehabilitation subsystem 7 of the application, the initial diagnosis and intranet intelligent expert assistant treatment and rehabilitation component 4, the return diagnosis and intranet intelligent expert assistant treatment and rehabilitation The component 6 and the networked user station terminal 8 are all assembled in the intelligent expert assistant treatment and rehabilitation device 13; All intranet intelligent expert assistance and rehabilitation subsystems 7 are shared and set up independently, with each Internet hospital, mobile hospital, telemedicine center, community medical center, health center, rehabilitation center, nursing home or nursing home as a group, It is sufficient to configure a set of external network health and medical data compound operation subsystem 12 .
在一实施例中,结合图1和图5,提出的一种基于多元复配的智能专家助疗康复系统的使用方法,其操作程序依次包括步骤1用户端开机入网、步骤2用户端联网启动、步骤3用户端联网运行、步骤4用户端联网排故和步骤5用户端联网停运,具体操作程序包括如下:In one embodiment, in conjunction with FIG. 1 and FIG. 5 , a method for using an intelligent expert-assisted rehabilitation system based on multi-component compounding is proposed. , Step 3 client networking operation, step 4 client networking troubleshooting and step 5 client networking outage, the specific operating procedures include the following:
步骤1,用户端开机入网:首先将对应用户端的智能专家助疗康复系统的设备准备就绪,打开联网用户机位终端8的用户设备登录账户,输入对应用户端的开机信息,联网用户机位终端8通过无线数据通信网络9把对应用户端的开机信息上报给智能远程群控助疗服务器11;然后智能远程群控助疗服务器11自动识别对应用户端的开机信息,当对应用户端的开机信息不正确时,会给对应用户端的联网用户机位终端8发送重新开机的提示信息;待用户开机登录成功后,联网用户机位终端8会把对应用户端的开机信息上报给智能远程群控助疗服务器11,之后智能远程群控助疗服务器11将根据上报的开机信息提示下一步的操作程序。 Step 1, the user terminal is powered on and connected to the network: first, prepare the equipment of the intelligent expert assistance and rehabilitation system corresponding to the user terminal, open the user equipment login account of the networked user station terminal 8, enter the boot information corresponding to the user terminal, and the networked user station 8 Report the boot information of the corresponding client to the intelligent remote group control assistant server 11 through the wireless data communication network 9; then the intelligent remote group control assistant server 11 automatically recognizes the boot information of the corresponding client, and when the boot information of the corresponding client is incorrect, It will send the restarting prompt information to the networked user station terminal 8 corresponding to the user terminal; after the user has successfully powered on and logged in, the networked user station terminal 8 will report the start-up information of the corresponding user terminal to the intelligent remote group control assistant therapy server 11, and then The intelligent remote group control and assistant therapy server 11 will prompt the next operation procedure according to the reported power-on information.
步骤2,用户端联网启动:联网用户机位终端8根据智能远程群控助疗服务器11反馈的对应用户端的智能专家助疗康复系统的操作指令,使对应用户端的智能专家助疗康复系统进行正常启动并反馈信息给智能远程群控助疗服务器11;若出现启动异常,智能远程群控助疗服务器11则反馈对应用户端的联网用户机位终端8在哪里出错的提示信息,然后重复前述操作程序,直至对应用户端的智能专家助疗康复系统启动正常并反馈信息给智能远程群控助疗服务器11备份。 Step 2, the user terminal is started online: the networked user station terminal 8 makes the intelligent expert assistant therapy and rehabilitation system corresponding to the user perform normal operation according to the operation instruction of the intelligent expert assistant therapy and rehabilitation system corresponding to the user terminal fed back by the intelligent remote group control assistant therapy server 11. Start and feed back information to the intelligent remote group control assistant therapy server 11; if the startup is abnormal, the intelligent remote group control assistant therapy server 11 will feed back a prompt message corresponding to the user terminal where the networked user station 8 is wrong, and then repeat the aforementioned operation procedure , until the intelligent expert assistant therapy and rehabilitation system corresponding to the user terminal starts normally and feeds back information to the intelligent remote group control assistant therapy server 11 for backup.
步骤3,用户端联网运行:对应用户端的智能专家助疗康复系统正常启动后,由联网用户机位终端8根据智能远程群控助疗服务器11给出的操作指令,使内网智能专家助疗康复子系统7进入正常运行状态并通过联网用户机位终端8反馈信 息给智能远程群控助疗服务器11,由此使对应用户端的智能专家助疗康复系统进入智能远程群控助疗服务器11的联网运行服务中;接下来的具体操作程序包括如下步骤: Step 3, the user terminal runs online: after the intelligent expert assistant therapy and rehabilitation system corresponding to the client terminal is normally started, the networked user station terminal 8 makes the intranet intelligent expert assistant therapy according to the operation instruction given by the intelligent remote group control assistant therapy server 11. The rehabilitation subsystem 7 enters the normal operation state and feeds back information to the intelligent remote group control assistant therapy server 11 through the networked user station terminal 8, so that the intelligent expert assistant therapy rehabilitation system corresponding to the user end enters the intelligent remote group control assistant therapy server 11. The network is running the service; the following specific operation procedures include the following steps:
步骤3.1:初诊复配内网智能专家助疗康复组元4的操作:Step 3.1: Operation of initial diagnosis and complex intranet intelligent expert-assisted treatment and rehabilitation component 4:
步骤3.1.1,由智能专家检查单元1的智能检测传感设备1-1根据联网用户机位终端8反馈的操作指令,对初诊用户提供检测影响人体健康的特定病灶部位的生物电信号、超声波信号、心电信号、脉象信号、体温信号、血压信号和听诊信号中的一种或几种组合;所述智能检测传感设备的1-1传感检测数据信号的精准性接受所述智能标检校对装置1-2的校正,以及所述智能自适应纠偏调整装置1-3的调整,以确保传感给出的检测数据信号的精准性;Step 3.1.1, the intelligent detection and sensing device 1-1 of the intelligent expert inspection unit 1 provides the newly diagnosed user with bioelectric signals, ultrasonic waves for detecting specific lesions affecting human health according to the operation instructions fed back by the terminal 8 of the networked user station. One or several combinations of signal, ECG signal, pulse signal, body temperature signal, blood pressure signal and auscultation signal; the accuracy of the 1-1 sensing detection data signal of the intelligent detection sensing device is accepted by the intelligent standard. The calibration of the calibration device 1-2 and the adjustment of the intelligent self-adaptive deviation correction and adjustment device 1-3 to ensure the accuracy of the detection data signal given by the sensor;
步骤3.1.2,由智能专家诊断单元2根据智能专家检查单元1给出的初诊用户的传感检测数据信号进行聚类诊断处理,并结合外网健康医疗数据复配操作子系统12传输的实体医院给出的初诊用户最新的诊断结论数据信号以及相对应的外网健康医疗标样的大数据信号进行汇诊、甄别和优化处理,经优化处理后得到的结论数据信号一路传输给智能专家诊断数据信号视听器2-2,以提供诊断结论数据信号的可视化视听;另一路传输给智能专家助疗单元3,以指导精准助疗;Step 3.1.2, the intelligent expert diagnosis unit 2 performs clustering diagnosis processing according to the sensory detection data signal of the newly diagnosed user given by the intelligent expert inspection unit 1, and combines the external network health and medical data to compound the entity transmitted by the operation subsystem 12. The latest diagnosis conclusion data signal of the initial diagnosis user given by the hospital and the corresponding big data signal of the external network health care standard samples are collected, screened and optimized for diagnosis, and the conclusion data signal obtained after optimization processing is transmitted to the intelligent expert diagnosis Data signal audio-visual device 2-2 to provide visual audio-visual of the data signal of the diagnosis conclusion; another way is transmitted to the intelligent expert assistant treatment unit 3 to guide precise assistant treatment;
步骤3.1.3,由智能专家助疗单元3的智能专家助疗康复设备3-3,根据智能专家诊断单元2传输的诊断结论数据信号的指令,为初诊用户提供智能物理场波助疗,所述物理场波包括生物电波、超声波、激光波、频谱波、负离子波、远红外波、紫外线波和磁场波中的一种或多种组合;Step 3.1.3, the intelligent expert assistance and rehabilitation equipment 3-3 of the intelligent expert assistance unit 3 provides intelligent physical field wave assistance for the newly diagnosed user according to the instruction of the diagnosis conclusion data signal transmitted by the intelligent expert diagnosis unit 2. The physical field waves include one or more combinations of biological radio waves, ultrasonic waves, laser waves, spectral waves, negative ion waves, far-infrared waves, ultraviolet waves and magnetic field waves;
步骤3.2:复诊复配内网智能专家助疗康复组元6的第一次操作:Step 3.2: Re-examination and recombination of intranet intelligent experts to assist the first operation of rehabilitation component 6:
步骤3.2.1,根据复诊用户对个性化施疗路径的选择指令,由复诊复配内网智能专家助疗康复组元6的初诊复配内网智能专家助疗康复组元4与智能专家复查复诊复疗单元5结合而给出初复诊复配的综合数据信号;Step 3.2.1, according to the selection instruction of the returning user for the personalized treatment path, the initial diagnosis and rehabilitation component 4 of the intranet intelligent expert to assist the rehabilitation component 6 and the intelligent expert to recheck The re-examination and re-treatment unit 5 is combined to give the comprehensive data signal of the initial re-examination and re-combination;
步骤3.2.2,由复诊复配内网智能专家助疗康复组元6给出的初复诊复配的综合数据信号与外网健康医疗标样的大数据信号结合及优化,形成优化后的第一次初复诊实时复配控制执行方案的数据信号;Step 3.2.2: Combining and optimizing the comprehensive data signal of the initial follow-up diagnosis and reconciliation given by the intelligent expert assistance and rehabilitation component 6 of the internal network and the big data signal of the external network health and medical standard samples, forming an optimized first The data signal of the real-time compound control execution plan for an initial follow-up diagnosis;
步骤3.2.3,智能专家助疗康复设备3-3根据步骤3.2.2给出的初复诊实时复配控制执行方案的数据信号,用于执行对影响人体健康的特定病灶的第一次复 诊精准施疗;同时复诊复配内网智能专家助疗康复组元6存储复诊助疗方案数据信号并为复诊用户再次复诊提供参考;In step 3.2.3, the intelligent expert assists the rehabilitation equipment 3-3 according to the data signal of the real-time compound control execution plan for the initial follow-up diagnosis given in step 3.2.2, which is used to perform the first follow-up diagnosis of specific lesions that affect human health accurately. At the same time, the re-examination and re-examination are equipped with the intranet intelligent expert assistance and rehabilitation component 6 to store the data signals of the re-examination assistance plan and provide a reference for the re-examination users to re-examine again;
步骤3.3,复诊复配内网智能专家助疗康复组元6的第二次操作:Step 3.3, the second operation of re-examination and recombination of intranet intelligent experts to assist treatment and rehabilitation component 6:
步骤3.3.1,根据第二次复诊用户对个性化施疗路径的选择指令,由复诊复配内网智能专家助疗康复组元6给出第一次复诊和第二次复诊复配的综合数据信号;In step 3.3.1, according to the user's selection instruction for the personalized treatment path for the second follow-up visit, the combination of the first follow-up visit and the second follow-up visit is given by the return-diagnosis and complex intranet intelligent expert-assisted treatment and rehabilitation component 6. data signal;
步骤3.3.2,复诊复配内网智能专家助疗康复组元6给出的两次复诊复配的综合数据信号与外网健康医疗标样的大数据信号结合及优化,形成优化后的第二次复诊实时复配控制执行方案的数据信号;Step 3.3.2: Combining and optimizing the comprehensive data signal of the two re-examination and re-combination given by the intelligent expert assistance and rehabilitation component 6 of the intranet and the big data signal of the health and medical standard sample on the external network and optimizing it to form an optimized first The data signal of the real-time compound control execution plan for the second follow-up diagnosis;
步骤3.3.3,智能专家助疗康复设备3-3根据第二次复诊实时复配控制执行方案的数据信号,用于执行对影响人体健康的特定病灶的第二次复诊精准施疗;同时复诊复配内网智能专家助疗康复组元6存储第二次复诊助疗方案数据信号并为复诊用户再次复诊提供参考;Step 3.3.3, the intelligent expert-assisted treatment and rehabilitation equipment 3-3 configures the data signal of the control execution plan in real time according to the second follow-up consultation, and is used to perform the second follow-up consultation and precise treatment for specific lesions affecting human health; at the same time, the follow-up consultation The compound intranet intelligent expert assistant treatment and rehabilitation component 6 stores the data signal of the second follow-up consultation and assistant treatment plan and provides a reference for the follow-up users to follow up again;
步骤3.4,复诊复配内网智能专家助疗康复组元6的第N次操作:Step 3.4, the Nth operation of re-diagnosing and reconfiguring the intranet intelligent expert to assist the rehabilitation component 6:
复诊复配内网智能专家助疗康复组元6的第三次至第N次的操作,分别参照步骤3.3有关复诊复配内网智能专家助疗康复组元6的前一次的操作步骤进行,以此类推。For the operations of the third to Nth times for re-examination and redistribution of the intranet intelligent expert-assisted treatment and rehabilitation component 6, refer to the previous operation steps in step 3.3 for re-examination and re-distribution of the intranet intelligent expert-assisted rehabilitation component 6, respectively. And so on.
步骤4,用户端联网排故:若对应用户端的智能专家助疗康复系统在运行中出现运行失常的状况,则智能远程群控助疗服务器11会根据前述上报的运营服务状况数据信号给出对应用户端的联网用户机位终端8进行故障排除操作的排故信息提示,直至将对应用户端的智能专家助疗康复系统运行失常转为运行正常并反馈信息给智能远程群控助疗服务器11备份; Step 4, network troubleshooting on the client side: if the intelligent expert assistant therapy and rehabilitation system corresponding to the client side is in an abnormal state during operation, the intelligent remote group control assistant therapy server 11 will provide corresponding information according to the previously reported operation service status data signal. The networked user station terminal 8 of the client side performs the troubleshooting information prompt of the troubleshooting operation, until the abnormal operation of the intelligent expert assistant therapy and rehabilitation system corresponding to the client terminal is turned into normal operation, and the information is fed back to the intelligent remote group control assistant therapy server 11 for backup;
步骤5,用户端联网停运:当对应用户端的智能专家助疗康复系统需要停止运营服务并关机时,对应用户端的联网用户机位终端8把智能专家助疗康复系统的关机停运数据信号上报智能远程群控助疗服务器11,然后智能远程群控助疗服务器11根据上报的停运数据信号给出对应用户端的联网用户机位终端8关机停运指令,同时给出后续对智能专家助疗康复系统进行卫生消毒操作程序的信息提示,直至完成对应用户端的智能专家助疗康复系统卫生消毒操作程序并反馈信息给智能远程群控助疗服务器11备份,至此对应用户端的智能专家助疗康复系统已进入 停止运行的状态。 Step 5, network shutdown of the user terminal: when the intelligent expert assistant treatment and rehabilitation system corresponding to the user terminal needs to stop operating services and shut down, the networked user station terminal 8 corresponding to the user terminal reports the shutdown and shutdown data signal of the intelligent expert assistant treatment and rehabilitation system. The intelligent remote group control assistant therapy server 11, and then the intelligent remote group control assistant therapy server 11 provides the shutdown and outage instruction of the networked user station terminal 8 corresponding to the user terminal according to the reported outage data signal, and simultaneously provides the follow-up assistance to the intelligent expert. The rehabilitation system performs the information prompt of the sanitation and disinfection operation procedure until the sanitation and disinfection operation procedure of the intelligent expert assistant treatment and rehabilitation system corresponding to the user end is completed and the information is fed back to the intelligent remote group control assistant treatment server 11 for backup. Has entered a stop state.
本申请的具体实施方式中凡未涉及的说明属于本领域的公知技术,可参考公知技术加以实施。Any description not involved in the specific embodiments of the present application belongs to the known technology in the art, and can be implemented with reference to the known technology.
本申请经反复试验验证,取得了满意的试用效果。The application has been verified by repeated tests, and a satisfactory trial effect has been achieved.
以上具体实施方式及实施例是对本申请提出的一种基于多元复配的智能专家助疗康复系统及其使用方法技术思想的具体支持,不能以此限定本申请的保护范围,凡是按照本申请提出的技术思想,在本技术方案基础上所做的任何等同变化或等效的改动,均仍属于本申请技术方案保护的范围。The above specific embodiments and examples are specific support for the technical idea of a multi-component-based intelligent expert assistant therapy and rehabilitation system and its use method proposed in this application, and cannot limit the protection scope of this application. Any equivalent changes or equivalent changes made on the basis of this technical solution still belong to the protection scope of the technical solution of this application.

Claims (12)

  1. 一种基于多元复配的智能专家助疗康复系统,包括外网健康医疗数据复配操作子系统(12),包括:An intelligent expert-assisted treatment and rehabilitation system based on multiple recombination, including an external network health and medical data recombination operation subsystem (12), including:
    由智能专家检查单元(1)、智能专家诊断单元(2)和智能专家助疗单元(3)三者依次数据信号连接的初诊复配内网智能专家助疗康复组元(4);A first-diagnosis complex intranet intelligent expert-assisted treatment and rehabilitation component (4) connected by data signals of the intelligent expert inspection unit (1), the intelligent expert diagnosis unit (2) and the intelligent expert assistant treatment unit (3) in sequence;
    由所述智能专家检查单元(1)、所述智能专家诊断单元(2)、所述智能专家助疗单元(3)三者分别与智能专家复查复诊复疗单元(5)数据信号连接的复诊复配内网智能专家助疗康复组元(6);以及Re-examination by data signal connection of the intelligent expert inspection unit (1), the intelligent expert diagnosis unit (2), and the intelligent expert assistant treatment unit (3) respectively with the intelligent expert re-examination, re-examination and re-treatment unit (5) Intranet intelligent expert assistance and rehabilitation component (6); and
    所述初诊复配内网智能专家助疗健康组元(4)与所述复诊复配内网智能专家助疗康复组元(6)之间通过数据信号连接而构成的内网智能专家助疗康复子系统(7);An intranet intelligent expert medical assistant formed by data signal connection between the first-diagnosis complex intranet intelligent expert medical assistant health component (4) and the re-examination complex intranet intelligent expert medical assistant rehabilitation component (6) Rehabilitation subsystem (7);
    其中,所述内网智能专家助疗康复子系统(7)与所述外网健康医疗数据复配操作子系统(12)之间通过联网用户机位终端(8)实施交互式无线数据信号通信;以及Wherein, interactive wireless data signal communication is implemented between the intranet intelligent expert assistance and rehabilitation subsystem (7) and the extranet health and medical data compound operation subsystem (12) through the networked user station terminal (8). ;as well as
    所述外网健康医疗数据复配操作子系统(12)包括无线数据通信网络(9)、与所述无线数据通信网络(9)通过无线数据通信分别连接的后台云端服务器(10)和智能远程群控助疗服务器(11)。The external network health and medical data compound operation subsystem (12) includes a wireless data communication network (9), a background cloud server (10) and an intelligent remote control server (10) respectively connected to the wireless data communication network (9) through wireless data communication. A group control assistant therapy server (11).
  2. 根据权利要求1所述的基于多元复配的智能专家助疗康复系统,其中,所述智能专家检查单元(1)包括智能检测传感设备(1-1)、智能标检校对装置(1-2)和智能自适应纠偏调整装置(1-3);其中,所述智能检测传感设备(1-1)的初诊传感检测数据信号的精准性通过所述智能标检校对装置(1-2)进行校正以及通过所述智能自适应纠偏调整装置(1-3)进行调整。The multi-component based intelligent expert assistant treatment and rehabilitation system according to claim 1, wherein the intelligent expert inspection unit (1) comprises an intelligent detection sensing device (1-1), an intelligent standard inspection and proofreading device (1- 2) and an intelligent self-adaptive deviation correction and adjustment device (1-3); wherein, the accuracy of the first-diagnosis sensing detection data signal of the intelligent detection sensing device (1-1) is passed through the intelligent standard inspection and proofreading device (1-1-1) 2) Correction and adjustment by the intelligent self-adaptive deviation correction and adjustment device (1-3).
  3. 根据权利要求2所述的基于多元复配的智能专家助疗康复系统,其中,所述智能专家诊断单元(2)包括智能专家诊断数据信号模块(2-1)、智能专家诊断数据信号处理器(2-2)和智能专家诊断数据信号视听器(2-3);其中,所述智能专家诊断数据信号模块(2-1)用于存储所述智能专家检查单元(1)给出的所述初诊传感检测数据信号,然后传输给所述智能专家诊断数据信号处理器(2-2)进行聚类诊断处理,并将初诊结论数据信号一路传输给所述智能专家诊断数据信号视听器(2-3),另一路传输给所述智能专家助疗单元(3)。The intelligent expert diagnosis aided rehabilitation system based on multiple combinations according to claim 2, wherein the intelligent expert diagnosis unit (2) comprises an intelligent expert diagnosis data signal module (2-1), an intelligent expert diagnosis data signal processor (2-2) and an audio-visual device for intelligent expert diagnosis data signal (2-3); wherein, the intelligent expert diagnosis data signal module (2-1) is used to store the data provided by the intelligent expert inspection unit (1). The first diagnosis sensor detection data signal is then transmitted to the intelligent expert diagnosis data signal processor (2-2) for cluster diagnosis processing, and the first diagnosis conclusion data signal is transmitted all the way to the intelligent expert diagnosis data signal audio-visual device (2-2). 2-3), another way is transmitted to the intelligent expert assistant treatment unit (3).
  4. 根据权利要求3所述的基于多元复配的智能专家助疗康复系统,其中, 所述智能专家助疗单元(3)包括智能专家助疗数据信号模块(3-1)、智能专家助疗数据信号控制器(3-2)和智能专家助疗康复设备(3-3);其中,所述智能专家助疗数据信号模块(3-1)用于接收来自所述智能专家诊断单元(2)传输的所述初诊结论数据信号,然后传输给所述智能专家助疗数据信号控制器(3-2)转换为实时执行控制数据信号,之后传输给所述智能专家助疗康复设备(3-3)。The intelligent expert assistant therapy rehabilitation system based on multi-component compounding according to claim 3, wherein the intelligent expert assistant therapy unit (3) comprises an intelligent expert assistant therapy data signal module (3-1), an intelligent expert assistant therapy data module (3-1) A signal controller (3-2) and an intelligent expert assistant therapy and rehabilitation device (3-3); wherein, the intelligent expert assistant therapy data signal module (3-1) is configured to receive data from the intelligent expert diagnosis unit (2) The transmitted data signal of the initial diagnosis conclusion is then transmitted to the intelligent expert assistant treatment data signal controller (3-2) to be converted into a real-time execution control data signal, and then transmitted to the intelligent expert assistant therapy and rehabilitation equipment (3-3) ).
  5. 根据权利要求1所述的基于多元复配的智能专家助疗康复系统,其中,所述智能专家复查复诊复疗单元(5)包括智能专家复用数据信号存储模块(5-1)、智能专家复用数据信号处理模块(5-2)、智能专家复用数据信号控制模块(5-3)和智能专家复查复诊复疗单元复配组合模块(5-4);The intelligent expert-assisted treatment and rehabilitation system based on multiple recombination according to claim 1, wherein the intelligent expert review, re-diagnosis and rehabilitation unit (5) comprises an intelligent expert multiplexing data signal storage module (5-1), an intelligent expert A multiplexed data signal processing module (5-2), an intelligent expert multiplexed data signal control module (5-3), and an intelligent expert reexamination, reexamination, and retreatment unit complex combination module (5-4);
    其中,所述智能专家复用数据信号存储模块(5-1)用于存储所述智能专家检查单元(1)给出的初诊传感检测数据信号、所述智能专家诊断单元(2)给出的初诊结论数据信号、智能专家助疗康复单元(3)给出的初诊助疗方案数据信号;以及Wherein, the intelligent expert multiplexing data signal storage module (5-1) is used to store the initial diagnosis sensing detection data signal given by the intelligent expert checking unit (1), and the intelligent expert diagnosing unit (2) provides The data signal of the initial diagnosis conclusion and the data signal of the initial diagnosis and assistant treatment plan given by the intelligent expert assistant treatment and rehabilitation unit (3); and
    将其三者的数据信号传输给所述智能专家复用数据信号处理模块(5-2)并与其适配的外网医疗标样的大数据信号结合,形成复诊结论数据信号,将所述复诊结论数据信号一路传输给智能专家数据信号视听器(2-3),另一路依次传输给所述智能专家复用数据信号控制模块(5-3)和所述智能专家复查复诊复疗单元复配组合模块(5-4),形成初复诊实时复配控制执行方案的数据信号,将所述初复诊实时复配控制执行方案的数据信号传输给智能专家助疗康复设备(3-3),所述智能专家复查复诊复疗单元复配组合模块(5-4)配置为存储复诊助疗方案数据信号。The data signals of the three are transmitted to the intelligent expert multiplexing data signal processing module (5-2) and combined with the big data signal of the external network medical standard sample to which it is adapted to form a data signal of the return diagnosis conclusion, and the return diagnosis Conclusion The data signal is transmitted to the intelligent expert data signal audio-visual device (2-3) in one way, and the other way is sequentially transmitted to the intelligent expert multiplexing data signal control module (5-3) and the intelligent expert review, re-examination and re-treatment unit for compounding The combination module (5-4) forms the data signal of the real-time compound control execution plan for the initial follow-up diagnosis, and transmits the data signal of the real-time compound control implementation plan for the initial follow-up diagnosis to the intelligent expert assistant treatment and rehabilitation equipment (3-3), and the The intelligent expert reexamination reexamination retreatment unit compound combination module (5-4) is configured to store the reexamination and auxiliary treatment plan data signals.
  6. 根据权利要求5所述的基于多元复配的智能专家助疗康复系统,其中,所述智能专家复查复诊复疗单元复配组合模块(5-4)由智能专家复查复诊复疗复配模块(5-4-1)、智能专家复疗复查复诊复配模块(5-4-2)、智能专家复诊复疗复查复配模块(5-4-3)、智能专家复查复疗复诊复配模块(5-4-4)、智能专家复诊复查复疗复配模块(5-4-5)、智能专家复疗复诊复查复配模块(5-4-6)中的一组或多组组成。The multi-recombination-based intelligent expert-assisted treatment and rehabilitation system according to claim 5, wherein the intelligent expert review, re-diagnosis, and re-treatment unit complex combination module (5-4) is composed of an intelligent expert review, re-diagnosis, and re-treatment complex module (5-4). 5-4-1), intelligent expert re-examination, re-examination, re-examination and re-combination module (5-4-2), intelligent expert re-examination, re-examination, re-examination and re-examination module (5-4-3), intelligent expert re-examination, re-examination, re-examination and re-combination module (5-4-4), one or more groups in the intelligent expert re-examination, re-examination, re-examination and re-combination module (5-4-5), and the intelligent expert re-examination, re-examination, re-examination and re-combination module (5-4-6).
  7. 根据权利要求1所述的基于多元复配的智能专家助疗康复系统,其中,所述联网用户机位终端(8)包括:数据处理器(8-1)、与所述数据处理器(8-1) 分别数据信号连接的信号转换模块(8-2)、无线数据通信模块(8-3)、内网状态数据信号采集模块(8-4)、助疗操作程序数据信号模块(8-5)、故障排除操作程序数据信号模块(8-6)、视音频提示器(8-7)、外网状态数据信号采集模块(8-8),以及为所述联网用户机位终端(8)供电的电源管理模块(8-9);The multi-component based intelligent expert assistant therapy and rehabilitation system according to claim 1, wherein the networked user station terminal (8) comprises: a data processor (8-1), and the data processor (8) -1) The signal conversion module (8-2), the wireless data communication module (8-3), the intranet status data signal acquisition module (8-4), and the auxiliary treatment operation program data signal module (8-4) are respectively connected to the data signal. 5), a troubleshooting operation program data signal module (8-6), a video and audio prompter (8-7), an external network status data signal acquisition module (8-8), and a terminal for the networked user station (8) ) power supply management module (8-9);
    其中,所述信号转换模块(8-2)包括用于转换所述联网用户机位终端(8)输入和输出信号的模数转换模块和数模转换模块;所述内网状态数据信号采集模块(8-4)配置为实时采集所述内网智能专家助疗康复子系统(7)的状态数据信号,所述外网状态数据信号采集模块(8-8)配置为实时采集外网健康医疗数据复配操作系统(12)给出的数据信号。Wherein, the signal conversion module (8-2) includes an analog-to-digital conversion module and a digital-to-analog conversion module for converting the input and output signals of the networked user station terminal (8); the intranet state data signal acquisition module (8-4) is configured to collect in real time the state data signal of the intranet intelligent expert assistance and rehabilitation subsystem (7), and the external network state data signal acquisition module (8-8) is configured to collect the external network health and medical care in real time The data recombines the data signal given by the operating system (12).
  8. 根据权利要求2所述的基于多元复配的智能专家助疗康复系统,其中,所述智能检测传感设备(1-1)为智能人体信息场检测传感器,包括生物电检测传感器、超声波检测传感器、心电检测传感器、脉象检测传感器、体温检测传感器、血压检测传感器、听诊检测传感器中的一种或几种组合。The multi-component based intelligent expert assistance and rehabilitation system according to claim 2, wherein the intelligent detection and sensing device (1-1) is an intelligent human body information field detection sensor, including a bioelectric detection sensor, an ultrasonic detection sensor , ECG detection sensor, pulse detection sensor, body temperature detection sensor, blood pressure detection sensor, auscultation detection sensor, one or several combinations.
  9. 根据权利要求4所述的基于多元复配的智能专家助疗康复系统,其中,所述智能专家助疗康复设备(3-3)为智能物理场波助疗设备,所述物理场波包括生物电波、超声波、激光波、频谱波、负离子波、远红外波、紫外线波和磁场波中的一种或多种组合。The multi-component based intelligent expert assistant therapy and rehabilitation system according to claim 4, wherein the intelligent expert assistant therapy and rehabilitation device (3-3) is an intelligent physical field wave assistant therapy device, and the physical field wave includes biological One or more combinations of radio waves, ultrasonic waves, laser waves, spectral waves, negative ion waves, far-infrared waves, ultraviolet waves and magnetic field waves.
  10. 根据权利要求1所述的基于多元复配的智能专家助疗康复系统,其中,所述内网智能专家助疗康复子系统(7)与联网用户机位终端(8)相配套,两者数量相同,均为1-500个。The intelligent expert assistant treatment and rehabilitation system based on multi-component compounding according to claim 1, wherein the intranet intelligent expert assistant treatment and rehabilitation subsystem (7) is matched with a networked user station terminal (8), and the number of the two The same, both are 1-500.
  11. 根据权利要求1所述的基于多元复配的智能专家助疗康复系统,其中,所述智能远程群控助疗服务器(11)包括数据处理器(11-1)、与所述数据处理器(11-1)分别数据信号连接的信号转换模块(11-2)、无线数据通信模块(11-3)、联网用户机位终端群控数据信号接收及识别模块(11-4)、联网用户机位终端群控数据信号校正及发送模块(11-5)、故障排除操作程序数据模块(11-6)、视音频提示器(11-7)和数据存储模块(11-8),以及为智能远程群控助疗服务器供电的电源管理模块(11-9);The intelligent expert assistant therapy and rehabilitation system based on multi-component compounding according to claim 1, wherein the intelligent remote group control assistant therapy server (11) comprises a data processor (11-1), and the data processor ( 11-1) A signal conversion module (11-2), a wireless data communication module (11-3), a networked user station terminal group control data signal receiving and identification module (11-4), a networked user machine Bit terminal group control data signal correction and transmission module (11-5), troubleshooting operation program data module (11-6), video and audio prompter (11-7) and data storage module (11-8), and an intelligent The power management module (11-9) for the power supply of the remote group control assistance server;
    其中,所述信号转换模块(11-2)包括用于转换所述联网用户机位输入和输出信号的模数转换模块和数模转换模块;以及Wherein, the signal conversion module (11-2) includes an analog-to-digital conversion module and a digital-to-analog conversion module for converting the input and output signals of the networked user station; and
    所述数据存储模块(11-8)存储包括外网健康医疗标样的大数据信号以及实体医院给出的初诊用户的最新诊断结论数据信号。The data storage module (11-8) stores the big data signal including the health and medical standard samples of the external network and the latest diagnosis conclusion data signal of the first-diagnosed user given by the entity hospital.
  12. 根据权利要求1-11任一项所述的基于多元复配的智能专家助疗康复系统的使用方法,其操作程序依次包括:According to the method for using the intelligent expert-assisted rehabilitation system based on multi-component compounding according to any one of claims 1-11, the operation procedures of the system include:
    步骤1,用户端开机入网;Step 1, the client is powered on and connected to the network;
    步骤2,用户端联网启动;Step 2, the client network is started;
    步骤3,用户端联网运行;Step 3, the client runs online;
    步骤4,用户端联网排故;和Step 4, client network troubleshooting; and
    步骤5,用户端联网停运;Step 5, the client network is shut down;
    其中,所述步骤3用户端联网运行的具体操作包括:Wherein, the specific operations of the step 3 client network running include:
    步骤3.1:初诊复配内网智能专家助疗康复组元(4)的操作:Step 3.1: Operation of initial diagnosis and recombination of intranet intelligent experts to assist treatment and rehabilitation component (4):
    步骤3.1.1,由智能专家检查单元(1)的智能检测传感设备(1-1)根据联网用户机位终端(8)反馈的操作指令,对初诊用户提供检测影响人体健康的特定病灶部位的生物电信号、超声波信号、心电信号、脉象信号、体温信号、血压信号和听诊信号中的一种或几种组合;所述智能检测传感设备的(1-1)传感检测数据信号的精准性通过所述智能标检校对装置(1-2)进行校正,以及所述智能自适应纠偏调整装置(1-3)进行调整;Step 3.1.1, the intelligent detection and sensing device (1-1) of the intelligent expert inspection unit (1) provides the newly diagnosed user with the detection of specific lesions affecting human health according to the operation instructions fed back by the networked user station terminal (8). One or more combinations of bioelectrical signals, ultrasonic signals, electrocardiographic signals, pulse signals, body temperature signals, blood pressure signals and auscultation signals; (1-1) sensing detection data signal of the intelligent detection sensing device The accuracy of the device is corrected by the intelligent standard inspection and correction device (1-2), and the intelligent self-adaptive deviation correction and adjustment device (1-3) is adjusted;
    步骤3.1.2,由智能专家诊断单元(2)根据所述智能专家检查单元(1)给出的初诊用户的传感检测数据信号进行聚类诊断处理,并结合外网健康医疗数据复配操作子系统(12)传输的实体医院给出的初诊用户最新的诊断结论数据信号以及相对应的外网健康医疗标样的大数据信号进行汇诊、甄别和优化处理,经处理后得到的结论数据信号一路传输给智能专家诊断数据信号视听器(2-3),以提供诊断结论数据信号的可视化视听;另一路传输给智能专家助疗单元(3);Step 3.1.2, the intelligent expert diagnosis unit (2) performs clustering diagnosis processing according to the sensor detection data signal of the newly diagnosed user provided by the intelligent expert inspection unit (1), and combines the external network health and medical data compound operation Subsystem (12) transmits the latest diagnosis conclusion data signal of the first-diagnosed user given by the entity hospital and the corresponding big data signal of the external network health and medical standard sample for collective diagnosis, screening and optimization processing, and the conclusion data obtained after processing The signal is transmitted to the intelligent expert diagnostic data signal audio-visual device (2-3) in one way to provide visual audio-visual of the diagnostic conclusion data signal; the other way is transmitted to the intelligent expert assistant therapy unit (3);
    步骤3.1.3,由所述智能专家助疗单元(3)的智能专家助疗康复设备(3-3),根据所述智能专家诊断单元(2)传输的诊断结论数据信号的指令,为初诊用户提供智能物理场波助疗,所述物理场波包括生物电波、超声波、激光波、频谱波、负离子波、远红外波、紫外线波和磁场波中的一种或多种组合;Step 3.1.3, by the intelligent expert assistant treatment rehabilitation equipment (3-3) of the intelligent expert assistant treatment unit (3), according to the instruction of the diagnosis conclusion data signal transmitted by the intelligent expert diagnosis unit (2), it is a first diagnosis. The user provides intelligent physical field wave therapy, and the physical field wave includes one or more combinations of bioelectric waves, ultrasonic waves, laser waves, spectral waves, negative ion waves, far-infrared waves, ultraviolet waves and magnetic field waves;
    步骤3.2:复诊复配内网智能专家助疗康复组元(6)的第一次操作:Step 3.2: The first operation of re-examination and recombination of intranet intelligent experts to assist the rehabilitation component (6):
    步骤3.2.1,根据复诊用户对个性化施疗路径的选择指令,由所述复诊复配内网智能专家助疗康复组元(6)的所述初诊复配内网智能专家助疗康复组元(4)与智能专家复查复诊复疗单元(5)结合而给出初复诊复配的综合数据信号;Step 3.2.1, according to the selection instruction of the returning user on the personalized treatment path, the first diagnosis and the intranet intelligent expert auxiliary treatment and rehabilitation group of the re-examination and intranet intelligent expert auxiliary treatment and rehabilitation component (6) are assigned by the re-examination. The element (4) is combined with the intelligent expert reexamination reexamination retreatment unit (5) to give a comprehensive data signal of the initial reexamination and recombination;
    步骤3.2.2,由所述复诊复配内网智能专家助疗康复组元(6)给出的初复诊复配的综合数据信号与所述外网健康医疗标样的大数据信号结合及优化,形成优化后的第一次初复诊实时复配控制执行方案的数据信号;Step 3.2.2, combining and optimizing the comprehensive data signal of the initial re-diagnosis and re-combination given by the re-examination and re-combination intranet intelligent expert assistance and rehabilitation component (6) and the big data signal of the external network health and medical standard sample , to form the optimized data signal of the first re-diagnosis real-time compound control execution plan;
    步骤3.2.3,所述智能专家助疗康复设备(3-3)根据步骤3.2.2给出的所述第一次初复诊实时复配控制执行方案的数据信号,用于执行对影响人体健康的特定病灶的第一次复诊精准施疗;同时所述复诊复配内网智能专家助疗康复组元(6)存储复诊助疗方案数据信号并为复诊用户再次复诊提供参考;Step 3.2.3, the intelligent expert assistant treatment and rehabilitation equipment (3-3) according to the data signal of the real-time compound control execution plan of the first initial follow-up consultation given in step 3.2.2, used to execute the data signals affecting human health. Precise treatment for the first follow-up diagnosis of the specific lesions; at the same time, the return-diagnosis and complex-intelligence intranet intelligent expert assistance and rehabilitation component (6) stores the data signals of the return-diagnosis assistance and treatment plan and provides a reference for the return-diagnosis user to return to the doctor again;
    步骤3.3:所述复诊复配内网智能专家助疗康复组元(6)的第二次操作:Step 3.3: The second operation of the re-examination and recombination of the intranet intelligent expert-assisted treatment and rehabilitation component (6):
    步骤3.3.1,根据第二次复诊用户对个性化施疗路径的选择指令,由所述复诊复配内网智能专家助疗康复组元(6)给出第一次复诊和第二次复诊复配的综合数据信号;Step 3.3.1, according to the user's selection instruction for the personalized treatment path for the second follow-up consultation, the first follow-up consultation and the second follow-up consultation are given by the re-examination and complex intranet intelligent expert assistant treatment and rehabilitation component (6) Composite integrated data signal;
    步骤3.3.2,所述复诊复配内网智能专家助疗康复组元(6)给出的所述两次复诊复配的综合数据信号与所述外网健康医疗标样的大数据信号结合及优化,形成优化后的第二次复诊实时复配控制执行方案的数据信号;Step 3.3.2, combining the comprehensive data signals of the two re-examinations and re-examinations provided by the internal network intelligent expert assistance and rehabilitation component (6) with the big data signals of the external network health and medical standards and optimization to form the optimized data signal of the second re-diagnosis real-time compound control execution plan;
    步骤3.3.3,所述智能专家助疗康复设备(3-3)根据所述第二次复诊实时复配控制执行方案的数据信号,用于执行对影响人体健康的特定病灶的第二次复诊精准施疗;同时所述复诊复配内网智能专家助疗康复组元(6)存储第二次复诊助疗方案数据信号并为复诊用户再次复诊提供参考;以及Step 3.3.3, the intelligent expert assistant treatment and rehabilitation equipment (3-3) according to the second re-examination real-time compound control execution plan data signal, used to perform the second re-examination of specific lesions affecting human health Precise treatment; at the same time, the re-examination and complex intranet intelligent expert assistant treatment and rehabilitation component (6) stores the data signal of the second re-examination assistance plan and provides a reference for the re-examination user to re-examine again; and
    步骤3.4,所述复诊复配内网智能专家助疗康复组元(6)的第N次操作,其中,N为大于或等于3的整数:Step 3.4, the Nth operation of the re-examination and recombination of the intranet intelligent expert to assist the rehabilitation component (6), wherein, N is an integer greater than or equal to 3:
    所述复诊复配内网智能专家助疗康复组元(6)的第三次至第N次的操作,分别参照步骤3.3有关所述复诊复配内网智能专家助疗康复组元(6)的前一次的操作步骤进行,以此类推。For the operations of the third to Nth times for the re-examination and recombination of the intranet intelligent expert-assisted treatment and rehabilitation component (6), refer to step 3.3 for the re-examination and intranet intelligent expert-assisted therapy and rehabilitation component (6) respectively. The previous operation steps are carried out, and so on.
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Families Citing this family (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN114038553B (en) * 2021-04-20 2022-09-09 江苏经纬技术创新咨询有限公司 Use method of intelligent expert treatment-assisting rehabilitation system based on multi-component compounding
CN114642837B (en) * 2022-03-07 2023-08-15 江苏经纬知识产权运营有限公司 Ultrasonic composite wave auxiliary therapeutic instrument based on intelligent navigation

Citations (8)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR20030068529A (en) * 2003-08-04 2003-08-21 공병호 The system of support after childbirth using in internet site and that method
EP2439669A1 (en) * 2010-10-08 2012-04-11 Cardiac Science Corporation Computer-implemented system and method for facilitating patient advocacy through online healthcare provisioning
CN103605911A (en) * 2013-12-11 2014-02-26 东南大学 Intelligent community health care system control method based on Internet of things
US20150310177A1 (en) * 2014-04-28 2015-10-29 Xerox Corporation Social medical network for diagnosis assistance
CN110504010A (en) * 2018-05-18 2019-11-26 南京埃利莎生物技术有限公司 Intelligent diagnosis and treatment management method, system and the intelligent clinic using it
CN111128333A (en) * 2019-11-05 2020-05-08 朱蜀秦 One-stop intelligent diagnosis and intelligent medical management system
CN111724895A (en) * 2020-05-16 2020-09-29 张东 Personalized traditional Chinese medicine diagnosis and treatment robot system based on artificial intelligence
CN114038553A (en) * 2021-04-20 2022-02-11 江苏经纬技术创新咨询有限公司 Intelligent expert treatment-assisting rehabilitation system based on multi-component compounding and use method thereof

Family Cites Families (11)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US11133096B2 (en) * 2011-08-08 2021-09-28 Smith & Nephew, Inc. Method for non-invasive motion tracking to augment patient administered physical rehabilitation
CN104200418B (en) * 2014-09-29 2018-03-09 北京中美联医学科学研究院有限公司 Intelligent home diagnosis and therapy system and method based on mobile Internet
CN105411554A (en) * 2016-01-18 2016-03-23 北京理工大学 Wireless non-invasive human physiological parameter collection, detection and intelligent diagnosis system
CN106651712A (en) * 2017-01-05 2017-05-10 吉林大学 Mobile-Internet diversified cross-regional hospital treatment system and treatment method thereof
JP2019076530A (en) * 2017-10-25 2019-05-23 テルモ株式会社 Treatment method
CN108109686B (en) * 2017-12-29 2022-04-26 青岛未来移动医疗科技有限公司 Full-function respiratory disease intelligent diagnosis and treatment room system and working method
CN108573747A (en) * 2018-04-25 2018-09-25 河南聚合科技有限公司 A kind of wisdom Internet of Things big data cloud platform for health monitoring
CN109040314A (en) * 2018-09-18 2018-12-18 宁波众鑫网络科技股份有限公司 A kind of remote rehabilitation system and method Internet-based
CN109599174A (en) * 2018-11-15 2019-04-09 李慧 Tele-medicine control method, system and equipment
CN110310732B (en) * 2019-07-09 2023-01-31 福建元新健康管理有限公司 Multi-stage linkage rehabilitation medical technology combined system
CN111681752A (en) * 2020-05-11 2020-09-18 纳里健康科技有限公司 Doctor conjuncted diagnosis and treatment system based on cloud platform

Patent Citations (8)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR20030068529A (en) * 2003-08-04 2003-08-21 공병호 The system of support after childbirth using in internet site and that method
EP2439669A1 (en) * 2010-10-08 2012-04-11 Cardiac Science Corporation Computer-implemented system and method for facilitating patient advocacy through online healthcare provisioning
CN103605911A (en) * 2013-12-11 2014-02-26 东南大学 Intelligent community health care system control method based on Internet of things
US20150310177A1 (en) * 2014-04-28 2015-10-29 Xerox Corporation Social medical network for diagnosis assistance
CN110504010A (en) * 2018-05-18 2019-11-26 南京埃利莎生物技术有限公司 Intelligent diagnosis and treatment management method, system and the intelligent clinic using it
CN111128333A (en) * 2019-11-05 2020-05-08 朱蜀秦 One-stop intelligent diagnosis and intelligent medical management system
CN111724895A (en) * 2020-05-16 2020-09-29 张东 Personalized traditional Chinese medicine diagnosis and treatment robot system based on artificial intelligence
CN114038553A (en) * 2021-04-20 2022-02-11 江苏经纬技术创新咨询有限公司 Intelligent expert treatment-assisting rehabilitation system based on multi-component compounding and use method thereof

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