Nephropathy peritoneal dialysis management multi-role task cooperation system and method

Abstract

The invention relates to the technical field of intelligent medical treatment, in particular to a nephropathy peritoneal dialysis management multi-role task cooperation system and method.The system comprises a patient terminal, a health coach terminal, a nurse terminal, a doctor terminal and an auxiliary decision making module; the health coach terminal, the nurse terminal and the doctor terminal are all information input ends of the auxiliary decision making module; the patient terminal is an information input end of the health coach terminal; the health coach terminal is also an information input end of the nurse terminal; the nurse terminal is also an information input end of the doctor terminal; the auxiliary decision-making module is used for generating a peritoneal dialysis treatment prescription and a disease intervention measure, and transmitting prescription information and the disease intervention measure which are confirmed or modified by the health coach, the nurse and the doctor to the patient terminal. The system provided by the invention can solve the problem that the existing nephropathy management system is not high in accuracy and not comprehensive in judgment of the illness state of a patient.

Description

Technical Field

[0001] The present invention relates to the field of smart medical technology, and in particular to a multi-role task collaboration system and method for peritoneal dialysis management of kidney disease. Background Art

[0002] Uremia, also known as chronic renal failure or end-stage renal disease (ESRD), is a serious health problem that affects millions of people worldwide. Peritoneal dialysis (PD) is a method used to treat uremia, which uses the body's own peritoneum as a filter to remove waste and excess water from the body by injecting dialysate into the abdominal cavity. Compared with traditional hemodialysis treatments, peritoneal dialysis is chosen and used by the majority of patients because patients can perform dialysis operations at home without frequent visits to the hospital. As an effective treatment for uremia, peritoneal dialysis provides more treatment options for kidney patients and improves patients' quality of life and survival rate.

[0003] Since patients who choose peritoneal dialysis mainly rely on themselves to perform treatment operations at home, in order to ensure effective supervision of the progression of their disease and the effectiveness of treatment, so as to adjust the treatment plan in a timely manner, there are currently AI-based management systems to remotely monitor the patient's condition. Although this type of intelligent management method has achieved the purpose of remote management of the condition to a certain extent, when this type of intelligent system monitors the condition, it mainly relies on the AI ​​intelligent system to intelligently identify and judge the patient's self-reported and regularly uploaded medical examination data, and provide feedback on subsequent treatment plans based on the results. Since there is no real-time participation and supervision of the professional medical team in this process, it is easy to cause the system's judgment of the condition to be inaccurate and not comprehensive enough. Summary of the invention

[0004] The present invention aims to provide a multi-role task collaboration system and method for peritoneal dialysis management of kidney disease, so as to solve the problem that the existing kidney disease management system has low accuracy and is not comprehensive enough in judging the patient's condition.

[0005] To achieve the above-mentioned object, the present invention adopts the following technical scheme: a multi-role task collaboration system for management of peritoneal dialysis for renal disease, comprising a patient terminal, a health coach terminal, a nurse terminal, a doctor terminal and a decision-making support module;

[0006] The health coach terminal, nurse terminal and doctor terminal are all information input terminals of the auxiliary decision-making module;

[0007] The patient terminal is the information input terminal of the health coach terminal; the patient terminal is used by the patient to transmit peritoneal treatment data information, laboratory indicators and symptoms and signs data information to the health coach terminal, and receive peritoneal dialysis treatment prescription disease intervention measures from the auxiliary decision-making module;

[0008] The health coach terminal is also the information input terminal of the nurse terminal; the health coach terminal allows the health coach to receive data information input from the patient terminal, and evaluate the patient's condition based on the data to determine whether it needs to be referred to the nurse terminal. If referral is required, the data information is transmitted to the nurse terminal. If referral is not required, the health coach terminal sends information to the auxiliary decision-making module;

[0009] The nurse terminal is also the information input terminal of the doctor terminal; the nurse terminal allows the nurse to receive data information input from the health coach terminal, and evaluate the patient's condition based on the data to determine whether it needs to be referred to the doctor terminal. If referral is required, the data information is transmitted to the doctor terminal. If referral is not required, the nurse terminal sends information to the auxiliary decision-making module;

[0010] The doctor terminal is used by the doctor to receive data information input from the nurse terminal, evaluate the patient's condition based on the data, and send information to the auxiliary decision-making module;

[0011] The auxiliary decision-making module is used to receive information sent by any of the health coach terminal, the nurse terminal or the doctor terminal, generate a peritoneal dialysis treatment prescription and disease intervention measures, and transmit the prescription information and disease intervention measures back to the health coach terminal, the nurse terminal or the doctor terminal;

[0012] The health coach terminal, nurse terminal and doctor terminal are also used by the coach, nurse and doctor to confirm or modify the prescription information and disease intervention measures generated by the intelligent decision-making module, and transmit the confirmed or modified prescription information and disease intervention measures to the patient terminal.

[0013] The principle and advantage of this solution are as follows: based on the existing intelligent peritoneal dialysis management system, which has low accuracy and is not comprehensive enough in judging the patient's condition, the present invention integrates the roles of doctors, nurses and health coaches to control the condition on the basis of adopting an intelligent decision-making support module. Through the evaluation of the condition by the health coach and the participation of nurses and even doctors in the treatment process, professionals can optimize the treatment plan and reduce medical risks, thereby providing patients with more comprehensive and accurate diagnostic information and treatment prescriptions. At the same time, through the integration of the evaluation results of health coaches, nurses and doctors with the data of the intelligent decision-making support module, not only can a more personalized treatment plan be generated to meet the specific needs of different patients, but also the scientific nature of the diagnosis and treatment plan can be improved; in addition, through the intelligent decision-making support module and the multi-role hierarchical participation and collaboration of health coaches and medical teams, medical resources can be more reasonably deployed and resource utilization efficiency can be improved.

[0014] Preferably, as an improvement, the patient terminal is a mobile phone terminal or an intelligent interactive terminal.

[0015] Through the above solution, the patient terminal can connect to a multidisciplinary team including health coaches, nurses and doctors, ensuring timely communication and collaboration among all parties, and improving the comprehensiveness and scientificity of treatment. Patients can use their mobile phones or smart interactive terminals to perform dialysis operations and record data anytime and anywhere, without being restricted by location.

[0016] Preferably, as an improvement, the intelligent interactive terminal is embedded in the peritoneal dialysis machine or is independently provided.

[0017] By embedding the intelligent interactive terminal in the peritoneal dialysis machine, the dialysis machine can directly collect and transmit dialysis data to ensure the accuracy and real-time nature of the data. This integrated design allows patients to complete all operations on one device, including the infusion and discharge of dialysis fluid and data recording, thereby reducing the complexity of the operation. The independently set intelligent interactive terminal allows patients to use it in a variety of scenarios, not only next to the dialysis machine, but also at home, in the office, etc., making the location of use more flexible.

[0018] Preferably, as an improvement, the intelligent interactive terminal includes a patient course module; the patient course module is for patients to watch peritoneal dialysis related video courses.

[0019] Through the above solution, video courses can provide professional medical knowledge and operation guides to help patients better understand the principles and operation methods of peritoneal dialysis. Through video demonstrations, patients can intuitively see the correct operation steps and reduce the risk of misoperation. Patients can choose to watch specific video courses according to their needs to achieve personalized learning, which is more conducive to the treatment of patients.

[0020] Preferably, as an improvement, the intelligent interactive terminal also includes a remote dialogue module, and the remote dialogue module is used for the patient to send a dialogue request to the health coach terminal; the health coach terminal, the nurse terminal and the doctor terminal are also provided with a remote dialogue module, and the remote dialogue module in the health coach terminal is used for the health coach to send a dialogue request to the patient terminal; the remote dialogue module in the nurse terminal is used for the nurse to send a dialogue request to the patient terminal; and the remote dialogue module in the doctor terminal is used for the doctor to send a dialogue request to the patient terminal.

[0021] Through the above solution, health coaches, nurses and doctors can achieve real-time communication with patients through the remote dialogue module to improve communication efficiency, and patients can send communication needs to health coaches at any time, which can ensure the timely transmission of information and timely resolution of problems. And through remote dialogue, the medical team can more efficiently allocate tasks and coordinate work, which helps to improve the overall work efficiency of the team.

[0022] Preferably, as an improvement, the remote dialogue module also includes voice interaction controls, graphic and text interaction controls, and video interaction controls, which are used for two-way voice, graphic and video interaction between the patient terminal and the health coach terminal, the patient terminal and the nurse terminal, and the patient terminal and the doctor terminal, respectively.

[0023] Through the above scheme, the voice interaction control allows patients to have real-time voice communication with the medical team. This communication method can reduce misunderstandings and improve communication efficiency. Through the picture and text interaction control, patients can send pictures, texts, charts and other information, which makes it easier for the medical team to understand the patient's condition and treatment more intuitively. Through the video interaction control, patients can have video calls with the medical team to achieve face-to-face communication, enhance interactivity and trust. This combination of multiple interaction methods can achieve real-time communication. Patients can ask questions to the medical team immediately and get instant feedback, reducing waiting time. At the same time, it can be more conducive to the management of the condition, so as to feedback more targeted treatment prescriptions to patients.

[0024] Preferably, as an improvement, the intelligent interactive terminal further comprises a knowledge question and answer module, and the knowledge question and answer module is used by patients to ask questions about kidney disease.

[0025] Through the above solution, the knowledge question and answer module can provide a wealth of knowledge related to kidney disease, helping patients better understand the causes, symptoms, treatments and prevention methods of kidney disease. Patients can also obtain the required information through the knowledge question and answer module at any time without waiting for the response from doctors or health coaches, thereby improving the immediacy and convenience of learning.

[0026] Preferably, as an improvement, the intelligent interactive terminal further comprises a prescription receiving module, which is used for the patient terminal to receive the peritoneal dialysis treatment prescription sent from the auxiliary decision-making module and forward it to the peritoneal dialysis machine after confirmation by the patient terminal.

[0027] Through the above solution, the patient terminal can receive the treatment prescription from the auxiliary decision-making module in real time, which can ensure that the treatment plan obtained by the patient is the latest and most accurate. At the same time, through the intelligent interactive terminal, the treatment prescription can be directly transmitted to the peritoneal dialysis machine, which can reduce the possibility of manual prescription input errors, thereby ensuring the accuracy and effect of the treatment.

[0028] Preferably, as an improvement, the intelligent interactive terminal further comprises a data acquisition module, and the data acquisition module is used by patients to upload peritoneal treatment data information, laboratory indicators and symptoms and signs data information.

[0029] Through the above solution, patients can upload peritoneal treatment data and symptom and sign data in real time through the data collection module, ensuring that the medical team can obtain the latest patient information in a timely manner. And the data collected by the data collection module can be integrated with the evaluation results of the medical team and the data of the intelligent decision-making support module, which can improve the scientificity and accuracy of diagnosis and treatment plans.

[0030] In addition, the present invention also provides a multi-role task collaborative management method for peritoneal dialysis for renal disease, comprising the following steps:

[0031] S1. The patient uploads peritoneal treatment data information, laboratory indicators, symptoms, and physical signs data information through the patient terminal, and sends the information to the health coach terminal;

[0032] S21. The health coach evaluates the patient's condition through the information obtained from the health coach terminal, and determines whether the condition needs to be referred to the nurse terminal; if referral is required, the data information is transmitted to the nurse terminal; if referral is not required, the disease measure information is sent to the auxiliary decision-making module through the health coach terminal;

[0033] S22. The nurse evaluates the patient's condition through the information obtained from the nurse terminal, and determines whether the condition needs to be referred to the doctor terminal; if referral is required, the data information is transmitted to the doctor terminal; if referral is not required, the disease measure information is sent to the auxiliary decision-making module through the nurse terminal;

[0034] S23, the doctor evaluates the patient's condition through the information obtained from the doctor terminal, and sends the disease measure information to the auxiliary decision module;

[0035] S3, generating a peritoneal dialysis treatment prescription and disease intervention measures for the information received from any of the health coach terminal, nurse terminal or doctor terminal through the auxiliary decision module, and transmitting the prescription information and disease intervention measures back to the health coach terminal, nurse terminal or doctor terminal;

[0036] S4. The health coach confirms or modifies the received prescription information through the health coach terminal, the nurse through the nurse terminal, or the doctor through the doctor terminal, and transmits the confirmed or modified prescription information to the patient terminal;

[0037] S5. The patient receives peritoneal dialysis treatment through prescription information obtained through the patient terminal.

[0038] In the above method, through the graded evaluation of health coaches, nurses and doctors, the patient's condition can be handled separately by the corresponding professionals, so that the treatment plan is more targeted. And each role in the process can evaluate the condition according to their own professional expertise, which can ensure that the final treatment plan is scientific and reasonable. Through this multi-role collaboration, not only can the medical team detect the patient's abnormal condition in time and intervene in time to reduce the further occurrence of risks, but patients can also promptly feedback problems through smart interactive terminals, so that the medical team can provide targeted solutions to ensure the treatment effect, and through multi-role collaboration, medical resources can be reasonably allocated to avoid unnecessary referrals and repeated examinations, and reduce the waste of medical resources. BRIEF DESCRIPTION OF THE DRAWINGS

[0039] Figure 1 1 is a flowchart of the execution flow of the system in an embodiment of the present invention. DETAILED DESCRIPTION

[0040] The following is further described in detail through specific implementations, but the implementation of the present invention is not limited thereto. Unless otherwise specified, the technical means used in the following implementations are conventional means well known to those skilled in the art; the experimental methods used are all conventional methods; the materials, reagents, etc. used can all be obtained from commercial channels.

[0041] A multi-role task collaboration system for peritoneal dialysis management of renal disease, including patient terminal, health coach terminal, nurse terminal, doctor terminal and auxiliary decision-making module;

[0042] The health coach terminal, nurse terminal and doctor terminal are all information input terminals of the auxiliary decision-making module;

[0043] The patient terminal is the information input terminal of the health coach terminal; the patient terminal is used by the patient to transmit peritoneal treatment data information, laboratory indicators and symptoms, physical signs data information to the health coach terminal, and receive peritoneal dialysis treatment prescriptions and disease intervention measures from the auxiliary decision-making module; the patient terminal in this embodiment can be a mobile phone terminal, specifically an APP that can be built into a mobile phone, and of course the patient terminal can also be an intelligent interactive terminal. When used, the intelligent interactive terminal is embedded in the peritoneal dialysis machine or set independently. In this embodiment, the specific implementation method is described by taking the intelligent interactive terminal embedded in the peritoneal dialysis machine as an example.

[0044] The intelligent interactive terminal includes a patient course module, a remote dialogue module, a knowledge question and answer module, a prescription receiving module and a data collection module; among which:

[0045] The patient course module allows patients to watch peritoneal dialysis related video courses. In specific implementation, the system background stores multiple kidney disease tutorial videos, and a patient course window is set up on the intelligent interactive terminal. The window has video links of each video preset. By opening the patient tutorial window and clicking the corresponding video link, the corresponding video content can be viewed and studied.

[0046] The remote dialogue module is used by the patient to send a dialogue request to the health coach terminal; the health coach terminal, the nurse terminal and the doctor terminal are also provided with a remote dialogue module. The remote dialogue module in the health coach terminal is used by the health coach to send a dialogue request to the patient terminal; the remote dialogue module in the nurse terminal is used by the nurse to send a dialogue request to the patient terminal; the remote dialogue module in the doctor terminal is used by the doctor to send a dialogue request to the patient terminal. The remote dialogue module also includes voice interaction controls, graphic and text interaction controls and video interaction controls. The voice interaction controls, graphic and text interaction controls and video interaction controls are used for the patient terminal and the health coach terminal, the patient terminal and the nurse terminal, and the patient terminal and the doctor terminal to perform voice, graphic and video two-way interaction respectively. In specific applications, the patient terminal, the health coach terminal, the nurse terminal and the doctor terminal of the system are all provided with a voice interaction window, a graphic and text interaction window and a video interaction window. The patient can send voice, graphic and video and other dialogue requests to the health coach terminal through the voice interaction window, the graphic and text interaction window and the video interaction window; at the same time, the health coach terminal can also send voice, graphic and video and other dialogue requests to the patient terminal through the voice interaction window, the graphic and text interaction window and the video interaction window. In addition, the nurse terminal and the doctor terminal can also send voice, text, video and other dialogue requests to the patient terminal through the voice interaction window, text and picture interaction window and video interaction window.

[0047] The knowledge question and answer module allows patients to ask questions about kidney disease. In specific applications, the system has a built-in large language model, which provides knowledge question and answer services to patients. A knowledge question and answer window is set up on the patient's terminal. Patients can enter relevant questions in text or language and send them in the knowledge question and answer window. The large language model automatically answers and replies in the window based on the information entered by the patient's terminal. The reply can be in the form of text, image and voice.

[0048] The prescription receiving module is used for the patient terminal to receive the peritoneal dialysis treatment prescription sent from the auxiliary decision-making module, and forwards it to the peritoneal dialysis machine after confirmation by the patient terminal.

[0049] The data collection module allows patients to upload peritoneal treatment data information, laboratory indicators, symptoms, and signs data information. In specific applications, the patient terminal is equipped with a dialysis diary filling port, which has a preset window for filling in symptom and sign related information, such as dizziness, palpitations, edema, urine volume, etc.; at the same time, the patient terminal is equipped with a laboratory test report upload port, and the patient takes photos of the various laboratory test reports conducted in the hospital through the terminal and uploads them to the system for the medical team to view; and the patient terminal is also equipped with a data upload port, such as dialysis machine treatment data, operating status, equipment parameters, etc.; in addition, the patient terminal is also equipped with a port for home smart medical devices to upload various physiological data to the system, such as blood pressure measured by a smart sphygmomanometer, body temperature measured by a smart thermometer, blood sugar measured by a smart blood glucose meter, creatinine data measured by a smart creatinine meter, etc.

[0050] The health coach terminal is also the information input terminal of the nurse terminal; the health coach terminal allows the health coach to receive data information input from the patient terminal, and evaluate the patient's condition based on the data to determine whether it needs to be referred to the nurse terminal. If referral is required, the data information will be transmitted to the nurse terminal. If referral is not required, the health coach terminal will send information to the auxiliary decision-making module. When any of the following conditions is met, the health coach terminal will refer the patient to the nurse terminal: (1) The patient's medication regimen or dialysis regimen needs to be adjusted; (2) An emergency event or a medium or high-risk warning occurs: for example, an abnormal alarm of the peritoneal dialysis machine, symptoms of peritonitis, tunnel exit infection, fever, chest tightness, chest pain, gastrointestinal bleeding, and other events, and obvious abnormalities in blood potassium, blood sugar, anemia, acidosis and other laboratory indicators; (3) Other situations that the health coach believes require referral.

[0051] The nurse terminal is also the information input terminal of the doctor terminal. The nurse terminal allows the nurse to receive data information input from the health coach terminal, and evaluate the patient's condition based on the data to determine whether it needs to be referred to the doctor terminal. If referral is required, the data information is transmitted to the doctor terminal. If referral is not required, the nurse terminal sends information to the auxiliary decision-making module. When any of the following conditions is met, the nurse terminal refers the patient to the doctor terminal: (1) the patient's medication regimen or dialysis regimen needs to be adjusted; (2) an emergency event or high-risk warning occurs; (3) other situations that the nurse believes require referral.

[0052] The doctor terminal is used by the doctor to receive data information input from the nurse terminal, evaluate the patient's condition based on the data, and send information to the auxiliary decision-making module; the health coach terminal, nurse terminal and doctor terminal in this embodiment are all mobile phones or computer terminals, which can be specifically an APP built into the mobile phone or software built into the computer.

[0053] The auxiliary decision-making module is used to receive information sent by any of the health coach terminal, the nurse terminal or the doctor terminal, generate a peritoneal dialysis treatment prescription and disease intervention measures, and transmit the prescription information and disease intervention measures back to the health coach terminal, the nurse terminal or the doctor terminal;

[0054] The health coach terminal, nurse terminal and doctor terminal are also used by the coach, nurse and doctor to confirm or modify the prescription information and disease intervention measures generated by the intelligent decision-making module, and transmit the confirmed or modified prescription information and disease intervention measures to the patient terminal.

[0055] When the above system is used in a specific application, the following method is used. The operation steps are as follows:

[0056] S1. The patient uploads peritoneal treatment data information, laboratory indicators, symptoms, and physical signs data information through the data collection module of the patient terminal, and sends the information to the health coach terminal;

[0057] S21. The health coach evaluates the patient's condition through the information obtained from the health coach terminal, and determines whether the condition needs to be referred to the nurse terminal; if referral is required, the data information is transmitted to the nurse terminal; if referral is not required, the disease measure information is sent to the auxiliary decision-making module through the health coach terminal;

[0058] S22. The nurse evaluates the patient's condition through the information obtained from the nurse terminal, and determines whether the condition needs to be referred to the doctor terminal; if referral is required, the data information is transmitted to the doctor terminal; if referral is not required, the disease measure information is sent to the auxiliary decision-making module through the nurse terminal;

[0059] S23, the doctor evaluates the patient's condition through the information obtained from the doctor terminal, and sends the disease measure information to the auxiliary decision module;

[0060] S3, generating a peritoneal dialysis treatment prescription and disease intervention measures for the information received from any of the health coach terminal, the nurse terminal or the doctor terminal through the auxiliary decision module, and transmitting the prescription information and disease intervention measures back to the health coach terminal, the nurse terminal or the doctor terminal;

[0061] S4. The health coach confirms or modifies the received prescription information and disease intervention measures through the health coach terminal, the nurse through the nurse terminal, or the doctor through the doctor terminal, and transmits the confirmed or modified prescription information and disease intervention measures to the patient terminal;

[0062] S5. The patient receives the prescription information through the prescription receiving module of the patient terminal and confirms it. After confirmation, the system automatically forwards the prescription to the peritoneal dialysis machine for the patient to undergo peritoneal dialysis treatment.

[0063] When applying the system, patients can also learn related video courses through the patient course module in the intelligent interactive terminal, and can also ask questions about kidney disease through the knowledge question and answer module, so as to solve some of the patients' problems in a timely and effective manner. At the same time, when necessary, patients can initiate a dialogue request to the health coach through the remote dialogue module, so that they can communicate and solve problems in time when they encounter problems. Of course, in the process of evaluating and managing the patient's condition, health coaches, nurses and doctors can also actively initiate dialogue requests to patients through the remote dialogue module, so as to understand the patient's current condition in a timely and effective manner, and thus issue more targeted treatment prescriptions. Through the multi-role collaborative work of patients, health coaches, nurses and doctors, the medical team can grasp the patient's condition more timely, accurately and comprehensively, and the treatment plan is more targeted.

[0064] The above is only an embodiment of the present invention, and the common knowledge such as the known specific technical solutions and / or characteristics in the solution is not described in detail here. It should be pointed out that for those skilled in the art, without departing from the technical solution of the present invention, several modifications and improvements can be made, which should also be regarded as the protection scope of the present invention, and these will not affect the effect of the implementation of the present invention and the practicality of the patent. The scope of protection required by this application shall be based on the content of its claims, and the specific implementation methods and other records in the specification can be used to interpret the content of the claims.

Claims

1. A multi-role task collaboration system for peritoneal dialysis management of renal disease, characterized by: Including patient terminal, health coach terminal, nurse terminal, doctor terminal and auxiliary decision-making module; The health coach terminal, nurse terminal and doctor terminal are all information input terminals of the auxiliary decision-making module; The patient terminal is the information input terminal of the health coach terminal; the patient terminal is used by the patient to transmit peritoneal treatment data information, laboratory indicators and symptoms and signs data information to the health coach terminal, and receive peritoneal dialysis treatment prescriptions and disease intervention measures from the auxiliary decision-making module; The health coach terminal is also an information input terminal of the nurse terminal; the health coach terminal allows the health coach to receive data information input from the patient terminal, and evaluate the patient's condition according to the data, and determine whether it is necessary to refer the patient to the nurse terminal. If referral is required, the data information is transmitted to the nurse terminal; if referral is not required, the health coach terminal sends information to the auxiliary decision-making module; the nurse terminal is also an information input terminal of the doctor terminal; the nurse terminal allows the nurse to receive data information input from the health coach terminal, and evaluate the patient's condition according to the data, and determine whether it is necessary to refer the patient to the doctor terminal. If referral is required, the data information is transmitted to the doctor terminal; if referral is not required, the nurse terminal sends information to the auxiliary decision-making module; The doctor terminal is used by the doctor to receive data information input from the nurse terminal, evaluate the patient's condition based on the data, and send information to the auxiliary decision-making module; The auxiliary decision module is used to receive information sent by any of the health coach terminal, the nurse terminal or the doctor terminal, generate a peritoneal dialysis treatment prescription and disease intervention measures, and transmit the prescription information and disease intervention measures back to the health coach terminal, the nurse terminal or the doctor terminal; The health coach terminal, nurse terminal and doctor terminal are also used by the coach, nurse and doctor to confirm or modify the prescription information and disease intervention measures generated by the intelligent decision-making module, and transmit the confirmed or modified prescription information and disease intervention measures to the patient terminal.

2. A multi-role task collaboration system for peritoneal dialysis management of renal disease according to claim 1, characterized in that: The patient terminal is a mobile phone terminal or an intelligent interactive terminal.

3. A multi-role task collaboration system for peritoneal dialysis management of renal disease according to claim 2, characterized in that: The intelligent interactive terminal is embedded in the peritoneal dialysis machine or is independently arranged.

4. A multi-role task collaboration system for peritoneal dialysis management of renal disease according to claim 3, characterized in that: The intelligent interactive terminal comprises a patient course module; the patient course module is used for patients to watch peritoneal dialysis related video courses.

5. A multi-role task collaboration system and method for peritoneal dialysis management of renal disease according to claim 4, characterized in that: The intelligent interactive terminal also includes a remote dialogue module, which is used by the patient to send a dialogue request to the health coach terminal; the health coach terminal, the nurse terminal and the doctor terminal are also provided with a remote dialogue module, and the remote dialogue module in the health coach terminal is used by the health coach to send a dialogue request to the patient terminal; the remote dialogue module in the nurse terminal is used by the nurse to send a dialogue request to the patient terminal; and the remote dialogue module in the doctor terminal is used by the doctor to send a dialogue request to the patient terminal.

6. A multi-role task collaboration system for peritoneal dialysis management of renal disease according to claim 5, characterized in that: The remote dialogue module also includes voice interaction controls, graphic and text interaction controls, and video interaction controls, which are used for voice, graphic and video two-way interaction between the patient terminal and the health coach terminal, the patient terminal and the nurse terminal, and the patient terminal and the doctor terminal, respectively.

7. A multi-role task collaboration system for peritoneal dialysis management of renal disease according to claim 6, characterized in that: The intelligent interactive terminal also includes a knowledge question and answer module, which is used by patients to ask questions about kidney disease.

8. A multi-role task collaboration system for peritoneal dialysis management of renal disease according to claim 7, characterized in that: The intelligent interactive terminal also includes a prescription receiving module, which is used for the patient terminal to receive the peritoneal dialysis treatment prescription sent from the auxiliary decision-making module and forward it to the peritoneal dialysis machine after confirmation by the patient terminal.

9. A multi-role task collaboration system for peritoneal dialysis management of renal disease according to claim 8, characterized in that: The intelligent interactive terminal also includes a data acquisition module, which is used by patients to upload peritoneal treatment data information, laboratory indicators, symptoms, and physical signs data information.

10. A method for collaborative management of multi-role tasks in peritoneal dialysis for renal disease using the system described in any one of claims 1 to 9, characterized in that: The following steps are involved: S1. The patient uploads peritoneal treatment data information, laboratory indicators, symptoms, and physical signs data information through the patient terminal, and sends the information to the health coach terminal; S21. The health coach evaluates the patient's condition through the information obtained from the health coach terminal, and determines whether the condition needs to be referred to the nurse terminal; If referral is required, the data information is transmitted to the nurse terminal; if referral is not required, the disease measure information is sent to the auxiliary decision-making module through the health coach terminal; S22. The nurse evaluates the patient's condition based on the information obtained from the nurse terminal, and determines whether the condition needs to be referred to the doctor terminal; If referral is required, the data information will be transmitted to the doctor’s terminal; If referral is not required, the disease measure information is sent to the auxiliary decision-making module through the nurse terminal; S23, the doctor evaluates the patient's condition through the information obtained from the doctor terminal, and sends the disease measure information to the auxiliary decision module; S3, generating a peritoneal dialysis treatment prescription and disease intervention measures for the information received from any of the health coach terminal, the nurse terminal or the doctor terminal through the auxiliary decision module, and transmitting the prescription information and disease intervention measures back to the health coach terminal, the nurse terminal or the doctor terminal; S4. The health coach confirms or modifies the received prescription information through the health coach terminal, the nurse through the nurse terminal, or the doctor through the doctor terminal, and transmits the confirmed or modified prescription information to the patient terminal; S5. The patient receives peritoneal dialysis treatment through prescription information obtained through the patient terminal.

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