Tumor patient-based day-to-day chemotherapy outpatient comprehensive management platform and method

Abstract

The invention relates to the technical field of tumor treatment, in particular to a day-to-day chemotherapy outpatient service comprehensive management platform and method based on tumor patients, the day-to-day chemotherapy outpatient service comprehensive management platform composed of a user side, an execution side and a service side is arranged, and the user side builds an organization structure of day-to-day chemotherapy outpatient service work; all roles in the daytime chemotherapy outpatient service are integrated together, so that an organizational structure for management of the daytime chemotherapy outpatient service is established. And the execution end integrates data in the treatment process of the patient, so that information sharing and information circulation are realized, an information barrier is broken, and closed-loop management of the treatment process of daily chemotherapy outpatient service is facilitated. The business terminal visualizes the process of the treatment process of the patient, is beneficial for a medical institution manager to master the work progress of the treatment process of the day-to-day chemotherapy outpatient service, can relieve the waiting anxiety of the patient, and achieves the precise management of the treatment process of the day-to-day chemotherapy outpatient service through the cooperation of information transmission among the user terminal, the execution terminal and the business terminal.

Description

Technical Field

[0001] The present invention relates to the technical field of tumor treatment, and in particular to a comprehensive management platform and method for daytime chemotherapy outpatient clinics for tumor patients. Background Art

[0002] The incidence of malignant tumors is increasing annually, making them a serious chronic disease threatening human health. With advances in diagnostic and treatment technologies, the survival of cancer patients has significantly increased, and the demand for medical care is also increasing. Day-case chemotherapy effectively utilizes limited medical resources. However, the management models for day-case chemotherapy vary significantly across regions in my country, necessitating key challenges such as the flow of information technology data, resource allocation under different management models, and quality and safety assurance. The National Healthcare Security Administration has issued a document requiring that by the end of 2025, payment methods based on disease groups (DRGs) and disease-specific indicators (DIPs) should cover all eligible medical institutions providing inpatient services. Under these new circumstances, the development of an information platform is urgently needed to meet the needs of medical insurance reform. By actively developing this platform, we can help general hospitals adapt to the stratified management of specialized diseases in the context of DRG payment reform, provide data references for the standardized management and information support of day-case chemotherapy in general hospitals, and explore outpatient chemotherapy management models that are satisfactory to hospitals, medical insurance providers, and patients.

[0003] Currently, the main outpatient chemotherapy models in my country are 24-hour inpatient and outpatient chemotherapy. The 24-hour inpatient model involves more complex admission procedures and less discretionary choices. The outpatient chemotherapy model is more convenient, reducing patient medical procedures and waiting times, conserving medical resources, and enabling on-demand care. However, most comprehensive medical institutions lack information systems for daytime outpatient chemotherapy, creating barriers to data transfer and resulting in a lack of standardized management for daytime outpatient chemotherapy. Summary of the Invention

[0004] In view of this, the purpose of the present invention is to provide a comprehensive management platform and method for daytime chemotherapy outpatient clinics for cancer patients, so as to improve the timeliness and accuracy of daytime outpatient chemotherapy information transmission, thereby achieving the technical effect of precise management of the entire daytime chemotherapy process.

[0005] A first aspect of an embodiment of the present invention discloses a comprehensive management platform for daytime chemotherapy clinics for cancer patients, including a user terminal, an execution terminal, and a service terminal that communicate with each other;

[0006] The user terminal includes a patient module, which is configured to make outpatient appointments and treatment reservations, and enter the patient's basic information and the patient's test, examination and diagnosis information; a doctor module, which is configured to review the patient's basic information, enter the specialist evaluation results based on the patient's test, examination and diagnosis information, and formulate a chemotherapy plan based on the specialist evaluation results; a clinical pharmacist module, which is configured to review the medication prescriptions in the chemotherapy plan; and a nurse module, which is configured to review and complete the patient's basic information, formulate a nursing plan based on the chemotherapy plan, and push appointment management information to the user terminal.

[0007] The execution end includes an information collection module configured to collect basic patient information, patient test and examination diagnosis information, and specialist evaluation results; an intravenous dispensing module configured to prepare and deliver medications based on the appointment time, chemotherapy regimen, and medication prescription review results of the intravenous infusion treatment plan issued by the day chemotherapy clinic and finally confirmed after the patient completes payment; and a treatment execution module configured to record treatment information during the patient's treatment process;

[0008] The service end includes a patient visualization module, which is configured to dynamically display process information during the patient treatment process.

[0009] Preferably, it also includes a quality management end, which includes a quality management module, and the quality management module is configured to supervise the treatment behavior and nursing behavior during the patient's treatment process according to quality and safety indicators; a quality improvement module, and the quality improvement module is configured to collect adverse events that occur during the patient's treatment process and write rectification records and perform data statistical analysis.

[0010] Preferably, the user terminal further includes an administrator module, and the administrator module is configured to review the qualifications of corresponding users of the day chemotherapy clinic comprehensive management platform and perform corresponding authorization.

[0011] Preferably, the user terminal further includes a family module, and the family module is configured to input information of the authorized person and query the patient's test, examination and diagnosis information.

[0012] Preferably, the business end further includes a patient self-service module, and the patient self-service module is configured to provide self-service for patients.

[0013] Preferably, the business end further includes a follow-up service module, and the follow-up service module is configured to provide health education and follow-up during the treatment interval.

[0014] Preferably, the patient's test and examination diagnosis information includes pathological diagnosis results, imaging diagnosis results, and patient self-assessment results.

[0015] Preferably, the patient's treatment information includes the patient's appointment check-in information for day chemotherapy outpatient treatment and the patient's hospital observation information.

[0016] Preferably, the process information during the patient's treatment includes the patient's appointment registration information, appointment success information, treatment start information, treatment end information and observation end information.

[0017] The present invention sets up a comprehensive management platform for day chemotherapy clinics based on tumor patients, which is composed of a user end, an execution end and a business end. First, the organizational structure of the day chemotherapy clinic work is built through the user end, and various roles in the day chemotherapy clinic are integrated together, thereby building an organizational structure for the management of the day chemotherapy clinic. Secondly, the data of the patient's treatment process is integrated through the execution end, so that information sharing and information flow are realized, breaking down information barriers and facilitating closed-loop management of the day chemotherapy clinic treatment process. Finally, the process of the patient's treatment process is visualized through the business end, which is beneficial for medical institution managers to grasp the work progress of the day chemotherapy clinic treatment process, and can reduce patients' waiting anxiety. Through the cooperation of information transmission between the user end, the execution end and the business end, accurate management of the day chemotherapy clinic treatment process is achieved.

[0018] A second aspect of an embodiment of the present invention discloses a comprehensive management method for daytime chemotherapy clinics for cancer patients, which uses the comprehensive management platform for daytime chemotherapy clinics for cancer patients, including:

[0019] S1. Make an outpatient appointment and treatment reservation through the patient module, and enter the patient's basic information and the patient's test, examination and diagnosis information;

[0020] S2. Reviewing the patient's basic information through the doctor module, and entering the specialist evaluation results after face-to-face consultation with the patient based on the patient's test and examination diagnosis information, and formulating a chemotherapy plan based on the specialist evaluation results;

[0021] S3. Reviewing the medication prescriptions in the chemotherapy regimen through the clinical pharmacist module;

[0022] S4. Review and complete the patient's basic information through the nurse module, and formulate a nursing plan based on the chemotherapy regimen;

[0023] S5. Collecting the patient's basic information, the patient's test and examination diagnosis information, and specialist evaluation results through the information collection module;

[0024] S6. The intravenous preparation module prepares and delivers the medicine according to the intravenous infusion treatment plan issued by the day chemotherapy clinic, the appointment time confirmed by the patient after the patient completes the payment, the chemotherapy regimen, and the review result of the medication prescription;

[0025] S7. Recording treatment information of the patient during treatment by the treatment execution module;

[0026] S8. The patient visualization module is configured to dynamically display process information of the patient's treatment process.

[0027] The present invention first builds an organizational structure for the work of the day chemotherapy clinic through steps S1-S4, that is, through the modular configuration of each user terminal, the various roles in the day chemotherapy clinic are integrated together, thereby building an organizational structure for the management of the day chemotherapy clinic. Secondly, through steps S5-S7, the data during the patient's treatment process are integrated to enable information sharing and information flow, breaking down information barriers and facilitating closed-loop management of the day chemotherapy clinic treatment process. Finally, through step S8, the process of the patient's treatment process is visualized, which is beneficial for medical institution managers to grasp the work progress of the day chemotherapy clinic treatment process and can reduce patients' waiting anxiety. Through the cooperation of the above steps, accurate management of the day chemotherapy clinic treatment process is achieved. BRIEF DESCRIPTION OF THE DRAWINGS

[0028] In order to more clearly illustrate the technical solutions in the embodiments of the present invention, the following briefly introduces the drawings required for use in the embodiments. Obviously, the drawings described below are only some embodiments of the present invention. For ordinary technicians in this field, other drawings can be obtained based on these drawings without paying any creative work.

[0029] Figure 1 This is a structural block diagram of a comprehensive management platform for daytime chemotherapy outpatient clinics for tumor patients disclosed in the first embodiment of the present invention;

[0030] Figure 2 This is a flow chart of a comprehensive management method for daytime chemotherapy outpatient clinics for tumor patients disclosed in a second embodiment of the present invention;

[0031] Reference numerals:

[0032] 1-User end, 11-Doctor module, 12-Nurse module, 13-Clinical pharmacist module, 14-Patient module, 15-Administrator module, 16-Family member module, 2-Execution end, 21-First information collection module, 22-Second information collection module, 23-Intravenous preparation module, 24-Treatment execution module, 3-Business end, 31-Patient visualization module, 32-Patient self-service module, 33-Follow-up service module, 4-Quality management end, 41-Quality management module, 42-Quality improvement module. DETAILED DESCRIPTION

[0033] The following will clearly and completely describe the technical solutions in the embodiments of the present invention in conjunction with the accompanying drawings. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. All other embodiments obtained by ordinary technicians in this field based on the embodiments of the present invention without making any creative efforts shall fall within the scope of protection of the present invention.

[0034] In the present invention, directions or positions indicated by terms such as "upper," "lower," and "outer" are based on those shown in the accompanying drawings. These terms are primarily intended to better describe the present invention and its embodiments and are not intended to limit the devices, elements, or components indicated to specific directions, structures, or operations.

[0035] Furthermore, some of the above terms may be used to express other meanings besides indicating a position or location. For example, the term "on" may also be used to indicate a dependency or connection in certain circumstances. Those skilled in the art will understand the specific meanings of these terms in the present invention based on the specific circumstances.

[0036] Furthermore, the terms "installed," "disposed," "equipped with," and "connected" should be interpreted broadly. For example, they can refer to fixed connections, removable connections, or integral structures; mechanical connections or electrical connections; direct connections or indirect connections through an intermediary; or internal communication between two devices, elements, or components. Those skilled in the art will understand the specific meanings of these terms in the present invention based on specific circumstances.

[0037] Furthermore, the terms "first," "second," etc., are primarily used to distinguish between different devices, elements, or components (which may or may not be of the same type and configuration), and are not intended to indicate or imply the relative importance or quantity of the devices, elements, or components indicated. Unless otherwise specified, "plurality" means two or more.

[0038] Example 1

[0039] See also Figure 1 As shown, the first embodiment of the present invention proposes a comprehensive management platform for day chemotherapy clinics for cancer patients, including a user terminal 1, an execution terminal 2 and a business terminal 3 that communicate with each other;

[0040] The user terminal 1 includes a patient module 14, which is configured to make outpatient appointments and treatment appointments, and enter the patient's basic information. The specific patient's basic information may include the patient's basic identity information, the patient's brief medical history, and the patient's test, examination and diagnosis information. The specific patient's test, examination and diagnosis information may include pathological diagnosis results, imaging diagnosis results, and the patient's self-assessment results; a doctor module 11, which is configured to review the patient's basic information, and enter the specialist evaluation results based on the patient's test, examination and diagnosis information, and formulate a chemotherapy plan based on the specialist evaluation results; a clinical pharmacist module 13, which is configured to review the medication prescriptions in the chemotherapy plan; a nurse module 12, which is configured to view and improve the patient's basic information, formulate a nursing plan based on the chemotherapy plan, and push the appointment management information to the user terminal 1. Specifically, the appointment management information includes the appointment time period, the appointment location or the chair position. The appointment management information can be pushed to the user terminal 1 (such as the patient's mobile phone) after the appointment is successful;

[0041] The execution end 2 includes an information collection module, which is configured to collect the patient's basic information, the patient's test, examination and diagnosis information and specialist evaluation results. The specific information collection module may include a first information collection module 21, which is configured to collect the patient's basic identity information and the patient's self-assessment results, and a second information collection module 22 which is configured to collect pathological diagnosis results and imaging diagnosis results (the specific pathological diagnosis results and imaging diagnosis results include those from this hospital and those from other hospitals. The pathological diagnosis results and imaging diagnosis results from other hospitals can be decided by the patient himself or herself by using, for example, a mobile phone to take a photo and upload it to the second information collection module). Block 22, and the pathological diagnosis results and imaging diagnosis results of the hospital are directly collected by the second information collection module 22, and then doctors can directly view them through the doctor module 11); an intravenous dispensing module 23, the intravenous dispensing module 23 is configured to prepare and distribute drugs according to the appointment time, chemotherapy plan and medication prescription review results of the intravenous infusion treatment plan issued by the radiotherapy day chemotherapy clinic after the patient completes the payment; a treatment execution module 24, the treatment execution module 24 is configured to record the treatment information of the patient during the treatment process. The specific patient treatment information may include the patient's radiotherapy appointment check-in information and the patient's hospitalization observation information;

[0042] The service terminal 3 includes a patient visualization module 31, which is configured to dynamically display process information of the patient's treatment process. Specifically, the process information of the patient's treatment process includes the patient's appointment registration information, appointment success information, treatment start information, treatment end information, and observation end information:

[0043] In this embodiment, a comprehensive management platform for day-patient chemotherapy clinics based on tumor patients is first set up, which is composed of a user terminal 1, an execution terminal 2 and a business terminal 3. The user terminal 1 is mainly composed of a patient module 14, a doctor module 11, a clinical pharmacist module 13, and a nurse module 12. The execution terminal is mainly composed of an information collection module, an intravenous preparation module 23 and a treatment execution module 24. The business terminal 3 is mainly composed of a patient visualization module 31. First, patients can use the patient module 14 to make outpatient appointments and appointments for treatment, and use the patient module 14 to enter the patient's basic information (such as the patient's basic identity information, the patient's brief medical history), the patient's test and examination diagnosis information (such as pathological diagnosis results, imaging diagnosis results, and the patient's self-assessment results). Secondly, the doctor can use the doctor module 11 to review the patient's basic information, and enter the specialist evaluation results based on the patient's test and examination diagnosis information, and formulate a chemotherapy plan based on the specialist evaluation results. Thirdly, the clinical pharmacist can use the clinical pharmacist module 13 to review the medication prescriptions in the chemotherapy plan. Finally, the nurse can use the nurse module 12 to view and complete the patient's basic information and formulate a nursing plan based on the chemotherapy plan. The organizational structure of the day chemotherapy clinic can be first established through the user terminal 1, that is, through the modular setting of each user terminal, the various roles in the day chemotherapy clinic are integrated together, thereby establishing the organizational structure of the day chemotherapy clinic management.

[0044] Secondly, the information collection module collects the patient's basic information, the patient's test and examination diagnosis information, and the specialist evaluation results. The intravenous dispensing module 23 configures and delivers the medication based on the appointment time, the chemotherapy regimen formulated by the doctor, and the clinical pharmacist's review of the medication prescription, which is the final confirmation of the patient's intravenous infusion treatment plan issued by the day chemotherapy clinic after the patient completes payment. The treatment execution module 24 records the patient's treatment information during the treatment process (such as patient appointment check-in information and patient hospital observation information); secondly, the execution terminal 2 can integrate the data during the patient's treatment process, enabling information sharing and information flow, breaking down information barriers. That is, the doctor can form a chemotherapy regimen based on the patient's test and examination diagnosis information and the specialist evaluation results. After the clinical pharmacist reviews the medication prescription, the intravenous dispensing module 23 configures and delivers the medication based on the appointment time, the chemotherapy regimen formulated by the doctor, and the clinical pharmacist's review of the medication prescription, which is the final confirmation of the patient's intravenous infusion treatment plan issued by the day chemotherapy clinic after the patient completes payment. Finally, the patient enters the treatment execution module 24 for treatment.

[0045] Finally, the patient visualization module 31 dynamically displays the patient's treatment process information (such as the patient's appointment registration, successful appointment, start of treatment, end of treatment, and end of observation) and pushes the above information to the user terminal 1. Finally, the dynamic process of the patient's appointment registration, successful appointment, start of treatment, end of treatment, and end of observation can be visualized on the day chemotherapy clinic comprehensive management platform through the business terminal 3, and can also be seen by patients, doctors, nurses, etc. on the user terminal.

[0046] In summary, by setting up a comprehensive management platform for day chemotherapy clinics based on cancer patients composed of a user terminal 1, an execution terminal 2 and a business terminal 3, and through the cooperation of information transmission between the user terminal 1, the execution terminal 2 and the business terminal 3, firstly, doctors, nurses, clinical pharmacists and patients are all included in the chemotherapy process to build an organizational structure for the day chemotherapy clinic work; secondly, the data of the patient's treatment process is integrated through the execution terminal to enable information sharing and information flow, breaking down information barriers and facilitating closed-loop monitoring of the day chemotherapy clinic treatment process; finally, by visualizing the process of the patient's treatment process, it is beneficial for medical institution managers to grasp the work progress of the day chemotherapy clinic treatment process, and can reduce patients' waiting anxiety, thereby achieving precise management of the day chemotherapy clinic treatment process.

[0047] like Figure 1 As shown, the second embodiment of the present invention proposes a comprehensive management platform for day chemotherapy outpatient clinics for cancer patients, and on the basis of the first embodiment, it also includes a quality management terminal 4, the quality management terminal 4 includes a quality management module 41, the quality management module 41 is configured to supervise the treatment behavior and nursing behavior of the patient during the treatment process according to quality and safety indicators; the quality improvement module 42, the quality improvement module 42 is configured to collect adverse events occurring during the patient's treatment process and write rectification records and perform data statistical analysis.

[0048] In this embodiment, the comprehensive management platform for day chemotherapy clinics also includes a quality management terminal 4 mainly composed of a quality management module 41 and a quality improvement module 42. First, the quality management module 41 supervises the doctor's treatment behavior and the nurse's nursing behavior during the patient's treatment process based on quality and safety indicators. That is, first, quality and safety indicators are constructed from data such as resource allocation, service capabilities, quality and safety, efficiency and benefits during the day chemotherapy process, and the doctor's treatment behavior and the nurse's nursing behavior are analyzed and evaluated through the quality and safety indicators, so as to better improve the medical behavior. Secondly, the quality improvement module 42 collects adverse events during the patient's treatment process and forms an emergency plan. For example, it collects adverse events that occur in the nurse's nursing behavior (such as conflicts between patients and nurses caused by the nurse's unclear explanation of the nursing plan) and forms an emergency plan (such as replacing a more experienced nurse to explain the nursing plan in detail to the patient) so as to continuously improve the quality of medical behavior or nursing behavior.

[0049] like Figure 1 As shown, the third embodiment of the present invention proposes a comprehensive management platform for day chemotherapy clinics based on cancer patients, and on the basis of the first embodiment, it further includes the user terminal 1 and an administrator module 15, and the administrator module 15 is configured to review the qualifications of corresponding medical, nursing, pharmacist, department administrator and other users of the day chemotherapy clinic comprehensive management platform and perform corresponding authorization.

[0050] In this embodiment, the user terminal 1 is also provided with an administrator module 15. The administrator (for example, the manager of the day clinic, the administrator of the medical and nursing departments) can use the administrator module 15 to first review the qualifications of the corresponding users of the day chemotherapy clinic comprehensive management platform (for example, the qualifications of doctors, the qualifications of nurses, and the qualifications of clinical pharmacists). After the review is passed, the corresponding user is granted the permission to use the corresponding module on the user terminal 1 (for example, the doctor uses the doctor module 11 to review the patient's basic information, and enters the specialist evaluation results based on the patient's test and diagnosis information, and has the permission to formulate a chemotherapy plan based on the specialist evaluation results. The nurse uses the nurse module 12 to review the patient's basic information, and has the permission to formulate a nursing plan based on the chemotherapy plan. The clinical pharmacist uses the clinical pharmacist module 13 to review the permission to prescribe medication in the chemotherapy plan), thereby effectively managing each user of the user terminal.

[0051] like Figure 1 As shown, the fourth embodiment of the present invention proposes a comprehensive management platform for day chemotherapy outpatient clinics for cancer patients, and on the basis of the first embodiment, further includes: the user terminal 1 also includes a family module 16, and the family module 16 is configured to enter the authorized agent information and query the patient's test, examination and diagnosis information.

[0052] In this embodiment, by setting the user terminal 1 to also include a family module 16, the entrusted agent (for example, the family members of the elderly, the disabled and other special groups) can first upload the patient's authorized agent information through the family module 16, so that the treating doctor and the patient can confirm and open the use rights of the family module 16 for them. Secondly, the family module 16 can be used to obtain the patient's testing, examination and diagnosis information. Since family members are important participants in the medical process, the entrusted agent (for example, the family members of the elderly, the disabled and other special groups) can be included in the information acquisition qualifications of the day chemotherapy clinic comprehensive management platform through the family module 16, breaking the information barrier and ensuring the smooth implementation of chemotherapy work, especially for elderly cancer patients, cancer patients with limited cognitive abilities and patients who spend more time alone. Their authorized entrusted agents can obtain relevant information and knowledge through the user port 1, and work with the medical side to do a good job in the whole process management of the patient's treatment cycle.

[0053] like Figure 1 As shown, the fifth embodiment of the present invention proposes a comprehensive management platform for day chemotherapy outpatient clinics for cancer patients, and on the basis of the first embodiment, it further includes: the business end 3 also includes a patient self-service module 32, and the patient self-service module 32 is configured to provide self-service for patients. Specifically, the content of the self-service includes online health consultation, personal information maintenance, viewing appointment results, etc.

[0054] In this embodiment, by configuring the service terminal 3 to also include a patient self-service module 32, patients can select self-service items based on their actual needs to receive personalized diagnosis and treatment services. Specifically, the self-service module 32 provides a message reminder service to provide information such as successful patient registration and medication delivery. Patients can also query pathology diagnosis results, imaging diagnosis results, etc. through the information query service provided by the self-service module 32. Patients can also obtain online consultation on registration or medical issues through the online consultation service provided by the self-service module 32. Patients can also obtain medication precautions through the pharmacy consultation service provided by the self-service module 32.

[0055] like Figure 1 As shown, the sixth embodiment of the present invention proposes a comprehensive management platform for day chemotherapy outpatient clinics for cancer patients, and on the basis of the first embodiment, further includes: the business end 3 also includes a follow-up service module 33, and the follow-up service module 33 is configured to provide health education and follow-up during the treatment interval.

[0056] In this embodiment, by setting the business terminal 3 to also include a follow-up service module 33, the medical team can use the follow-up service module 33 to carry out health education and follow-up for patients and their authorized agents (such as the elderly, family members of special groups such as those with mobility difficulties) during the treatment interval. For example, the WeChat platform can be used to push individualized health education content and push follow-up assessment scales to complete the evaluation of treatment effects and symptom management. At the same time, the medical team customizes quantifiable follow-up questionnaires based on different tumor diseases and chemotherapy patients, and sends them to chemotherapy patients in the form of WeChat. For elderly patients, telephone communication can be used and medical staff can complete the questionnaire on their behalf on the computer side, and automatically collect treatment evaluation related information through the questionnaire results.

[0057] Example 2

[0058] See also Figure 2 As shown, the first embodiment of the present invention proposes a method for managing daytime chemotherapy clinics for cancer patients, which adopts the comprehensive management platform for daytime chemotherapy clinics for cancer patients in Example 1, including:

[0059] S1. Make an outpatient appointment and treatment reservation through the patient module 14. Specifically, the patient follows the hospital service official account through the user terminal (such as a mobile phone), selects the day chemotherapy clinic to make a treatment reservation, and enters the patient's basic information and the patient's test and examination diagnosis information;

[0060] S2. The doctor module 11 reviews the patient's basic information, enters the specialist evaluation results after face-to-face consultation with the patient based on the patient's test and examination diagnosis information, and formulates a chemotherapy plan based on the specialist evaluation results;

[0061] S3. Review the medication prescriptions in the chemotherapy regimen through the clinical pharmacist module 13. The specific clinical pharmacist module needs to access the hospital intranet data to review the medication prescriptions;

[0062] S4. Check and complete the patient's basic information through the nurse module 12, and formulate a nursing plan based on the chemotherapy plan;

[0063] S5. Collecting the patient's basic information, the patient's test and examination diagnosis information, and specialist evaluation results through the information collection module;

[0064] S6. The intravenous preparation module 23 prepares and delivers the medicine according to the appointment time, chemotherapy regimen, and medication prescription review results of the intravenous infusion treatment plan issued by the day chemotherapy clinic and finally confirmed by the patient after payment;

[0065] S7, recording the treatment information of the patient during the treatment process through the treatment execution module 24;

[0066] S8. The patient visualization module 31 is configured to dynamically display process information of the patient's treatment process.

[0067] The day-patient chemotherapy outpatient management method for tumor patients provided in this embodiment first makes an outpatient appointment and treatment reservation through the patient module 14, and enters the patient's basic information, the patient's test and examination diagnosis information (such as pathological diagnosis results, imaging diagnosis results, and the patient's self-assessment results). Secondly, the doctor module 11 checks the patient's basic information, and enters the specialist evaluation results based on the patient's test and examination diagnosis information and face-to-face consultation situation, and formulates a chemotherapy plan based on the specialist evaluation results. The clinical pharmacist module 13 reviews the medication prescription in the chemotherapy plan again. Finally, the nurse module 12 checks and improves the patient's basic information and formulates a nursing plan based on the chemotherapy plan. First, the organizational structure of the day-patient chemotherapy outpatient work can be established through steps S1-S4, that is, through the modular configuration of each user terminal, the various roles in the day-patient chemotherapy outpatient clinic are integrated together, thereby establishing an organizational structure for the management of the day-patient chemotherapy outpatient clinic.

[0068] Secondly, the information collection module collects the patient's basic information, the patient's test, examination and diagnosis information and specialist evaluation results. The intravenous dispensing module 23 configures and delivers the medicine according to the appointment time of the patient's intravenous infusion treatment plan issued by the patient in the day chemotherapy clinic after the patient completes the payment, the chemotherapy plan formulated by the doctor and the review results of the clinical pharmacist's medication prescription. The treatment execution module 24 records the patient's treatment information during the treatment process (patient appointment check-in information, patient hospitalization observation information); secondly, through steps S5-S7, the data of the patient's treatment process can be integrated to enable information sharing and information flow, breaking down information barriers. That is, the doctor can form a chemotherapy plan based on the patient's test, examination and diagnosis information and specialist evaluation results. After the clinical pharmacist reviews the medication prescription, the intravenous dispensing module 23 configures and delivers the medicine according to the patient's treatment appointment time, the chemotherapy plan formulated by the doctor and the review results of the clinical pharmacist's medication prescription. Finally, the patient enters the treatment execution module 24 for treatment.

[0069] Finally, the patient visualization module 31 dynamically displays the patient's treatment process information (such as the patient's appointment registration, appointment success, treatment start, treatment end, and observation end). In step S8, the patient's dynamic process of appointment registration, appointment success, treatment start, treatment end, and observation end can be visualized on the day chemotherapy clinic comprehensive management platform.

[0070] In summary, first, the organizational structure of the day chemotherapy clinic is built through steps S1-S4, that is, through the modular configuration of each user terminal, the various roles in the day chemotherapy clinic are integrated together, thereby building an organizational structure for the management of the day chemotherapy clinic. Secondly, through steps S5-S7, the data during the patient's treatment process is integrated to enable information sharing and information flow, breaking down information barriers and facilitating closed-loop management of the day chemotherapy clinic treatment process. Finally, through step S8, the process of the patient's treatment process is visualized, which is beneficial for medical institution managers to grasp the progress of the day chemotherapy clinic treatment process, and can reduce patients' waiting anxiety. Through the cooperation of the above steps, accurate management of the day chemotherapy clinic treatment process can be achieved.

[0071] Each embodiment in this specification is described in a progressive manner. The same or similar parts between the embodiments can be referred to each other. Each embodiment focuses on the differences from other embodiments. The above are only embodiments of the present invention and are not intended to limit the present invention. For those skilled in the art, the present invention can have various changes and variations. Any modifications, equivalent substitutions, improvements, etc. made within the spirit and principles of the present invention should be included in the rights of the present invention.

Claims

1. A comprehensive management platform for day chemotherapy outpatient clinics for cancer patients, characterized by: It includes a user side (1), an execution side (2) and a business side (3) that communicate with each other; The user terminal (1) includes a patient module (14), which is configured to make outpatient appointments and treatment appointments, and input the patient's basic information and the patient's test, examination and diagnosis information; a doctor module (11), which is configured to review the patient's basic information, input the specialist evaluation results based on the patient's test, examination and diagnosis information, and formulate a chemotherapy plan based on the specialist evaluation results; a clinical pharmacist module (13), which is configured to review the medication prescriptions in the chemotherapy plan; and a nurse module (12), which is configured to review and improve the patient's basic information, formulate a nursing plan based on the chemotherapy plan, and push the appointment management information to the user terminal. The execution end (2) includes an information collection module, which is configured to collect basic information of the patient, the patient's test, examination and diagnosis information and specialist evaluation results; an intravenous dispensing module (23), which is configured to prepare and distribute drugs according to the appointment time, chemotherapy regimen and medication prescription review results of the intravenous infusion treatment plan issued by the day chemotherapy clinic and finally confirmed after the patient completes payment; and a treatment execution module (24), which is configured to record treatment information of the patient during the treatment process; The service end (3) includes a patient visualization module (31), and the patient visualization module (31) is configured to dynamically display process information during the patient treatment process.

2. The comprehensive management platform for daytime chemotherapy outpatient clinics for cancer patients according to claim 1 is characterized by: The system further comprises a quality management terminal (4), wherein the quality management terminal (4) comprises a quality management module (41), wherein the quality management module (41) is configured to supervise treatment behaviors and nursing behaviors during the treatment of patients according to quality safety indicators; The quality improvement module (42) is configured to collect adverse events occurring during the patient's treatment process, write rectification records, and perform statistical analysis of the data.

3. The comprehensive management platform for daytime chemotherapy outpatient clinics for cancer patients according to claim 2 is characterized in that: The user terminal (1) further includes an administrator module (15), and the administrator module (15) is configured to review the qualifications of corresponding users of the day chemotherapy clinic comprehensive management platform and perform corresponding authorization.

4. The comprehensive management platform for daytime chemotherapy outpatient clinics for cancer patients according to claim 2 is characterized in that: The user terminal (1) further comprises a family module (16), wherein the family module (16) is configured to input information of the authorized client and query the patient's test, examination and diagnosis information.

5. The comprehensive management platform for daytime chemotherapy outpatient clinics for cancer patients according to claim 2 is characterized in that: The service end (3) further includes a patient self-service module (32), and the patient self-service module (32) is configured to provide self-service for patients.

6. The comprehensive management platform for daytime chemotherapy outpatient clinics for cancer patients according to claim 2 is characterized in that: The service end (3) further includes a follow-up service module (33), and the follow-up service module (33) is configured to provide health education and follow-up during the treatment interval.

7. The comprehensive management platform for daytime chemotherapy outpatient clinics for cancer patients according to claim 2 is characterized in that: The patient's test and examination diagnosis information includes pathological diagnosis results, imaging diagnosis results, and patient self-assessment results.

8. The comprehensive management platform for daytime chemotherapy outpatient clinics for cancer patients according to claim 2 is characterized in that: The patient's treatment information includes the patient's appointment check-in information for day chemotherapy outpatient treatment and the patient's hospital observation information.

9. The comprehensive management platform for day chemotherapy outpatient clinics for cancer patients according to claim 2 is characterized in that: The process information of the patient's treatment process includes the patient's appointment registration information, appointment success information, treatment start information, treatment end information and observation end information.

10. A comprehensive management method for daytime chemotherapy clinics for cancer patients, using the comprehensive management platform for daytime chemotherapy clinics for cancer patients according to any one of claims 1 to 9, characterized in that: include: S1, making an outpatient appointment and making an appointment for treatment through the patient module (14), and entering the patient's basic information and the patient's test, examination and diagnosis information; S2. Checking the patient's basic information through the doctor module (11), and entering the specialist evaluation results after face-to-face consultation with the patient based on the patient's test and examination diagnosis information, and formulating a chemotherapy plan based on the specialist evaluation results; S3, reviewing the medication prescription in the chemotherapy regimen through the clinical pharmacist module (13); S4, checking and completing the patient's basic information through the nurse module (12), and formulating a nursing plan according to the chemotherapy plan; S5. Collecting the patient's basic information, the patient's test and examination diagnosis information, and specialist evaluation results through the information collection module; S6, using the intravenous preparation module (23) to prepare and deliver the medicine according to the appointment time, chemotherapy regimen and medication prescription review results of the intravenous infusion treatment plan issued by the day chemotherapy clinic and finally confirmed after the patient completes payment; S7, recording treatment information of the patient during treatment by the treatment execution module (24); S8. The patient visualization module (31) is configured to dynamically display process information of the patient's treatment process.

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