Diagnosis and treatment integrated treatment system and method

Abstract

The invention discloses a diagnosis and treatment integrated treatment method, which relates to a diagnosis and treatment system and is characterized in that a multi-scene diagnosis and treatment mode is set and mainly comprises three scene diagnosis and treatment modes, namely a mechanism diagnosis and treatment mode, a home diagnosis and treatment mode and an offline diagnosis and treatment mode; acquiring health detection data of the patient, acquiring a patient treatment scheme according to the health detection data, and pushing the patient treatment scheme to a mobile control terminal; and when the patient needs to be treated, the patient treatment scheme in the mobile control terminal is sent to a laser therapeutic instrument to treat the patient. The invention further discloses a diagnosis and treatment integrated treatment system. According to the invention, integration of a diagnosis and treatment integrated system is realized, a treatment scheme is intelligently recommended and a treatment module is used for treatment according to a specific detection equipment result, an application scene barrier is broken through, an application range is widened, a breakpoint of a large health management scene is fused, and offline and / or online, personalized and intelligent service requirements of traditional Chinese medicine acupoint treatment are met.

Description

Technical Field

[0001] The present invention relates to a diagnosis and treatment system, and more particularly, to a diagnosis and treatment integrated treatment system and method. Background Art

[0002] Acupoints on the human body are the places where the qi of the internal organs and meridians is infused into the body surface. They are also the main treatment sites for acupuncture, massage and other therapies. The main physiological function of acupoints is to infuse qi and blood into the internal organs and meridians, and to communicate the connection between the body surface and the internal organs. In clinical practice, doctors use the functional characteristics of acupoints to diagnose and treat diseases. Low-intensity laser refers to the wavelength in the red to near-infrared region of the spectrum. Low-intensity laser therapy (photobiomodulation or cold laser therapy) is a therapy that produces therapeutic effects by applying low-intensity lasers and light-emitting diodes with infrared and visible red wavelengths to human tissues. Clinical studies have shown that these low-intensity lasers can penetrate the skin and relieve acute pain by reducing biochemical markers, oxidative stress and inflammatory factors. It is a treatment method with relatively mature clinical applications. Using laser to stimulate acupoints is a new type of therapy that has emerged in the past 20 years. It combines traditional Chinese medicine acupoint theory with modern technical means. By using the biological effects of lasers, such as thermal effect, photopressure effect, photochemical reaction, electromagnetic effect, etc., it replaces the traditional invasive acupuncture method and conducts targeted treatment on the basis of clinical syndrome differentiation and treatment of acupoints. Compared with traditional acupuncture methods, it has the advantages of no pain caused by acupuncture, no invasiveness to tissues, no needle stagnation, no needle breakage, and no risk of pinhole infection. While physically stimulating acupoints, the series of biological effects it causes can also promote the treatment effect to a certain extent.

[0003] Equipment and therapies that use lasers to stimulate acupoints have been widely used in cardiovascular and cerebrovascular diseases, improving sleep, pain, etc., but there are few products that are truly combined with traditional Chinese medicine theory. The low-intensity laser therapy devices currently on the market have the following main problems: On the one hand, most of the low-intensity laser therapy products currently used in clinical practice are traditional large-scale floor-standing or desktop devices, generally including a host, a treatment head, a rack, a processor, a frequency modulator, a cooling device, etc., which are large in size and require universal wheels at the four corners of the bottom of the rack to move. The portability is extremely low and most of them can only be used in medical institutions, and the application scenarios are greatly limited. On the other hand, there are also a few portable low-intensity laser therapy devices on the market, such as wristband laser therapy devices. This type of therapy device is small and easy to carry. The main components include only the host, the strap, and the laser module. However, this type of therapy device can usually only treat a single part through the 650mm laser window of the host. The treatment output port is limited, and multiple machines cannot be used in conjunction. It is difficult to treat multiple parts at the same time, and the treatment options are limited. Although a few portable low-intensity laser therapeutic devices are equipped with one or two laser light guides that can perform multi-point treatments on certain parts of the body, their appearance determines that such instruments are only suitable for a certain type or a type of disease, and cannot be used for symptomatic treatment of other human diseases. For example, some laser therapeutic devices used to treat rhinitis are mainly composed of a main body, a laser coupling line and a nose body, in which one end of the laser coupling line is connected to the nose, and the other end is connected to the therapeutic box through a laser connection port set on the therapeutic box. Through a specially designed nose body that conforms to the shape of the nose, the laser head connected to the main body is fixed in the nasal cavity to relieve nasal inflammation. It is a nose-exclusive therapeutic device and cannot achieve a professional Chinese medicine treatment plan with flexible multi-point acupuncture points. Most importantly, none of the above-mentioned types of therapeutic devices have developed external interfaces for third-party platforms or detection instrument systems, cannot be adapted and used with other clinical health detection or diagnostic equipment, and cannot achieve one-stop intelligent generation and recommendation from detection to treatment plans. In addition, affected by the appearance, data service platform construction, etc., these therapeutic devices are difficult to use in multiple scenarios or across scenarios.

[0004] In summary, the low-intensity laser therapy devices currently on the market have many shortcomings in terms of flexible adaptation to traditional Chinese medicine acupuncture acupoint selection schemes, including inconvenient operation and inability to be used in conjunction with other health monitoring equipment. Not only is it difficult to meet the basic needs of traditional Chinese medicine acupuncture for flexibility and convenience in selecting acupoints in different parts of the body and multi-acupoint combination treatment, it also limits the widespread application of therapy devices. Summary of the invention

[0005] The technical problem to be solved by the present invention is to provide an integrated diagnosis and treatment system and method for the deficiencies in the prior art, so as to meet the offline and / or online, personalized and intelligent service needs of TCM acupoint treatment.

[0006] The present invention provides an integrated diagnosis and treatment method, which sets a multi-scenario diagnosis and treatment mode.

[0007] When the institutional diagnosis and treatment mode is selected, the patient's health test data is obtained through the equipment of the medical institution, and the patient's treatment plan is obtained based on the health test data, and the patient's treatment plan is pushed to the laser therapy device of the medical institution to treat the patient;

[0008] When the home diagnosis and treatment mode is selected, the patient's health test data is obtained through the equipment of the medical institution, and the patient's treatment plan is obtained based on the health test data, and the patient's treatment plan is pushed to the patient's mobile control terminal; when the patient needs treatment, the patient's treatment plan in the mobile control terminal is sent to the personal laser therapy device to treat the patient;

[0009] When the offline diagnosis and treatment mode is selected, the patient's health test data is obtained through personal health data uploading and doctor-patient question and answer mode, and the patient treatment plan is obtained based on the health test data, and the patient treatment plan is pushed to the patient's mobile control terminal; when the patient needs treatment, the patient treatment plan in the mobile control terminal is sent to the personal laser therapy device to treat the patient.

[0010] As a further improvement, obtaining a patient treatment plan based on the health test data specifically includes:

[0011] A comparative analysis is performed with the health test data according to a preset health data threshold to determine whether the patient needs acupoint intervention treatment; if so, the health test data is sent to the health information library of the management background, and other health information related to the patient is extracted from the health information library; the health test data and other health information are combined according to the set standard health information semantics to form the patient's health information language; the treatment plan information library of the management background is traversed according to the health information language to extract several target treatment plans that match the health information language; and several of the target treatment plans are sent to the doctor's side to determine the patient's treatment plan.

[0012] As a further improvement, in the institutional diagnosis and treatment mode, the patient treatment plan is pushed to the medical staff's mobile control terminal, and the medical staff's mobile control terminal extracts the single treatment time in the patient treatment plan; when the patient needs to be treated, the patient treatment plan is sent to the laser therapy device through the medical staff's mobile control terminal, and after the single treatment time is over, the medical staff's mobile control terminal automatically generates a reminder message.

[0013] Furthermore, the reminder information includes asking whether to keep the patient treatment plan. If yes is selected, the patient treatment plan will be retained in the laser therapy device; if no is selected or the reminder information is not processed within the set time, the medical staff's mobile control terminal generates a reset message and sends it to the laser therapy device to delete the patient treatment plan and restore it to the default working state.

[0014] As a further improvement, in the offline diagnosis and treatment mode, the individual's health data is obtained through electronic wearable devices, home medical testing equipment, and third-party testing instruments.

[0015] Furthermore, in the offline diagnosis and treatment mode, the doctor-patient question-and-answer mode includes:

[0016] A diagnostic conversation between a doctor and a patient is realized by installing a diagnosis and treatment APP in the mobile control terminal and the doctor's terminal. After the diagnostic conversation is over, the doctor's terminal summarizes the patient's answer information into the patient's one-time narrative information based on the diagnostic conversation, and extracts target health data from the one-time narrative information based on the examination items involved in the acupoint intervention treatment, and uses the target health data as health detection data.

[0017] Furthermore, the doctor-patient question-and-answer mode also includes:

[0018] The doctor enters the patient's health information obtained from telephone conversations and chat software conversations with the patient into the doctor's end to form health test data.

[0019] A system for realizing the integrated diagnosis and treatment method includes a laser therapy device, a mobile control terminal, a doctor terminal and a management background; the management background is interconnected with the doctor terminal, the doctor terminal is wirelessly connected to the mobile control terminal, and the mobile control terminal is wirelessly connected to the laser therapy device.

[0020] As a further improvement, the management backend is provided with a third-party external interface.

[0021] Beneficial Effects

[0022] The advantages of the present invention are:

[0023] 1. Through the application of institutional diagnosis and treatment mode, home diagnosis and treatment mode and offline diagnosis and treatment mode, a treatment system with one-stop recommendation of diagnosis and treatment schemes, multi-machine linkage of flexible acupuncture point selection schemes, and cross-scenario platform data management functions is realized, realizing the integration of diagnosis and treatment system. At the same time, according to the results of specific detection equipment, intelligently recommend treatment plans and use treatment modules for treatment, breaking through the application scenario barriers, broadening the scope of application, and fusing the "breakpoints" of large health management scenarios to meet the offline and / or online, personalized and intelligent service needs of TCM acupoint treatment.

[0024] 2. This system provides a third-party external interface, which can be connected and integrated with third-party testing equipment and diagnosis and treatment systems through the third-party external interface. The user mobile terminal operation software of the therapeutic instrument is embedded in the user mobile terminal software of the third-party diagnosis and treatment system to become a functional module. After the detection or diagnosis is completed, the acupoint treatment plan corresponding to the detection or diagnosis results is automatically generated, thereby realizing the embedding and empowerment of diagnosis and treatment services.

[0025] 3. The invention realizes the one-stop output of intelligent TCM acupuncture point matching schemes for integrated diagnosis and treatment, which can provide doctors with professional treatment scheme references and improve the efficiency of diagnosis and treatment. The output instruction scheme can be modified by doctors, realizing the editable function, and also providing patients with more effective personalized treatment schemes while improving the efficiency of diagnosis and treatment.

[0026] 4. The mobile control terminal of the present invention realizes data interaction and communication with the management background through the doctor's end, realizes intelligent real-time recommendation and selection of treatment plans, and improves the diagnosis and treatment efficiency in medical institution scenarios and home life scenarios; at the same time, it can break through the application scenario barriers and fuse the cross-scenario application breakpoints of medical institutions and home life. BRIEF DESCRIPTION OF THE DRAWINGS

[0027] Figure 1 It is a schematic diagram of the process flow of the integrated diagnosis and treatment method of the present invention;

[0028] Figure 2 This is a schematic diagram of the framework structure of the institutional diagnosis and treatment model of the present invention;

[0029] Figure 3 This is a schematic diagram of the framework structure of the home diagnosis and treatment model of the present invention;

[0030] Figure 4 This is a schematic diagram of the framework structure of the offline diagnosis and treatment mode of the present invention;

[0031] Figure 5 It is a schematic diagram of the structure of the treatment system integrating diagnosis and treatment of the present invention. DETAILED DESCRIPTION

[0032] The present invention will be further described below in conjunction with the embodiments, but it does not constitute any limitation to the present invention. Any limited number of modifications made by anyone within the scope of the claims of the present invention are still within the scope of the claims of the present invention.

[0033] See also Figure 1-Figure 4 The present invention provides an integrated diagnosis and treatment method, which sets up multi-scenario diagnosis and treatment modes, mainly including three scenario diagnosis and treatment modes, namely, institutional diagnosis and treatment mode, home diagnosis and treatment mode and offline diagnosis and treatment mode.

[0034] When the institutional diagnosis and treatment mode is selected, the patient's examination and treatment are all carried out in a medical institution. In this way, the patient's health test data is obtained through the equipment of the medical institution, and the patient's treatment plan is obtained based on the health test data. The patient's treatment plan is pushed to the laser therapy device of the medical institution to treat the patient, thereby realizing integrated diagnosis and treatment services for the patient.

[0035] In order to better adapt the laser therapy device to multiple uses in medical institutions, in the institutional diagnosis and treatment mode of this embodiment, the patient treatment plan for each patient will first be pushed to the medical staff's mobile control terminal, such as a mobile phone or tablet. The medical staff's mobile control terminal extracts the single treatment time in the patient's treatment plan. When the patient needs to be treated, after the patient puts on the laser therapy device, the medical staff sends the patient's treatment plan to the laser therapy device through their mobile control terminal to start the treatment. The medical staff's mobile control terminal also times the treatment time. When the single treatment time is over, the medical staff's mobile control terminal automatically generates a reminder message to remind the medical staff that the treatment is over, and to promptly remove the laser therapy device for the patient, providing more efficient and high-quality services.

[0036] In this embodiment, the reminder message includes asking whether to keep the patient's treatment plan. If you select yes, the patient's treatment plan will be retained in the laser therapy device, so that the patient can directly wear the laser therapy device and start treatment when the next treatment is carried out. If you select no or do not process the reminder message within the set time, the medical staff's mobile control terminal will generate a reset message and send it to the laser therapy device to delete the patient's treatment plan and restore it to the default working state, so that the laser therapy device is now under a normal treatment plan. In this way, when other users want to experience the laser therapy device, they can wear it directly and the wireless medical staff will reset it, avoiding other users experiencing that the laser therapy device uses the plan of the previous patient, avoiding mismatched treatments, and facilitating the use of the laser therapy device.

[0037] When the home diagnosis and treatment mode is selected, that is, the patient undergoes testing at a medical institution and receives treatment at home after obtaining a treatment plan, the patient's health test data is obtained through the medical institution's equipment, and the patient's treatment plan is obtained based on the health test data, and the patient's treatment plan is pushed to the patient's mobile control terminal; when the patient needs treatment, the patient's treatment plan in the mobile control terminal is sent to the individual's laser therapy device for treatment. This mode is suitable for scenarios where the patient has a laser therapy device at home, which is convenient for the patient to treat himself, especially for patients who travel far away.

[0038] When the offline diagnosis and treatment mode is selected, the patient's health data can be obtained and treated at home. In this mode, patients can access the management background through a third-party external interface and directly upload their personal health data as health test data. They can also send their personal health data to the doctor and obtain more comprehensive health test data through the doctor-patient question-and-answer mode. When the management background receives the health test data, it obtains the patient's treatment plan based on the health test data and pushes the patient's treatment plan to the patient's mobile control terminal; when the patient needs treatment, the patient's treatment plan in the mobile control terminal is sent to the individual's laser therapy device to treat the patient. This mode is mainly for groups who have difficulty traveling or who have difficulty going to medical institutions due to work or travel reasons.

[0039] In the offline diagnosis and treatment mode, personal health data is obtained through electronic wearable devices, home medical testing equipment, and third-party testing instruments, which facilitates the collection of personal health information and avoids the limitations of information sources.

[0040] In the offline diagnosis and treatment mode, the doctor-patient question and answer mode mainly includes the following two types.

[0041] The first one is: to realize the diagnosis dialogue between the doctor and the patient through the diagnosis and treatment APP installed in the mobile control terminal and the doctor's terminal. After the diagnosis dialogue is over, the doctor's terminal will summarize the patient's answer information into the patient's one-time narrative information according to the diagnosis dialogue, and extract the target health data from the one-time narrative information according to the examination items involved in the acupoint intervention treatment, and use the target health data as the health detection data.

[0042] The second is that the doctor enters the patient's health information obtained from the telephone conversation or chat software conversation with the patient into the doctor's side to form health detection data.

[0043] Both of these doctor-patient question-and-answer modes enable dialogue between patients and doctors, and obtain patients' health information through "asking" in traditional Chinese medicine.

[0044] In the offline diagnosis and treatment mode, we combine electronic medical equipment and dialogue between doctors and patients to collect patient health information, realize multi-channel information acquisition, improve the comprehensiveness of health information, and facilitate the management background to provide more reasonable and effective treatment plans.

[0045] The methods for obtaining treatment plans for patients in the above three diagnosis and treatment models are as follows:

[0046] Compare and analyze the health data with the health test data according to the preset health data threshold to determine whether the patient needs acupoint intervention treatment. If so, the health test data is sent to the health information database of the management background, and other health information related to the patient is extracted from the health information database. Combine the health test data with other health information according to the set standard health information semantics to form the patient's health information language. According to the health information language, traverse the treatment plan information database of the management background to extract several target treatment plans that match the health information language. Send several target treatment plans to the doctor's side for manual selection. The doctor can modify the selected target treatment plan through the doctor's side. After the modification is completed and confirmed, the target treatment plan is used as the patient's treatment plan, and the target treatment plan is fed back to the management background for storage.

[0047] In the three diagnosis and treatment modes provided in this embodiment, the laser therapeutic device is wearable, and there can be multiple laser therapeutic devices. When in use, multiple laser therapeutic devices will start the corresponding treatment modules for treatment according to the patient's treatment plan. If the treatment plan includes treatment of hands and feet, the laser therapeutic device worn on the hand starts the treatment through the hand treatment module in the treatment plan, and the laser therapeutic device worn on the foot starts the treatment through the foot treatment module in the treatment plan. Through the application of the above three diagnosis and treatment modes, a treatment system with one-stop recommendation of diagnosis and treatment plans, multi-machine linkage of flexible acupuncture solutions, and cross-scenario platform data management functions is realized, realizing the integration of an integrated diagnosis and treatment system. At the same time, according to the results of specific detection equipment, intelligently recommend treatment plans and use treatment modules for treatment, breaking through the application scenario barriers, broadening the scope of application, and welding the "breakpoints" of large health management scenarios to meet the offline and / or online, personalized, and intelligent service needs of traditional Chinese medicine acupoint treatment.

[0048] like Figure 5As shown, the present invention also provides a diagnosis and treatment integrated treatment system, which includes a laser therapy instrument, a mobile control terminal, a doctor terminal and a management background. The management background is interconnected with the doctor terminal, the doctor terminal is wirelessly connected to the mobile control terminal, and the mobile control terminal is wirelessly connected to the laser therapy instrument. In this way, a closed-loop diagnosis and treatment process is formed: after the patient completes the health test or diagnosis, if the test results indicate that corresponding acupoint intervention treatment is required, the detection instrument or platform can transmit the patient's health data through a standard interface, and the background can retrieve the relevant content of the database according to the patient's health data, generate a corresponding treatment plan and send it to the doctor terminal. After modifying or confirming the plan, the doctor can directly push the recommended plan to the mobile control terminal. After receiving the plan, the mobile control terminal controls the laser therapy instrument through the Bluetooth function and starts treatment. After one treatment or a staged treatment, the patient can re-examine the body through the instrument to evaluate the treatment effect. If the treatment continues, the corresponding treatment plan is matched again according to the examination results, and the cycle is repeated until the symptoms of the disease are significantly relieved or completely recovered.

[0049] Among them, the laser therapy device can treat patients according to the corresponding acupoint treatment plan. The current laser therapy device is mainly composed of a host, a 1-to-1 external treatment photoelectrode, a 1-to-3 external treatment photoelectrode, a charging card holder (multiple charging holders can be combined into a charging array chassis), wearing accessories, and a charging power supply. Among them, the host is composed of a plastic shell, a PCB motherboard, a laser module, a button module, a display module, a power module, a Bluetooth module, and an output module. The key technical parameters and requirements of the laser therapy device we use are as follows:

[0050] A. Battery life: based on the main unit (single wavelength lamp 650nm) + 1 to 3 single-point stickers (a total of 4 laser lights) working simultaneously, 30 minutes / time, used once a day; it is required to be used continuously for more than 10 days on a single charge.

[0051] B. Contents displayed on the main unit display: wavelength, power level, current treatment time, serial number, self-numbering, and Bluetooth status.

[0052] Regarding the mobile control terminal, it mainly includes the mobile control terminal for patients and the mobile control terminal for medical staff, such as mobile phones or tablets, which can communicate with the laser therapy device via Bluetooth. For example, on the mobile tablet terminal software used by medical staff, select the target treatment patient, select the patient's treatment plan, and send it to the laser therapy device, and start the laser therapy device through the mobile tablet terminal software. During the treatment process, the mobile tablet terminal software can also receive and display the status information fed back by the therapy device, realize the treatment according to the flexible acupoint prescription of the treatment plan, and monitor the treatment process. Another example is the WeChat applet used by individual users. Users can receive the treatment plan recommended by the system through the applet, send it to the laser therapy device, start the laser therapy device, and receive and display the status information fed back by the therapy device, realize the treatment according to the flexible acupoint prescription of the treatment plan, and monitor the treatment process.

[0053] The doctor's side is usually an office computer, which makes it convenient for doctors to prescribe and modify treatment prescriptions.

[0054] The management backend is the backend server. Its functions mainly include:

[0055] A. Provide management for individual users’ treatment records, treatment equipment information, treatment plans, user information, etc.;

[0056] B. Connect third-party testing equipment through external interfaces or connect equipment within medical institutions through standard interfaces, receive the test results sent by them, and provide intelligent adaptation and targeted recommendations for patient treatment plans;

[0057] C. Doctors view individual users / patients’ test results, treatment plans intelligently recommended by the system, and treatment records, and can modify and save treatment plans recommended by the system.

[0058] The treatment plans pre-stored in the management backend are mainly based on the AI-based acupuncture point selection plan generation mode, as follows:

[0059] A. Establish a database. Through data preprocessing steps such as collecting, cleaning, standardizing, and labeling text, pictures, videos, knowledge graphs, and other data of previous patient equipment test results and TCM medical records, we can build a structured and unstructured database containing clinical case data, TCM classic literature, and expert knowledge.

[0060] B. Train the AI ​​model. Through data segmentation, feature extraction, model selection, training and evaluation, use deep learning model + traditional machine learning model + expert knowledge graph to build an intelligent AI recommendation model. Integrate the trained multimodal fusion model into the acupuncture point selection scheme generation system, and use the fusion model to achieve automated and intelligent acupuncture point selection scheme recommendation. And according to the expert data set collected and updated during use, automatically update the multimodal model at a certain frequency, so that the multimodal model becomes more and more accurate as the amount of data increases.

[0061] C. The system obtains the patient's test data, performs intelligent analysis through the AI ​​model, and generates a variety of personalized treatment plans such as preliminary acupoint selection plan and treatment duration for medical assistance, and the plan can be modified, confirmed, and saved.

[0062] The management backend includes the data backend and the cloud backend. The data backend mainly provides and stores data for the diagnosis and treatment service process; while the cloud backend realizes the communication between the data backend and external devices. The management backend of this system also has a third-party external interface, which connects with the third-party diagnosis and treatment system, embeds the user mobile terminal software of the therapeutic instrument into the user mobile terminal software of the third-party diagnosis and treatment system as a functional module, and realizes the embedding and empowerment of diagnosis and treatment services.

[0063] The above is only a preferred embodiment of the present invention. It should be pointed out that for those skilled in the art, several modifications and improvements can be made without departing from the structure of the present invention, which will not affect the effect of the implementation of the present invention and the practicality of the patent.

Claims

1. A method of treatment that integrates diagnosis and treatment, characterized in that: Set up multi-scenario diagnosis and treatment modes. When the institutional diagnosis and treatment mode is selected, the patient's health test data is obtained through the equipment of the medical institution, and the patient's treatment plan is obtained based on the health test data, and the patient's treatment plan is pushed to the laser therapy device of the medical institution to treat the patient; When the home diagnosis and treatment mode is selected, the patient's health test data is obtained through the equipment of the medical institution, and the patient's treatment plan is obtained based on the health test data, and the patient's treatment plan is pushed to the patient's mobile control terminal; when the patient needs treatment, the patient's treatment plan in the mobile control terminal is sent to the personal laser therapy device to treat the patient; When the offline diagnosis and treatment mode is selected, the patient's health test data is obtained through personal health data uploading and doctor-patient question and answer mode, and the patient treatment plan is obtained based on the health test data, and the patient treatment plan is pushed to the patient's mobile control terminal; when the patient needs treatment, the patient treatment plan in the mobile control terminal is sent to the personal laser therapy device to treat the patient.

2. The method of integrated diagnosis and treatment according to claim 1, characterized in that: Acquiring a patient treatment plan based on the health test data specifically includes: A comparative analysis is performed with the health test data according to a preset health data threshold to determine whether the patient needs acupoint intervention treatment; if so, the health test data is sent to the health information library of the management background, and other health information related to the patient is extracted from the health information library; the health test data and other health information are combined according to the set standard health information semantics to form the patient's health information language; the treatment plan information library of the management background is traversed according to the health information language to extract several target treatment plans that match the health information language; and several of the target treatment plans are sent to the doctor's side to determine the patient's treatment plan.

3. A method of integrated diagnosis and treatment according to claim 1 or 2, characterized in that: In the institutional diagnosis and treatment mode, the patient treatment plan is pushed to the medical staff's mobile control terminal, and the medical staff's mobile control terminal extracts the single treatment time in the patient treatment plan; when the patient needs to be treated, the patient treatment plan is sent to the laser therapy device through the medical staff's mobile control terminal, and after the single treatment time is over, the medical staff's mobile control terminal automatically generates a reminder message.

4. The method of integrated diagnosis and treatment according to claim 3, characterized in that: The reminder information includes asking whether to keep the patient treatment plan. If the answer is yes, the patient treatment plan will be retained in the laser therapy device; if the answer is no or the reminder information is not processed within the set time, the medical staff's mobile control terminal will generate a reset message and send it to the laser therapy device to delete the patient treatment plan and restore it to the default working state.

5. The method of integrated diagnosis and treatment according to claim 1, characterized in that: In the offline diagnosis and treatment mode, the individual's health data is obtained through electronic wearable devices, home medical testing equipment, and third-party testing instruments.

6. The method of integrated diagnosis and treatment according to claim 5, characterized in that: In the offline diagnosis and treatment mode, the doctor-patient question-and-answer mode includes: A diagnostic conversation between a doctor and a patient is realized by installing a diagnosis and treatment APP in the mobile control terminal and the doctor's terminal. After the diagnostic conversation is over, the doctor's terminal summarizes the patient's answer information into the patient's one-time narrative information based on the diagnostic conversation, and extracts target health data from the one-time narrative information based on the examination items involved in the acupoint intervention treatment, and uses the target health data as health detection data.

7. The method of integrated diagnosis and treatment according to claim 6, characterized in that: The doctor-patient question-and-answer mode also includes: The doctor enters the patient's health information obtained from telephone conversations and chat software conversations with the patient into the doctor's end to form health test data.

8. A system for implementing the diagnosis and treatment integrated treatment method as claimed in any one of claims 1 to 7, characterized in that: It includes a laser therapy device, a mobile control terminal, a doctor terminal and a management background; the management background is interconnected with the doctor terminal, the doctor terminal is wirelessly connected to the mobile control terminal, and the mobile control terminal is wirelessly connected to the laser therapy device.

9. The integrated diagnosis and treatment system according to claim 8, characterized in that: The management backend is provided with a third-party external interface.

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