Online and offline integrated liver disease diagnosis and treatment system and use method

Abstract

The invention relates to an online and offline integrated hepatopathy diagnosis and treatment system and a use method, and the system comprises an online platform which is used for carrying out preliminary triage based on the symptoms and hepatopathy history of patients, guiding the patients to select proper hepatopathy medical institutions, and carrying out online treatment appointment registration on the patients through the online platform based on the hepatopathy medical institutions, medical suggestions and treatment schemes are obtained; the offline liver disease diagnosis and treatment module allows the patient to go to a liver disease medical institution for offline liver disease treatment based on medical suggestions and treatment schemes; the hepatopathy medical institution arranges experts in advance for face diagnosis and further examination according to the time when the patient arrives at the hospital based on the treatment scheme. Patients input personal symptoms and liver disease histories through an online platform, then intelligent triage is carried out by utilizing an intelligent triage algorithm and historical liver disease data according to the input personal symptoms and liver disease histories, and most suitable liver disease medical institutions and expert resources are quickly matched. And the patient does not need to blindly run among various hospitals, so that the time is greatly saved.

Description

Technical Field

[0001] The present disclosure relates to the technical field of liver disease diagnosis and treatment, and particularly to an online-offline integrated liver disease diagnosis and treatment system and a usage method thereof. Background Art

[0002] With the changes in people's lifestyles and the influence of environmental factors, the incidence of liver diseases shows an increasing trend year by year, covering various types such as viral hepatitis, fatty liver, liver cirrhosis, and liver cancer, seriously threatening public health. Liver disease diagnosis and treatment, as a complex and highly professional medical task, involves multiple key links such as accurate diagnosis, formulation of personalized treatment plans, and long-term disease monitoring and management. Under the existing liver disease diagnosis and treatment model, patients often face many troubles. Due to the lack of professional medical knowledge and a comprehensive understanding of liver disease diagnosis and treatment resources, patients show great blindness during the medical treatment process. When presenting with liver disease-related symptoms, patients are difficult to accurately judge the severity of their own condition and the type of professional medical services required, and do not know how to choose the most suitable hospital for treatment among numerous medical institutions.

[0003] There are significant differences in the liver disease diagnosis and treatment capabilities of hospitals at different levels. Large tertiary hospitals have advanced medical equipment, rich expert resources, and cutting-edge diagnosis and treatment technologies, and can handle complex and difficult liver disease cases; while primary medical institutions are relatively limited in terms of diagnosis and treatment levels, examination methods, and drug preparations, and mainly undertake the initial diagnosis and basic treatment of common liver diseases. Due to the lack of understanding of the diagnosis and treatment specialties of hospitals at all levels, patients may blindly choose large tertiary hospitals, resulting in overcrowding in these hospitals, long waiting times for patients in queues, which not only increases the medical costs and time costs of patients, but also may delay the disease; while primary medical institutions may face a shortage of patient resources and cannot fully play their due medical roles, causing waste of medical resources. Summary of the Invention

[0004] To solve the above problem of great blindness in patients' medical treatment, the present application proposes an online-offline integrated liver disease diagnosis and treatment system and a usage method thereof.

[0005] On the one hand, the present application proposes an online-offline integrated liver disease diagnosis and treatment system, and the system includes:

[0006] An online platform for initially triaging based on the patient's symptoms and liver disease history, guiding the patient to select a suitable liver disease medical institution, and enabling the patient to make an online appointment for medical treatment through the online platform and obtain medical advice and treatment plans based on the liver disease medical institution;

[0007] Offline liver disease diagnosis and treatment module. Based on medical advice and treatment plans, patients go to the liver disease medical institution for offline liver disease treatment. The liver disease medical institution arranges experts in advance for face-to-face consultations and further examinations according to the treatment plan and the time when the patients arrive at the hospital.

[0008] As an optional embodiment of the present invention, optionally, the online platform includes:

[0009] A preliminary triage module, which is used to utilize intelligent triage algorithms and historical liver disease data to conduct intelligent triage based on the symptoms and liver disease history input by the patient, and obtain liver disease medical institutions that match the patient's symptoms.

[0010] A reservation registration module, connected to the preliminary triage module, which is used to make reservation registrations according to the intelligent triage results and generate corresponding registration information.

[0011] A medical advice module, connected to the reservation registration module, which is used to obtain personalized medical advice and treatment plans by utilizing the expert resources of the liver disease medical institutions that match according to the registration information and the patient's symptoms.

[0012] As an optional embodiment of the present invention, optionally, the preliminary triage module includes:

[0013] A symptom input unit, which is used to provide a friendly interface and input the patient's symptoms.

[0014] A liver disease history recording unit, which is used to guide the patient to fill in the liver disease history.

[0015] An intelligent analysis unit, connected to the symptom input unit and the liver disease history recording unit, which is used to conduct intelligent triage according to the symptoms and liver disease history input by the patient by using intelligent triage algorithms.

[0016] A triage advice unit, connected to the intelligent analysis unit, which is used to recommend liver disease medical institutions that match the patient according to the intelligent triage results and display the corresponding medical institution information and expert resources.

[0017] As an optional embodiment of the present invention, optionally, the expression of the intelligent triage algorithm is:

[0018]

[0019] Among them, Z represents the final output value of the intelligent triage algorithm, which is used to determine the type of the patient's liver disease. n represents the total number of the patient's symptoms S and liver disease history H. represents the weight of the i-th symptom S i , and S i represents the quantization value of the i-th symptom. represents the weight of the x-th liver disease history H x , and Hx represents the quantified value of the x-th liver disease history, m represents the total number of similar cases in the historical liver disease database, and α yj represents the weight of the similarity between the y-th patient feature and the j-th historical case, D yj represents the corresponding value of the y-th patient feature in the j-th historical case, μ yj represents the average value of the y-th patient feature in the j-th historical case, σ yj represents the standard deviation of the y-th patient feature in the j-th historical case, θ(,) represents the threshold function, and Z prev represents the triage result, Z thresh represents the preset threshold.

[0020] As an alternative embodiment of the present invention, optionally, the medical advice module includes:

[0021] An expert consultation unit, configured to send the patient's symptoms and medical history to the corresponding liver disease expert for consultation according to the registration information;

[0022] A medical advice generation unit, connected to the expert consultation unit, configured to generate personalized medical advice and treatment plans according to the expert's consultation results;

[0023] A plan interpretation unit, connected to the medical advice generation unit, configured to interpret the treatment plan for the patient.

[0024] As an alternative embodiment of the present invention, optionally, the offline liver disease diagnosis and treatment module includes:

[0025] A reception and registration unit, configured to receive the patient and perform information registration, and match the registered information with the appointment registration information for medical treatment;

[0026] An expert face-to-face consultation unit, connected to the reception and registration unit, configured to conduct a face-to-face consultation by an offline liver disease expert according to the patient's symptoms, liver disease history, medical advice, and treatment plan, further understand the patient's condition, and optimize the treatment plan based on the patient's condition;

[0027] An examination and diagnosis unit, connected to the expert face-to-face consultation unit, configured to perform corresponding examinations according to the optimized treatment plan, and make a diagnosis based on the examination results to determine the specific type of liver disease and the severity of the patient's condition;

[0028] A treatment execution unit, connected to the examination and diagnosis unit, configured to perform corresponding liver disease treatment operations according to the diagnosis results and treatment plan.

[0029] As an alternative embodiment of the present invention, optionally, the treatment execution unit includes:

[0030] A drug treatment subunit, configured to provide drug treatment for liver diseases to patients according to the diagnosis results and treatment plans;

[0031] A non-drug treatment subunit, configured to provide physical therapy, lifestyle adjustment, or a combination with drug treatment for patients according to the diagnosis results and treatment plans.

[0032] As an optional embodiment of the present invention, optionally, the offline liver disease diagnosis and treatment module further includes:

[0033] A follow-up management unit, connected to the treatment execution unit, configured to perform regular follow-up management on patients after the treatment, collect the rehabilitation conditions of the patients, and adjust the treatment plan or provide new medical suggestions according to the rehabilitation conditions;

[0034] A rehabilitation guidance unit, connected to the follow-up management unit, configured to provide personalized rehabilitation guidance for patients according to the rehabilitation conditions of the patients and the new treatment plan;

[0035] A data security and privacy protection unit, configured to encrypt the personal information and medical data of patients.

[0036] On the other hand, the present application proposes a usage method of an online and offline integrated liver disease diagnosis and treatment system, and the method includes the described system;

[0037] The method further includes:

[0038] S1. A patient enters the online and offline integrated liver disease diagnosis and treatment system and registers;

[0039] S2. The patient inputs personal symptoms through the symptom input unit and fills in the personal liver disease history through the liver disease history recording unit;

[0040] S3. The preliminary triage module performs intelligent triage according to the input personal symptoms and liver disease history, utilizes the intelligent triage algorithm and historical liver disease data, and obtains liver disease medical institutions that match the patient's symptoms;

[0041] S4. The appointment registration module makes an appointment registration according to the intelligent triage result and generates corresponding registration information;

[0042] S5. The medical advice module obtains medical advice and treatment plans by utilizing the expert resources of the matching liver disease medical institutions according to the registration information and the patient's personal symptoms;

[0043] S6. The patient goes to the liver disease medical institution for offline liver disease treatment based on the medical advice and treatment plan;

[0044] S7. The reception and registration unit receives the patient and performs information registration, and checks whether the information of the patient is consistent with the appointment registration information for medical treatment;

[0045] S8. The expert face-to-face consultation unit conducts face-to-face consultations with liver disease experts based on the patient's personal symptoms and liver disease history, and optimizes the patient's treatment plan.

[0046] S9. The liver disease medical institution treats the patient using the drug treatment subunit or the non-drug treatment subunit based on the optimized treatment plan.

[0047] As another alternative embodiment of the present invention, optionally, the method further includes:

[0048] If it is determined that the patient's condition is severe based on the expert resources of the liver disease medical institution matched in the online platform, the liver disease medical institution arranges a doctor in advance for pre-treatment preparation according to the time when the patient arrives at the liver disease medical institution.

[0049] Technical effects of the present invention:

[0050] In this application, the patient first inputs personal symptoms and liver disease history through the online platform, and then uses the intelligent triage algorithm and historical liver disease data for intelligent triage based on the input personal symptoms and liver disease history, quickly matching to the most suitable liver disease medical institution and expert resources. The patient no longer needs to blindly rush between major hospitals, greatly saving time and energy. At the same time, the offline liver disease diagnosis and treatment module can conduct efficient face-to-face consultations, examinations and treatments based on the medical advice and treatment plan provided by the online platform, ensuring that the patient receives timely and effective treatment. In addition, this system also pays attention to data security and privacy protection, encrypting the patient's personal information and medical data, allowing the patient to enjoy convenient services while also reassuringly protecting personal privacy.

[0051] Other features and aspects of the present disclosure will become clear from the following detailed description of the exemplary embodiments with reference to the accompanying drawings. BRIEF DESCRIPTION OF THE DRAWINGS

[0052] The drawings included in the specification and constituting a part of the specification, together with the specification, illustrate the exemplary embodiments, features and aspects of the present disclosure, and are used to explain the principles of the present disclosure.

[0053] Figure 1 FIG. 1 shows the system structure diagram of an online and offline integrated liver disease diagnosis and treatment system according to Embodiment 1 of the present invention;

[0054] Figure 2 FIG. 2 shows the flowchart of the usage method of an online and offline integrated liver disease diagnosis and treatment system according to Embodiment 2 of the present invention. DETAILED DESCRIPTION OF THE EMBODIMENTS

[0055] Various exemplary embodiments, features, and aspects of the present disclosure will be described in detail below with reference to the accompanying drawings. Like reference numerals in the drawings denote functionally identical or similar elements. Although various aspects of the embodiments are shown in the drawings, the drawings are not necessarily drawn to scale unless otherwise specified.

[0056] As used herein, the term "exemplary" means "serving as an example, embodiment, or illustration." Any embodiment described herein as "exemplary" is not necessarily to be construed as superior or better than other embodiments.

[0057] In addition, for a better description of the present disclosure, numerous specific details are given in the following detailed description. Those skilled in the art should understand that the present disclosure can be implemented without some specific details. In some instances, well-known means, elements, and circuits have not been described in detail so as to highlight the gist of the present disclosure.

[0058] Embodiment 1

[0059] As Figure 1 shown, an online-offline integrated liver disease diagnosis and treatment system, the system comprising:

[0060] An online platform for performing preliminary triage based on the patient's symptoms and liver disease history, guiding the patient to select a suitable liver disease medical institution, making an online appointment for medical treatment through the online platform based on the liver disease medical institution, and obtaining medical advice and treatment plans;

[0061] It should be noted that the online platform is a mobile APP or web page. Users can download the APP or register on the web page. After logging in, they can start using the various functions of this system. Specifically, when using the online platform, patients first enter personal symptom descriptions, such as abdominal pain, jaundice, fatigue, etc., through the symptom input unit of the online platform. If necessary, they can also upload photos. These symptom descriptions will serve as an important basis for preliminary triage. Next, patients need to fill in their personal liver disease history in detail through the liver disease history record unit, including key information such as past liver disease diagnosis, treatment experience, and family history. Based on these symptoms and liver disease history data, the online platform will use intelligent triage algorithms for rapid analysis to match patients with the most suitable liver disease medical institutions and expert resources. After the initial triage is completed, the online platform will guide patients to make online appointments. Patients can choose appropriate liver disease medical institutions and doctors based on the results of intelligent triage to make online appointments. After the patient makes an appointment, the online platform will generate the corresponding registration information, including the appointment time, expert information, etc., to facilitate the patient's subsequent medical treatment. The patient will go to the doctor who made an online appointment online according to the appointment time. The doctor will provide the patient with a preliminary diagnosis and personalized medical advice based on the patient's symptoms and liver disease history, combined with his own professional knowledge and experience, and explain the treatment plan when necessary. During the online consultation, the doctor will ask the patient to provide further examination information or conduct a video consultation to more accurately assess the condition. If the doctor determines that the patient's condition is serious or requires further face-to-face consultation and treatment, the patient will be advised to go to an offline liver disease medical institution for in-depth examination and treatment. At the same time, the online platform will generate a detailed treatment plan for the patient's reference based on the doctor's preliminary diagnosis and the patient's personal situation. If the patient's condition is mild, the doctor will recommend the corresponding medicine according to the patient's condition and inform the patient of the precautions for medication. The patient can purchase the medicine through the online platform, or choose to go to the pharmacy to purchase it by himself, or mail it through the liver disease medical institution. If the patient's condition is serious or requires further examination, the online platform will provide the detailed address and contact information of the offline liver disease medical institution to facilitate the patient to go to the hospital for treatment.

[0062] In the offline liver disease diagnosis and treatment module, the patient goes to the liver disease medical institution for offline liver disease treatment based on medical advice and treatment plan; the liver disease medical institution arranges experts for face-to-face consultation and further examination in advance according to the treatment plan and the time when the patient arrives at the hospital.

[0063] It should be noted that seamless data docking and transfer have been achieved between the online platform and the offline liver disease diagnosis and treatment module. Information such as patients' personal symptoms, liver disease history, preliminary triage results, medical advice, and treatment plans can be transmitted and shared in real time between the online platform and the offline liver disease diagnosis and treatment module, ensuring the accuracy and timeliness of the information. At the same time, the offline liver disease diagnosis and treatment module can also timely feedback information such as patients' face-to-face consultation results, examination results, and treatment conditions to the online platform, providing comprehensive health management services for patients. Specifically, when a patient comes to an offline liver disease medical institution according to the advice of an online doctor, the reception and registration unit of the offline liver disease diagnosis and treatment module will first receive the patient and conduct information registration. The registered information will be checked against the registration information generated by the online platform to ensure the consistency of the patient's identity and the appointment information. Once the information matches successfully, the patient will be guided to the expert face-to-face consultation unit. In the expert face-to-face consultation unit, liver disease experts will conduct detailed face-to-face inquiries and further condition assessments based on the patient's personal symptoms, liver disease history, as well as the medical advice and treatment plans provided by the online platform. The experts will optimize the treatment plan for the patient in combination with their professional knowledge and experience to ensure the pertinence and effectiveness of the treatment plan. Subsequently, the patient will be guided to the examination and diagnosis unit to conduct corresponding examinations according to the optimized treatment plan. These examinations may include blood tests, imaging examinations, etc., aiming to more accurately evaluate the patient's condition and determine the specific type of liver disease. Based on the examination results, the experts will make a diagnosis and determine the severity of the patient's condition. Finally, in the treatment execution unit, the liver disease medical institution will perform corresponding liver disease treatment operations for the patient according to the diagnosis results and treatment plans. These treatment operations may include drug treatment, physical treatment, or lifestyle adjustments, etc., aiming to help the patient recover health.

[0064] In summary, the online-offline integrated liver disease diagnosis and treatment system of this embodiment realizes the full-process coverage of liver disease patients from preliminary triage, appointment registration, obtaining medical advice to offline treatment through the organic combination of the online platform and the offline liver disease diagnosis and treatment module. On the online platform, patients can conveniently input their personal symptoms and liver disease history, and use the intelligent triage algorithm to quickly match the most suitable liver disease medical institutions and expert resources, greatly saving the time and energy of patients and reducing the blindness of patients before seeking medical treatment. At the same time, the online platform can also generate personalized medical advice and treatment plans based on the doctor's preliminary diagnosis and the patient's personal situation, providing scientific reference for patients. The offline liver disease diagnosis and treatment module can conduct efficient face-to-face consultations, examinations, and treatments based on the information provided by the online platform to ensure that patients receive timely and effective treatment.

[0065] As an alternative embodiment of the present invention, optionally, the online platform includes:

[0066] The preliminary triage module is used to perform intelligent triage based on the symptoms and liver disease history input by the patient, using intelligent triage algorithms and historical liver disease data, to obtain liver disease medical institutions that match the patient's symptoms.

[0067] It should be noted that the preliminary triage module can deeply analyze the patient's symptoms and liver disease history based on big data and artificial intelligence technologies, so as to quickly and accurately match the most suitable liver disease medical institution for the patient. This module is built-in with intelligent triage algorithms, which can quickly compare and analyze according to the patient's symptom description and liver disease history data, combined with historical liver disease data, so as to obtain the most likely liver disease type and corresponding medical institution suggestions. At the same time, the preliminary triage module can also comprehensively consider factors such as the patient's geographical location, hospital distance, and expert resources, and recommend the optimal treatment plan for the patient.

[0068] The appointment registration module is connected to the preliminary triage module, and is used to perform appointment registration according to the intelligent triage result and generate corresponding registration information.

[0069] It should be noted that the appointment registration module can automatically connect the intelligent triage result obtained by the preliminary triage module with the registration system of the liver disease medical institution to generate corresponding registration information for the patient. These information include key contents such as the appointment time and the name of the expert, and are pushed to the patient in real time through the online platform, which is convenient for the patient to reasonably arrange the appointment time according to the registration information. At the same time, the appointment registration module can also keep synchronized with the registration system of the liver disease medical institution to ensure the accuracy and timeliness of the registration information. At the same time, when the appointment time reserved by the patient through the appointment registration module is approaching, in this embodiment, a reminder message for the patient to visit is sent five minutes in advance to remind the patient to seek medical treatment online in time. If the patient is unable to seek medical treatment on time due to reasons, the appointment registration can be cancelled or re-registered through the online platform to ensure the rational use of medical resources and the patient's medical treatment.

[0070] The medical advice module is connected to the appointment registration module, and is used to obtain personalized medical advice and treatment plans based on the registration information and the patient's symptoms, using the expert resources of the matched liver disease medical institution.

[0071] It should be noted that the medical advice module can match the expert resources of the liver disease medical institution to provide personalized medical advice and treatment plans for the patient. This module can integrate the expert resources of the liver disease medical institution, utilize the professional knowledge and experience of the experts, and combine the specific situation of the patient to formulate a targeted treatment plan for the patient. These treatment suggestions include various plans such as drug treatment, physical therapy, and lifestyle adjustment, aiming to help the patient better manage liver disease and improve the quality of life. At the same time, the medical advice module can also adjust the treatment plan in a timely manner according to the patient's feedback and treatment effect to ensure the continuity and effectiveness of the treatment.

[0072] As an alternative embodiment of the present invention, optionally, the preliminary triage module includes:

[0073] A symptom input unit for providing a user-friendly interface and inputting the symptoms of the patient;

[0074] It should be noted that the symptom input unit is an important part of the online platform, and its design aims to provide an intuitive and concise operation interface for users. Through a graphical interface and interactive design, this unit guides patients to easily input their personal symptom information. For example, there are multiple symptom classification options on the interface, such as digestive system symptoms, general symptoms, etc. Patients only need to click on the corresponding classification to further select or input specific symptom descriptions. In addition, the symptom input unit also supports text input and photo upload functions to meet the diverse needs of patients for different symptom descriptions. The information input will serve as an important basis for preliminary triage and provide key data support for subsequent intelligent matching and medical advice.

[0075] A liver disease history recording unit for guiding patients to fill in their liver disease history;

[0076] It should be noted that the liver disease history recording unit is another key functional module of the online platform, which is designed to systematically collect patients' liver disease history information. Through a series of structured questionnaires or forms, this unit guides patients to fill in their personal liver disease history in detail, including but not limited to key information such as past liver disease diagnoses, treatment experiences, and family medical histories. This information is crucial for the intelligent triage algorithm as it can help the algorithm more accurately assess the patient's condition and match the patient to the most suitable liver disease medical institutions and expert resources. The design of the liver disease history recording unit fully considers the user experience, with a friendly interface and simple operation, enabling patients to easily complete the filling of medical history information even without professional medical knowledge.

[0077] An intelligent analysis unit connected to the symptom input unit and the liver disease history recording unit for performing intelligent triage on the symptoms and liver disease history input by the patient using an intelligent triage algorithm;

[0078] It should be noted that the intelligent analysis unit undertakes the important task of deeply analyzing the symptoms and liver disease history input by the patient, and uses an advanced intelligent triage algorithm to quickly and accurately match the patient to the most suitable liver disease medical institutions and expert resources. The intelligent triage algorithm built into this unit has undergone extensive data training and verification, and has strong data processing and pattern recognition capabilities. It can accurately identify the symptom characteristics of the patient and, combined with the liver disease history data, perform precise disease classification and medical institution recommendation. Under the action of the intelligent analysis unit, patients can quickly obtain liver disease medical institutions and expert resources that match their own conditions, greatly improving the efficiency and accuracy of medical treatment, and at the same time reducing the blindness of patients before seeking medical treatment.

[0079] The triage advice unit, connected to the intelligent analysis unit, is used to recommend to the patient the liver disease medical institutions that match the patient according to the intelligent triage result, and display the corresponding medical institution information and expert resources.

[0080] It should be noted that the triage advice unit can, based on the output result of the intelligent analysis unit, that is, the intelligent triage result, further recommend to the patient the liver disease medical institutions that match the patient's condition. These recommendations not only include the basic information of the medical institutions, such as the hospital name, address, contact information, etc., but also detail the expert resources in the institution who are good at treating the liver disease suffered by the patient, including key information such as the expert's name, title, professional field, work experience, etc. The design of the triage advice unit fully considers the actual needs of the patient. Through an intuitive and easy-to-understand interface display, the patient can quickly understand and select the most suitable liver disease medical institution and expert for themselves. This not only greatly improves the convenience and efficiency of the patient's medical treatment, but also effectively reduces the blindness of medical treatment caused by information asymmetry, providing more scientific and reasonable medical guidance for the patient.

[0081] As an optional embodiment of the present invention, optionally, the expression of the intelligent triage algorithm is:

[0082]

[0083] Where Z represents the final output value of the intelligent triage algorithm, used to determine the type of the patient's liver disease, n represents the total number of the patient's symptoms S and liver disease history H, represents the weight of the i-th symptom S i , S i represents the quantization value of the i-th symptom, represents the weight of the x-th liver disease history H x , H x represents the quantization value of the x-th liver disease history, m represents the total number of similar cases in the historical liver disease database, α yj represents the weight of the similarity between the y-th patient feature and the j-th historical case, D yj represents the corresponding value of the y-th patient feature in the j-th historical case, μ yj represents the average value of the y-th patient feature in the j-th historical case, σ yj represents the standard deviation of the y-th patient feature in the j-th historical case, θ(,) represents the threshold function, Z prev represents the triage result, Z thresh represents the preset threshold.

[0084] As an optional embodiment of the present invention, optionally, the medical advice module includes:

[0085] An expert consultation unit for sending the patient's symptoms and medical history to the corresponding liver disease experts for consultation according to the registration information;

[0086] It should be noted that the expert consultation unit is the core part of the medical advice module, which realizes the online instant communication between the patient and the liver disease experts. Through this unit, the patient's symptom and medical history information can be quickly sent to the liver disease experts who match their registration information. After receiving this information, the experts can use their professional knowledge and experience to provide detailed consultation and answers for the patients. This process not only enhances the interaction between the patients and the experts, but also enables the patients to have a deeper understanding of their own conditions, laying a solid foundation for subsequent treatment. At the same time, the expert consultation unit also supports various communication methods such as text, voice, and video to meet the different needs between the patients and the experts, ensuring smooth and efficient communication.

[0087] A medical advice generation unit, connected to the expert consultation unit, for generating personalized medical advice and treatment plans according to the consultation results of the experts;

[0088] It should be noted that after receiving the expert consultation results transmitted by the expert consultation unit, the medical advice generation unit will automatically integrate and analyze this information, and combine the specific situation of the patient to generate a set of personalized medical advice and treatment plans for the patient. These advice and treatment plans not only cover specific plans such as drug treatment and physical therapy for the patient's condition, but also include suggestions for adjusting the patient's lifestyle, such as guidance on diet, work and rest, and exercise, aiming to help the patient manage liver disease in all aspects and promote recovery.

[0089] A plan interpretation unit, connected to the medical advice generation unit, for interpreting the treatment plan to the patient.

[0090] It should be noted that the plan interpretation unit is responsible for converting the complex and professional treatment plan generated by the medical advice generation unit into a language that is easy for the patient to understand. This unit explains each step and purpose of the treatment plan to the patient in a simple and clear way, ensuring that the patient can fully understand and actively cooperate with the treatment. At the same time, the plan interpretation unit can also provide targeted answers and guidance according to the patient's questions and feedback, helping the patient eliminate doubts and enhancing the confidence and compliance of the treatment. The setting of this link not only improves the patient's medical experience, but also ensures the smooth implementation and effective execution of the treatment plan.

[0091] As an optional embodiment of the present invention, optionally, the offline liver disease diagnosis and treatment module includes:

[0092] A reception and registration unit for receiving patients and registering information, and the registered information is matched with the appointment registration information for medical treatment;

[0093] It should be noted that the reception and registration unit is responsible for receiving patients coming for medical treatment and conducting detailed information registration. The registered information includes but is not limited to basic information such as the patient's name, age, contact information, etc., as well as key medical information such as the symptom description and liver disease history filled in during the appointment registration. These information will be strictly matched with the patient's medical appointment registration information to ensure that the patient can smoothly access the subsequent diagnosis and treatment process.

[0094] The expert face-to-face consultation unit, connected to the reception and registration unit, is used for face-to-face consultation by offline liver disease experts based on the patient's symptoms, liver disease history, medical advice, and treatment plan, to further understand the patient's condition and optimize the treatment plan based on the patient's condition;

[0095] It should be noted that the expert face-to-face consultation unit realizes the seamless connection between online preliminary triage and offline professional diagnosis and treatment. In this unit, liver disease experts will conduct detailed face-to-face inquiries and examinations based on the symptoms, liver disease history entered by the patient on the online platform, as well as the received medical advice and treatment plan. By carefully observing the patient's physical condition, listening to the patient's detailed description, and combining their professional knowledge and clinical experience, experts can gain a more comprehensive and in-depth understanding of the patient's condition. Based on this comprehensive understanding, experts will optimize and adjust the initially formulated treatment plan to ensure that the treatment plan is more in line with the actual situation and needs of the patient. This process not only reflects the concept of personalized diagnosis and treatment but also greatly improves the pertinence and effectiveness of treatment.

[0096] The examination and diagnosis unit, connected to the expert face-to-face consultation unit, is used to conduct corresponding examinations according to the optimized treatment plan and make a diagnosis based on the examination results to determine the specific type of liver disease and the severity of the patient's condition;

[0097] It should be noted that the examination and diagnosis unit is equipped with advanced medical equipment and technologies and can conduct a comprehensive physical examination of the patient according to the optimized treatment plan of the expert face-to-face consultation unit. These examinations may include but are not limited to blood tests, imaging examinations, pathological examinations, etc., aiming to deeply understand the patient's liver condition from different angles and levels. After obtaining detailed examination data, the examination and diagnosis unit will use professional medical knowledge and diagnostic techniques to analyze and interpret these data, so as to accurately determine the specific type of liver disease and the severity of the patient's condition. The results of this link will provide a more accurate and scientific basis for subsequent treatment to ensure that the patient can receive the most appropriate and effective treatment.

[0098] The treatment execution unit, connected to the examination and diagnosis unit, is used to perform corresponding liver disease treatment operations according to the diagnosis results and treatment plan.

[0099] It should be noted that the treatment execution unit is responsible for specifically implementing liver disease treatment operations according to the diagnostic results and treatment plans of the examination and diagnosis unit. This unit is equipped with a professional medical team and advanced medical equipment, and can provide personalized and precise treatment plans for different types of liver diseases and different degrees of illness. The staff of the treatment execution unit will strictly execute various treatment operations according to the requirements of the treatment plan to ensure the safety and effectiveness of the treatment process. At the same time, the treatment execution unit will also closely monitor the treatment response and changes in the patient's condition, and timely adjust the treatment plan to achieve the best treatment effect.

[0100] As an optional embodiment of the present invention, optionally, the treatment execution unit includes:

[0101] The drug treatment subunit is used to provide drug treatment for liver diseases to patients according to the diagnostic results and treatment plans.

[0102] The non-drug treatment subunit is used to provide physical therapy or lifestyle adjustment or a combination with drug treatment for patients according to the diagnostic results and treatment plans.

[0103] It should be noted that the non-drug treatment subunit flexibly adopts a comprehensive treatment mode of physical therapy, lifestyle adjustment or a combination with drug treatment according to the specific diagnostic results and treatment plans of the patients. Physical therapy includes traditional Chinese medicine physiotherapy methods such as acupuncture, cupping, and massage, aiming to promote the recovery of the liver and the restoration of its functions by stimulating and regulating the patient's body functions. Lifestyle adjustment covers multiple aspects such as diet, work and rest, and exercise, aiming to create favorable conditions for the recovery of liver diseases by improving the patient's daily habits, reducing the burden on the liver, and enhancing the body's immunity.

[0104] As an optional embodiment of the present invention, optionally, the offline liver disease diagnosis and treatment module further includes:

[0105] The follow-up management unit is connected to the treatment execution unit and is used to conduct regular follow-up management on patients after the treatment, collect the patients' recovery conditions, and adjust the treatment plan or provide new medical advice according to the recovery conditions.

[0106] It should be noted that after the treatment is completed, the follow-up management unit is responsible for regularly following up on the patients who have received treatment. Through various means such as phone calls, text messages, emails, or online platforms, it collects information on the patients' recovery conditions, treatment effects, and any new symptoms or problems that may occur. The staff of the follow-up management unit will carefully record and analyze this information, and combined with the patients' original medical records and treatment plans, evaluate the patients' recovery progress and treatment effects. Based on this evaluation result, the follow-up management unit will timely adjust the treatment plan and provide more accurate and personalized follow-up treatment suggestions for the patients. At the same time, the follow-up management unit will also provide professional guidance on liver disease prevention, recovery, and health care to the patients, help the patients establish healthy living habits, and reduce the risk of liver disease recurrence. This process not only reflects the concept of caring for patients throughout the whole process but also greatly improves the overall effect of liver disease treatment and the patients' quality of life.

[0107] The rehabilitation guidance unit, connected to the follow-up management unit, is used to provide personalized rehabilitation guidance for patients according to the patients' recovery conditions and new treatment plans;

[0108] It should be noted that the rehabilitation guidance unit will customize a rehabilitation guidance plan for the patients according to the patients' recovery conditions collected by the follow-up management unit. This plan not only covers specific suggestions on diet, work and rest, exercise, etc. for the patients' current recovery stage but also includes guidance on psychological adjustment, disease prevention, etc., aiming to help the patients fully recover their physical health and improve their quality of life. The staff of the rehabilitation guidance unit will patiently explain the meaning and importance of each guidance content to the patients to ensure that the patients can fully understand and actively cooperate. Specifically, the rehabilitation guidance unit provides a platform for interaction and communication for the patients through regular online or offline rehabilitation courses, lectures, and group activities, enabling them to share rehabilitation experiences, encourage and support each other.

[0109] The data security and privacy protection unit is used to encrypt the patients' personal information and medical data.

[0110] It should be noted that the data security and privacy protection unit adopts advanced encryption technologies and strict data management processes to ensure the security and privacy of the patients' personal information and medical data during the processes of transmission, storage, and processing. The data security and privacy protection unit not only prevents data leakage and abuse but also enhances the patients' trust in the diagnosis and treatment system, providing a strong guarantee for the smooth development of offline liver disease diagnosis and treatment. The data security and privacy protection unit will regularly update and upgrade the data encryption technologies to cope with the constantly changing network security threats and ensure that the patients' data security is always protected at the highest level.

[0111] Embodiment 2

[0112] As Figure 2As shown, a method for using an online and offline integrated liver disease diagnosis and treatment system, the method including the described system;

[0113] The method further includes:

[0114] S1. The patient enters the online and offline integrated liver disease diagnosis and treatment system and registers;

[0115] S2. The patient inputs personal symptoms through the symptom input unit and fills in personal liver disease history through the liver disease history recording unit;

[0116] S3. The preliminary triage module uses intelligent triage algorithms and historical liver disease data for intelligent triage based on the input personal symptoms and liver disease history to obtain liver disease medical institutions that match the patient's symptoms;

[0117] S4. The appointment registration module makes a registration appointment according to the intelligent triage result and generates corresponding registration information;

[0118] S5. The medical advice module obtains medical advice and treatment plans by using the expert resources of the matching liver disease medical institutions based on the registration information and the patient's personal symptoms;

[0119] S6. The patient goes to the liver disease medical institution for offline liver disease treatment based on the medical advice and treatment plan;

[0120] S7. The reception and registration unit receives the patient and conducts information registration, and checks whether the patient's information is consistent with the appointment registration information for medical treatment;

[0121] S8. The expert face-to-face consultation unit conducts a face-to-face consultation by using liver disease experts based on the patient's personal symptoms and liver disease history, and optimizes the patient's treatment plan;

[0122] S9. The liver disease medical institution treats the patient by using the drug treatment subunit or the non-drug treatment subunit based on the optimized treatment plan.

[0123] It should be noted that when the patient first uses the online and offline integrated liver disease diagnosis and treatment system in step S1, a registration operation is required. The registration process aims to collect the patient's basic information, such as name, age, contact information, etc., for subsequent medical services and information tracking. After registration, the system will automatically create a unique account for the patient, and this account will be used as the patient's identity credential for using the system.

[0124] In step S2, the patient is directed to the symptom input unit, where he or she enters personal liver disease-related symptoms, such as pain, discomfort, jaundice, etc., through a user-friendly interface. At the same time, the patient is also required to fill in his or her liver disease history in detail through the liver disease history recording unit, including key information such as previous illness, treatment experience, and family medical history. This information will serve as an important basis for subsequent intelligent triage and expert consultation.

[0125] In step S3, the preliminary triage module comes into play. This module uses advanced intelligent triage algorithms to combine the patient's personal symptoms and liver disease history, as well as the historical liver disease data stored in the system, for intelligent analysis and matching. Through this process, the system can quickly identify the liver disease medical institution that best matches the patient's symptoms, providing accurate guidance for subsequent treatment.

[0126] Step S4 is followed by a registration and appointment operation. The registration and appointment module automatically generates registration information based on the results of the preliminary triage, and guides the patient to make an online registration and appointment. The registration information contains key content such as the patient's personal information, consultation time, and doctor information.

[0127] In step S5, the medical advice module starts to operate. Based on the registration information and the patient's personal symptoms, the module uses the expert resources of the matched liver disease medical institution to conduct online preliminary consultation and evaluation. Through this process, the system can provide patients with preliminary medical advice and treatment plans, and provide reference and guidance for subsequent treatment.

[0128] Then, in step S6, the patient goes to the designated liver disease medical institution for offline liver disease treatment based on the medical advice and treatment plan. During this process, the system will provide detailed navigation and guidance services to ensure that the patient can smoothly reach the medical institution and receive professional treatment.

[0129] As another optional embodiment of the present invention, optionally, the method further includes:

[0130] If the patient's condition is judged to be serious through the expert resources of the liver disease medical institution matched in the online platform, the liver disease medical institution will arrange for a doctor to make pre-treatment preparations in advance according to the time when the patient arrives at the liver disease medical institution.

[0131] It should be noted that when the system preliminarily determines that the patient's condition is serious through the expert resources of the liver disease medical institution matched in the online platform, the system will immediately activate the emergency response mechanism. The core of this mechanism is to arrange doctors in advance to make adequate pre-treatment preparations based on the patient's expected arrival time at the liver disease medical institution. This arrangement ensures that patients can quickly receive face-to-face consultations and treatment from professional doctors after arriving at the medical institution, minimizing waiting time and improving diagnosis and treatment efficiency.

[0132] Pre-treatment preparations may include but are not limited to thoroughly reviewing the patient's medical records, preparing necessary medical equipment and medications, etc. Doctors will make full preparations and discussions based on the specific situation of the patient to ensure the provision of the most appropriate and effective treatment plan for the patient. This process not only reflects the high attention to the patient's condition but also demonstrates the professionalism and efficiency of medical institutions in dealing with emergencies.

[0133] The embodiments of the present disclosure have been described above. The above description is exemplary, not exhaustive, and is not limited to the disclosed embodiments. Many modifications and variations are obvious to those of ordinary skill in the art without departing from the scope and spirit of the described embodiments. The choice of terms used herein is intended to best explain the principles of the embodiments, practical applications, or technical improvements to the technology in the market, or to enable other ordinary skill in the art to understand the disclosed embodiments.

Claims

1. An online and offline integrated liver disease diagnosis and treatment system, characterized in that, The system includes: An online platform for preliminary triage based on the patient's symptoms and liver disease history, guiding the patient to select a suitable liver disease medical institution, making an online appointment for medical treatment through the online platform based on the patient of the liver disease medical institution, and obtaining medical advice and treatment plans; An offline liver disease diagnosis and treatment module, where the patient goes to the liver disease medical institution for offline liver disease treatment based on the medical advice and treatment plan; the liver disease medical institution arranges an expert for face-to-face consultation and further examinations in advance according to the treatment plan and the time when the patient arrives at the hospital.

2. The online and offline integrated liver disease diagnosis and treatment system according to claim 1, wherein The online platform includes: A preliminary triage module for intelligent triage using an intelligent triage algorithm and historical liver disease data based on the symptoms and liver disease history input by the patient to obtain liver disease medical institutions that match the patient's symptoms; An appointment registration module connected to the preliminary triage module for making a registration appointment according to the intelligent triage result and generating corresponding registration information; A medical advice module connected to the appointment registration module for obtaining personalized medical advice and treatment plans using the expert resources of the matching liver disease medical institution based on the registration information and the patient's symptoms.

3. The integrated online and offline liver disease diagnosis and treatment system according to claim 2, wherein The preliminary triage module includes: A symptom input unit for providing a friendly interface and inputting the patient's symptoms; A liver disease history recording unit for guiding the patient to fill in the liver disease history; An intelligent analysis unit connected to the symptom input unit and the liver disease history recording unit for intelligent triage using an intelligent triage algorithm based on the symptoms and liver disease history input by the patient; A triage advice unit connected to the intelligent analysis unit for recommending liver disease medical institutions that match the patient according to the intelligent triage result and displaying the corresponding medical institution information and expert resources.

4. An online and offline integrated liver disease diagnosis and treatment system according to claim 2 or 3, characterized in that, The expression of the intelligent triage algorithm is: Among them, Z represents the final output value of the intelligent triage algorithm, which is used to determine the type of liver disease of the patient. n represents the total number of the patient's symptoms S and liver disease history H. represents the i-th symptom S i 's weight, S i represents the quantification value of the i-th symptom. represents the x-th liver disease history H x 's weight, H x represents the quantification value of the x-th liver disease history. m represents the total number of similar cases in the historical liver disease database. α yj represents the weight of the similarity between the y-th patient feature and the j-th historical case. D yj represents the corresponding value of the y-th patient feature in the j-th historical case. μ yj represents the average value of the y-th patient feature in the j-th historical case. σ yj represents the standard deviation of the y-th patient feature in the j-th historical case. θ(,) represents the threshold function. Z prev represents the triage result. Z thresh represents the preset threshold.

5. An online and offline integrated liver disease diagnosis and treatment system according to claim 2, characterized in that, The medical advice module includes: An expert consultation unit for sending the patient's symptoms and medical history to the corresponding liver disease expert for consultation according to the registration information; A medical advice generation unit connected to the expert consultation unit for generating the personalized medical advice and treatment plan according to the expert's consultation result; A plan interpretation unit connected to the medical advice generation unit for interpreting the treatment plan to the patient.

6. The online and offline integrated liver disease diagnosis and treatment system according to claim 5, wherein The offline liver disease diagnosis and treatment module includes: A reception and registration unit for receiving the patient and registering information, and matching the registered information with the appointment registration information for medical treatment; An expert face-to-face consultation unit connected to the reception and registration unit for face-to-face consultation by an offline liver disease expert based on the patient's symptoms, liver disease history, medical advice and treatment plan to further understand the patient's condition and optimize the treatment plan based on the patient's condition; An examination and diagnosis unit connected to the expert face-to-face consultation unit for performing corresponding examinations according to the optimized treatment plan and making a diagnosis based on the examination results to determine the specific liver disease type and the severity of the patient's condition; A treatment execution unit connected to the examination and diagnosis unit for performing corresponding liver disease treatment operations according to the diagnosis result and the treatment plan.

7. An online and offline integrated liver disease diagnosis and treatment system according to claim 6, characterized in that, The treatment execution unit includes: A drug treatment subunit for providing drug treatment for liver diseases to patients according to the diagnosis results and treatment plans; A non-drug treatment subunit for providing physical therapy or lifestyle adjustment or a combination with drug treatment for patients according to the diagnosis results and treatment plans.

8. An online and offline integrated liver disease diagnosis and treatment system according to claim 6, characterized in that, The offline liver disease diagnosis and treatment module further includes: A follow-up management unit connected to the treatment execution unit for performing regular follow-up management on patients after the treatment, collecting the patients' recovery conditions, and adjusting the treatment plan or providing new medical advice according to the recovery conditions; A rehabilitation guidance unit connected to the follow-up management unit for providing personalized rehabilitation guidance for patients according to the patients' recovery conditions and new treatment plans; A data security and privacy protection unit for encrypting patients' personal information and medical data.

9. A method for using an online and offline integrated liver disease diagnosis and treatment system, characterized in that, The method includes the system according to any one of claims 1-8; The method further includes: S1. A patient enters the online-offline integrated liver disease diagnosis and treatment system and registers; S2. The patient inputs personal symptoms through the symptom input unit and fills in the personal liver disease history through the liver disease history recording unit; S3. The preliminary triage module uses intelligent triage algorithms and historical liver disease data to perform intelligent triage based on the input personal symptoms and liver disease history, and obtains liver disease medical institutions that match the patient's symptoms; S4. The appointment registration module makes an appointment registration according to the intelligent triage result and generates corresponding registration information; S5. The medical advice module obtains medical advice and treatment plans by using the expert resources of the liver disease medical institutions that match, based on the registration information and the patient's personal symptoms; S6. The patient goes to the liver disease medical institution for offline liver disease treatment based on the medical advice and treatment plan; S7. The reception and registration unit receives the patient and conducts information registration, and checks whether the patient's information is consistent with the appointment registration information for the visit; S8. The expert face-to-face consultation unit uses liver disease experts to conduct a face-to-face consultation based on the patient's personal symptoms and liver disease history, and optimizes the patient's treatment plan; S9. The liver disease medical institution treats the patient by using the drug treatment subunit or the non-drug treatment subunit based on the optimized treatment plan.

10. The usage method of an online and offline integrated liver disease diagnosis and treatment system according to claim 9, characterized in that, The method further includes: If it is determined through the expert resources of the liver disease medical institutions that match in the online platform that the patient's condition is serious, the liver disease medical institution arranges a doctor in advance for pre-treatment preparation according to the time when the patient arrives at the liver disease medical institution.

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