Perioperative period rapid rehabilitation service management system

Abstract

The invention relates to the technical field of medical services, and provides a perioperative period rapid rehabilitation service management system. According to the system, a user interface module, a service request module, a nursing progress query module, a follow-up visit record database, a worker operation platform, a report consulting tool, a nursing tracker, a content issuing platform, a management control platform and other modules are integrated, and a closed-loop perioperative period rapid rehabilitation service system is constructed. The content publishing platform supports editing and publishing of rehabilitation guidance content, and the rehabilitation knowledge acquisition approach of the patient is expanded. The management control platform provides system configuration flexibility, optimizes article classification and nursing content management, and assists a manager in understanding system operation conditions by generating a statistical data report. In conclusion, the system obviously improves the doctor-patient communication efficiency and the rehabilitation quality and service level of the patient in the perioperative period.

Description

Technical Field

[0001] The present invention belongs to the technical field of medical services, and in particular relates to a perioperative rapid rehabilitation service management system. Background Art

[0002] The existing medical service system has many inconveniences in dealing with the rehabilitation process of perioperative patients, including but not limited to patients' lack of understanding of their own nursing process and lack of effective rehabilitation guidance resources. In particular, during the follow-up phase after the patient is discharged from the hospital, due to the lack of effective technical support, it is difficult for patients to obtain the necessary nursing rehabilitation information and support in a timely manner, which in turn affects the quality of rehabilitation.

[0003] How to build a perioperative rapid rehabilitation service management system that can simplify the doctor-patient communication process, increase patients' transparency into their own care process, and provide personalized rehabilitation guidance is an urgent problem that needs to be solved. Summary of the invention

[0004] The purpose of the present invention is to provide a perioperative rapid recovery service management system, which not only improves the patient experience, allowing patients to easily register accounts, upload medical reports, apply for nursing services and view nursing progress, but also enables staff to more efficiently complete follow-up record filling, review patient reports, track nursing execution and other tasks.

[0005] To achieve the above objectives, the present invention adopts the following technical solution: a perioperative rapid rehabilitation service management system, comprising:

[0006] A user interface module for patients to register accounts and upload medical reports;

[0007] The user interface module is connected to a service request module for the patient to initiate a nursing service request;

[0008] The service request module is connected to a nursing progress query module for patients to view the nursing progress status. The nursing progress query module is connected to a follow-up record database to store patient follow-up information;

[0009] The follow-up record database is connected to the staff operating platform for staff to enter follow-up data. The staff operating platform integrates a report review tool that can access medical reports uploaded by patients;

[0010] The report review tool is also combined with a nursing tracker to track the execution of nursing tasks, and the nursing tracker is connected to a content publishing platform to support the editing and publishing of rehabilitation guidance content;

[0011] The content publishing platform is linked to a management control platform for configuring mini-program functions, managing article classification and nursing content, and generating statistical data reports.

[0012] Preferably, the user interface module includes an account creation unit for receiving information input by the patient to establish a personal profile;

[0013] The account creation unit is associated with a security verification unit to enhance the security of the account by setting a password, wherein the password strength is calculated by the following formula:

[0014] Where S represents the overall strength of the password, n is the number of password rules, and w i represents the weight value of the i-th rule, l i is the number of occurrences of the ith rule in the password, and b is the basic strength value;

[0015] The security verification unit is connected to a file upload unit, allowing the patient whose identity has been verified to upload relevant medical reports;

[0016] The file uploading unit is provided with an automatic identification unit, which automatically determines whether the format type of the uploaded file meets the preset standard according to the format type of the uploaded file.

[0017] Preferably, the service request module includes a nursing demand input interface for patients to submit specific information about the nursing services they need;

[0018] The nursing demand input interface is associated with a priority determination unit, which automatically determines the urgency of the nursing request based on the service information submitted by the patient and calculates the priority through the following formula:

[0019] P = α·C + β·T, where P represents the priority of the nursing request, α and β are preset weight coefficients, C represents the complexity of the nursing demand, and T represents the time urgency of the request;

[0020] The priority determination unit is connected to a scheduling and allocation unit to allocate tasks to nursing staff according to the determined priority order;

[0021] The scheduling and allocation unit is integrated with a notification sending unit, which sends reminder information to relevant nursing staff when a nursing task is assigned.

[0022] Preferably, the nursing progress query module includes a nursing activity calendar for displaying the arrangement and completion status of nursing activities;

[0023] The nursing activity calendar is associated with a timeline marker, and the nursing progress is updated by analyzing the time nodes of the nursing activities;

[0024] The timeline marker is connected to a notification reminder unit, which sends an update message to the patient when the nursing activity is changed or about to be carried out;

[0025] The notification reminder unit also integrates a feedback collection unit, which allows patients to evaluate the effectiveness of nursing activities and quantify the importance of feedback through the following formula:

[0026] I f =ω1·F s +ω2·F t Among them, I f represents the importance of feedback, ω1 and ω2 are satisfaction FsFs and timeliness F t The weight factor of .

[0027] Preferably, the nursing progress query module includes a follow-up record viewing unit for displaying the patient's follow-up history records;

[0028] The follow-up record viewing unit is associated with a data synchronization unit to ensure that the information in the follow-up record database is up to date;

[0029] The data synchronization unit is connected to a record update unit. When new follow-up information is generated, the record update unit is responsible for storing the new information in the follow-up record database and evaluating the timeliness of the information update through the following formula: T u Indicates the timeliness percentage of information update, T n is the time when the information is recorded, T p is the time when the information is generated, T m is the maximum delay allowed;

[0030] The record updating unit is connected to a data integrity checking unit, which periodically checks the data consistency in the follow-up record database and detects the degree of data missing using the following formula:

[0031] Among them, D i Indicates the percentage of data integrity, N m is the number of missing records, N e is the total number of records expected.

[0032] Preferably, the staff operating platform includes a data entry interface for the staff to enter the follow-up data;

[0033] The data entry interface is connected to a data verification unit, which is used to ensure the accuracy of the entered data and calculate the accuracy of the data entry through the following formula:

[0034] Among them, A rIndicates the accuracy of data entry, N v is the number of data entries verified to be correct, N l is the total number of input data entries;

[0035] The data verification unit is associated with a data synchronization module to ensure that the follow-up data is updated to the follow-up record database in a timely manner;

[0036] The data synchronization module is connected to a historical record comparison unit, which is used to compare the consistency of newly entered data with historical data.

[0037] Preferably, the staff operating platform includes a report review tool for accessing medical reports uploaded by patients;

[0038] The report access tool is associated with a permission verification unit to confirm that the staff member has the right to access the report of a specific patient and calculate the permission level through the following formula:

[0039] Among them, A l represents the access level of the staff member, n is the number of roles, p is i represents the permission value of the i-th role, r i is the number of staff members with this role;

[0040] The permission verification unit is connected to a report screening unit, allowing staff to search for relevant reports based on keywords or other attributes, and calculate the relevance of the report using the following formula:

[0041] R r represents the relevance of the report, m is the number of keywords, and w i represents the weight of the i-th keyword, k i is the number of times the keyword appears in the report, and W is the total weight of all keywords;

[0042] The report screening unit is integrated with a report downloading unit, enabling staff to download the required medical reports.

[0043] Preferably, the report review tool is combined with a nursing tracker for tracking the performance of nursing tasks;

[0044] The nursing tracker is associated with a task assignment unit, which is responsible for assigning nursing tasks to appropriate nursing staff;

[0045] The task allocation unit is connected to an execution monitoring unit to monitor the completion of the nursing task;

[0046] The execution monitoring unit integrates a progress updating unit, which is responsible for updating the task status in the nursing tracker when the status of the nursing task changes.

[0047] Preferably, the nursing tracker is connected to a content publishing platform for editing and publishing rehabilitation guidance content;

[0048] The content publishing platform includes an editor unit to support staff in editing rehabilitation guidance articles;

[0049] The editor unit is connected to a review unit, which checks the quality of the article according to a preset standard;

[0050] The review unit is associated with a publishing unit, which is responsible for publishing the reviewed articles to the platform;

[0051] The publishing unit is integrated with a feedback collection unit to collect user feedback on the published rehabilitation guidance articles.

[0052] Preferably, the content publishing platform is linked to a management control platform for mini-program function configuration, managing article classification and nursing content, and generating statistical data reports;

[0053] The management control platform includes a function configuration unit for adjusting various settings of the mini-program;

[0054] The function configuration unit is associated with a classification management unit, and the classification management unit is responsible for maintaining the category of the article;

[0055] The classification management unit is connected to a content management unit, and the content management unit is responsible for supervising the published rehabilitation guidance content;

[0056] The content management unit integrates a report generation unit to generate statistical data reports based on the collected data.

[0057] Technical effects and advantages of the present invention: Compared with the prior art, the perioperative rapid rehabilitation service management system proposed by the present invention has the following advantages:

[0058] This system forms a closed-loop perioperative rapid rehabilitation service system by integrating multiple modules such as user interface module, service request module, nursing progress query module, follow-up record database, staff operation platform, report review tool, nursing tracker, content publishing platform and management control platform. This system not only improves the patient experience, allowing patients to easily register accounts, upload medical reports, apply for nursing services and view nursing progress, but also enables staff to more efficiently complete follow-up record filling, review patient reports, and track nursing execution. In addition, the content publishing platform supports the editing and publishing of rehabilitation guidance content, enriching the patient's source of rehabilitation knowledge. The management control platform provides strong support for the operation of the entire system, making the system configuration more flexible, the article classification and nursing content management more orderly, and can generate statistical data reports to help managers better understand the operation of the system. Overall, this system optimizes the efficiency of doctor-patient communication and improves the rehabilitation quality and medical service level of perioperative patients. BRIEF DESCRIPTION OF THE DRAWINGS

[0059] Figure 1 The present invention is a block diagram of a perioperative rapid rehabilitation service management system. DETAILED DESCRIPTION

[0060] The following will be combined with the accompanying drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, rather than all the embodiments. The specific embodiments described herein are only used to explain the present invention and are not used to limit the present invention. Based on the embodiments in the present invention, all other embodiments obtained by ordinary technicians in this field without making creative work are within the scope of protection of the present invention.

[0061] The present invention provides a perioperative rapid recovery service management system, such as Figure 1 As shown in the figure, a closed-loop perioperative rapid rehabilitation service system is formed by integrating multiple modules such as user interface module, service request module, nursing progress query module, follow-up record database, staff operation platform, report review tool, nursing tracker, content publishing platform and management control platform. The details are as follows:

[0062] Exemplarily, the user interface module is used for patients to register accounts and upload medical reports; the user interface module is used for patients to register accounts and upload medical reports. To achieve this purpose, the user interface module is designed with multiple submodules to ensure user experience and data security. The user interface module includes an account creation unit for receiving information input by patients to establish a personal profile;

[0063] The account creation unit is associated with a security verification unit, and the security of the account is enhanced by setting a password, where the password strength is calculated by the following formula:

[0064] Where S represents the overall strength of the password, n is the number of password rules, and w i represents the weight value of the i-th rule, l i is the number of occurrences of the ith rule in the password, and b is the basic strength value; through this formula, the system can evaluate the strength of each password and ensure that only passwords that meet certain security standards are accepted. The security verification unit is connected to a file upload unit, allowing patients with verified identities to upload relevant medical reports; the file upload unit has an automatic identification unit, which automatically determines whether the format type of the uploaded file meets the preset standard.

[0065] In order to ensure that the uploaded files meet the preset standards, the file upload unit is equipped with an automatic recognition unit. This unit can automatically determine whether the file meets the system requirements based on the format type of the uploaded file. If the file does not meet the standards, the patient will be prompted to re-upload the correct file format.

[0066] Through the above design, the perioperative rapid rehabilitation service management system provided by the present invention can ensure the security of patient information, and improve the convenience and efficiency of patients uploading medical reports through the automated file recognition function. This not only simplifies the patient's operation steps, but also reduces the information transmission delay caused by inconsistent file formats, thereby helping to improve the quality and efficiency of overall medical services.

[0067] Furthermore, the user interface module not only supports patients to register accounts and upload medical reports, but is also further connected to the service request module, enabling patients to initiate nursing service requests. In order to achieve this function, the service request module is designed with the following submodules: Nursing demand input interface: This interface allows patients to submit specific information about the nursing services they need, such as the type of care, required time, special requirements, etc. Through this interface, patients can describe their nursing needs in detail.

[0068] The nursing demand input interface is associated with a priority determination unit, which automatically determines the urgency of the nursing request based on the service information submitted by the patient and calculates the priority through the following formula:

[0069] P=α·C+β·T, where P represents the priority of the nursing request, α and β are preset weight coefficients, C represents the complexity of the nursing need, and T represents the time urgency of the request; through this formula, the system can automatically evaluate the urgency of the nursing request and sort the requests accordingly.

[0070] The priority determination unit is connected to a scheduling and allocation unit, which allocates tasks to nursing staff according to the determined priority order; this ensures that urgent and complex nursing requests are handled first. The scheduling and allocation unit integrates a notification sending unit, which sends reminder information to relevant nursing staff when nursing tasks are allocated.

[0071] By automatically prioritizing care requests, urgent care requests are ensured to be processed quickly. Care resources are rationally allocated according to the complexity and time urgency of care requests, allowing caregivers to focus on patients who need the most attention. The automatic notification function ensures that caregivers are informed of new assigned tasks in a timely manner, reducing delays caused by poor communication. Patients can clearly understand through the system that their care requests have been accepted and are being processed, which increases patients' trust and satisfaction with care services.

[0072] Exemplarily, the service request module is connected to a nursing progress query module for patients to view the nursing progress status. The nursing progress query module is connected to a follow-up record database to store patient follow-up information. The service request module not only supports patients initiating nursing service requests, but is also connected to the nursing progress query module so that patients can view the nursing progress status.

[0073] The nursing progress query module includes a nursing activity calendar for displaying the arrangement and completion status of nursing activities; patients can see the specific time arrangement of nursing activities and which activities have been completed on the calendar.

[0074] The nursing activity calendar is associated with a timeline marker, which updates the nursing progress by analyzing the time nodes of the nursing activities; each time a nursing activity starts or is completed, the timeline marker will automatically update the nursing progress to ensure that the patient can understand the latest status of the nursing activity in real time.

[0075] The timeline marker is connected to a notification reminder unit, which sends update messages to the patient when nursing activities are changed or about to be carried out; in this way, the patient can prepare in advance and ensure that no important nursing activities are missed.

[0076] The notification reminder unit also integrates a feedback collection unit, which allows patients to evaluate the effectiveness of nursing activities and quantify the importance of feedback through the following formula:

[0077] I f =ω1·F s +ω2·F t Among them, I f represents the importance of feedback, ω1 and ω2 are satisfaction FsFs and timeliness F tThrough this formula, the system can evaluate the patient's satisfaction with nursing activities and the timeliness of their feedback, thereby continuously improving the quality of nursing services.

[0078] Patients can clearly see the schedule and completion status of nursing activities through the nursing activity calendar, which enhances their understanding and trust in the nursing process. The notification reminder unit ensures that patients can receive changes in nursing activities in a timely manner, reducing misunderstandings and inconveniences caused by information asymmetry. By quantifying patient feedback, the nursing team can improve services in a targeted manner and improve the overall quality of nursing activities. Patients can not only track the progress of nursing in real time, but also express their opinions on nursing services through the feedback collection unit, so that they can feel more personalized care.

[0079] In addition, the nursing progress query module includes a follow-up record viewing unit, which is used to display the patient's follow-up history records; including detailed information such as the time, content, and results of each follow-up, so that patients can view their follow-up status at any time.

[0080] The follow-up record viewing unit is associated with a data synchronization unit to ensure that the information in the follow-up record database is up-to-date; the data synchronization unit periodically synchronizes data with the follow-up record database to ensure that any updates can be reflected in the patient's viewing interface in a timely manner.

[0081] The data synchronization unit is connected to a record update unit. When new follow-up information is generated, the record update unit is responsible for storing the new information in the follow-up record database and evaluating the timeliness of the information update through the following formula: T u Indicates the timeliness percentage of information update, T n is the time when the information is recorded, T p is the time when the information is generated, T m is the maximum delay allowed; through this formula, the system can evaluate the speed of updating follow-up information to ensure that patients can learn the latest follow-up information in a timely manner.

[0082] The record updating unit is connected to a data integrity checking unit, which periodically checks the data consistency in the follow-up record database and detects the degree of data missing using the following formula:

[0083] Among them, D i Indicates the percentage of data integrity, N m is the number of missing records, N e is the expected total number of records. Through this formula, the system can evaluate the completeness of the data in the follow-up record database to ensure that no important information is missed.

[0084] Through the record update unit and the evaluation of information update timeliness, the system ensures that the follow-up information can be updated to the database in a timely manner, so that patients can obtain the latest follow-up records at the first time. The data integrity check unit regularly checks the data consistency in the follow-up record database, and ensures the integrity and accuracy of the follow-up records by detecting the degree of data missing. The follow-up record viewing unit enables patients to view their follow-up history records at any time, which increases their trust in medical services and also facilitates patients to have a comprehensive understanding of their own recovery process. By regularly checking and evaluating the update timeliness and data integrity of follow-up information, the system can promptly discover and solve problems, thereby continuously improving service quality.

[0085] The follow-up record database is connected to the staff operation platform for staff to enter follow-up data. The staff operation platform integrates a report review tool to access the medical reports uploaded by patients;

[0086] Furthermore, the staff operating platform includes a data entry interface for staff to enter follow-up data; the interface design is intuitive and easy to use, ensuring that staff can quickly and accurately enter relevant information, such as follow-up dates, nursing activity details, patient feedback, etc.

[0087] The data entry interface is connected to a data verification unit, which is used to ensure the accuracy of the entered data and calculate the accuracy of the data entry through the following formula:

[0088] Among them, A r Indicates the accuracy of data entry, N v is the number of data entries verified to be correct, N l is the total number of data entries; through this formula, the system can evaluate the accuracy of data entry and ensure the reliability of follow-up records.

[0089] The data verification unit is associated with a data synchronization module to ensure that the follow-up data is updated to the follow-up record database in a timely manner; the data synchronization module ensures the immediate availability of the follow-up information through real-time communication with the database.

[0090] The data synchronization module is connected to a historical record comparison unit, which is used to compare the consistency of the newly entered data with the historical data. By comparing the new and old data, the system can detect any possible anomalies or errors and ensure the coherence and consistency of the data.

[0091] Through the application of data verification unit and data entry accuracy formula, the system can evaluate and ensure the accuracy of input data and reduce the possibility of human error. The data synchronization module ensures that follow-up data can be updated to the database in a timely manner, so that patients and other relevant personnel can immediately view the latest follow-up records, improving the timeliness of information. The historical record comparison unit ensures the coherence and consistency of follow-up records by checking the consistency of new and old data, preventing data conflicts or losses, and ensuring the overall quality of the data. The integrated design of the staff operation platform enables staff to complete a series of operations such as data entry, verification, synchronization and historical data comparison on the same platform, simplifying the workflow and improving work efficiency.

[0092] In addition, the staff operation platform includes a report review tool for accessing medical reports uploaded by patients, so that staff can review relevant documents as needed to provide better care services;

[0093] The report review tool is associated with a permission verification unit, which confirms that the staff member has the authority to access the report of a specific patient and calculates the permission level through the following formula: The permission verification unit calculates the staff member's access permission level through the following formula.

[0094] Among them, A l represents the access level of the staff member, n is the number of roles, p is i represents the permission value of the i-th role, r i is the number of staff members who have this role. Through this formula, the system can determine the access permission level of the staff member based on the role and the permission value corresponding to the role.

[0095] The permission verification unit is connected to a report screening unit, allowing staff to search for relevant reports based on keywords or other attributes, and calculate the relevance of the report using the following formula:

[0096] R r represents the relevance of the report, m is the number of keywords, and w i represents the weight of the i-th keyword, k i is the number of times the keyword appears in the report, and W is the total weight of all keywords. Through this formula, the system can evaluate the relevance of the report to the search conditions, thereby improving search efficiency.

[0097] The report screening unit integrates a report download unit, which enables staff to download the required medical reports. The download function ensures that staff can save important medical reports for offline viewing or further processing.

[0098] Through the permission verification unit, the system can control the staff's ability to access patient medical reports based on their role and permission level, ensuring that sensitive information is only available to authorized personnel, thereby strengthening privacy protection. The report screening unit calculates the relevance of reports, allowing staff to find reports that are highly relevant to the search criteria more quickly, improving work efficiency. The report download function ensures that staff can easily obtain the required medical reports, making it easier for them to review them when needed and supporting better clinical decision-making. By ensuring that staff can accurately and efficiently access and use medical reports uploaded by patients, the system improves the overall quality of medical services and makes nursing services more personalized and precise.

[0099] Exemplarily, the report review tool is also combined with a nursing tracker to track the execution of nursing tasks, and the nursing tracker is connected to a content publishing platform to support the editing and publishing of rehabilitation guidance content;

[0100] Among them, the report review tool is combined with a nursing tracker to track the execution of nursing tasks; through the nursing tracker, staff can monitor the status of each nursing task in real time to ensure that nursing activities are carried out as planned.

[0101] The nursing tracker is associated with a task allocation unit, which is responsible for assigning nursing tasks to appropriate nursing staff; the task allocation unit is connected to an execution monitoring unit to monitor the completion of nursing tasks; the execution monitoring unit can track the status of nursing tasks in real time, such as whether the task has started, is in progress or has been completed.

[0102] The execution monitoring unit integrates a progress update unit, which is responsible for updating the task status in the nursing tracker when the status of the nursing task changes. In this way, the system can ensure that the status information of the nursing task is the latest, which is convenient for the staff to check at any time.

[0103] The task assignment unit assigns nursing tasks to appropriate nursing staff, ensuring the rational use of nursing resources and improving task management efficiency. The execution monitoring unit monitors the completion of nursing tasks in real time, allowing managers to keep abreast of the progress of nursing activities and ensure that nursing tasks are completed on time. The progress update unit ensures that the status information of nursing tasks is updated in a timely manner, so that all relevant personnel can obtain the latest nursing task status, enhancing the synchronization of information. Through the implementation of the nursing tracker, the system can not only track the execution of nursing tasks, but also provide personalized rehabilitation guidance content through the content publishing platform, thereby improving the quality of nursing services and patient satisfaction.

[0104] Specifically, the nursing tracker is connected to a content publishing platform for editing and publishing rehabilitation guidance content;

[0105] The content publishing platform includes an editor unit that supports staff in editing rehabilitation guidance articles; this unit provides a wealth of editing tools, such as text formatting, image insertion, video embedding and other functions, allowing staff to easily create high-quality rehabilitation guidance content.

[0106] The editor unit is connected to a review unit, which checks the quality of the article according to the preset standards; the review unit ensures that the published rehabilitation guidance content meets the requirements of medical professionalism and is easy for patients to understand. Through the review process, the system can ensure that the published content is accurate, reliable and suitable for patients.

[0107] The review unit is associated with a publishing unit, which is responsible for publishing articles that have passed the review to the platform; the publishing unit ensures that only content that has passed strict review can be released to the public, thereby ensuring the quality and credibility of the rehabilitation guidance content.

[0108] The publishing unit integrates a feedback collection unit to collect user feedback on the published rehabilitation guidance articles. By collecting user feedback information, the system can understand the actual effect of the article and continuously improve and optimize the rehabilitation guidance content accordingly.

[0109] With the various editing tools provided by the editor unit, staff can easily create high-quality rehabilitation guidance articles. The review unit ensures that the content meets professional standards before publication, thereby improving the overall quality of rehabilitation guidance content. The existence of the review unit ensures that only content that has been strictly reviewed will be published, reducing the risk of misinformation dissemination and ensuring that patients can receive reliable and accurate rehabilitation guidance. The feedback collection unit collects user feedback on rehabilitation guidance articles, providing a basis for continuous improvement of content. By analyzing user feedback, the system can continuously optimize the rehabilitation guidance content to make it more in line with the actual needs of patients.

[0110] By providing personalized rehabilitation guidance content, patients can get more practical and targeted advice, thereby enhancing their enthusiasm for participating in the rehabilitation process. In addition, the user feedback mechanism also makes patients feel that their opinions are valued, improving patient satisfaction.

[0111] Exemplarily, the content publishing platform is linked to a management control platform to configure mini-program functions, manage article classification and nursing content, and generate statistical data reports.

[0112] Furthermore, the content publishing platform is linked to a management control platform for mini-program function configuration, managing article classification and nursing content, and generating statistical data reports;

[0113] The management control platform includes a function configuration unit for adjusting the various settings of the mini-program; through this unit, administrators can customize the function modules of the mini-program, such as adding or deleting specific functions, adjusting the visibility and priority of functions, to adapt to different usage scenarios and needs.

[0114] The function configuration unit is associated with a classification management unit, which is responsible for maintaining the categories of articles; the classification management unit enables administrators to create, edit and delete article categories to ensure that the rehabilitation guidance content can be correctly classified to facilitate user search and reading.

[0115] The classification management unit is connected to a content management unit, which is responsible for supervising the published rehabilitation guidance content; through this unit, the administrator can view, edit, delete or restore the published articles to ensure the accuracy and timeliness of the content.

[0116] The content management unit integrates a report generation unit to generate statistical data reports based on the collected data. The report generation unit can generate various statistical reports based on different dimensions (such as time, classification, user feedback, etc.) to help administrators better understand the system operation status and user behavior.

[0117] Through the function configuration unit, administrators can flexibly adjust the functions of the mini program according to actual needs, so that the system can better adapt to the needs of different user groups and improve user experience. The classification management unit enables administrators to effectively organize and manage article categories, ensure that the classification of rehabilitation guidance content is reasonable, facilitate users to quickly find the information they need, and improve information acquisition efficiency.

[0118] The content management unit provides administrators with a comprehensive content supervision tool to ensure that the rehabilitation guidance content released is accurate, reliable, and can be updated in a timely manner to improve the quality of the content. The report generation unit generates statistical data reports based on the collected data to help administrators better understand the operation of the system and the user's behavior patterns, provide data support for decision-making, and continuously optimize service processes and content.

[0119] Finally, it should be noted that the above are only preferred embodiments of the present invention and are not intended to limit the present invention. Although the present invention has been described in detail with reference to the aforementioned embodiments, it is still possible for those skilled in the art to modify the technical solutions described in the aforementioned embodiments, or to make equivalent substitutions for some of the technical features therein. Any modifications, equivalent substitutions, improvements, etc. made within the spirit and principles of the present invention should be included in the protection scope of the present invention.

Claims

1. A perioperative rapid rehabilitation service management system, characterized in that: include: A user interface module for patients to register accounts and upload medical reports; The user interface module is connected to a service request module for the patient to initiate a nursing service request; The service request module is connected to a nursing progress query module for patients to view the nursing progress status. The nursing progress query module is connected to a follow-up record database to store patient follow-up information; The follow-up record database is connected to the staff operating platform for staff to enter follow-up data. The staff operating platform integrates a report review tool that can access medical reports uploaded by patients; The report review tool is also combined with a nursing tracker to track the execution of nursing tasks, and the nursing tracker is connected to a content publishing platform to support the editing and publishing of rehabilitation guidance content; The content publishing platform is linked to a management control platform for configuring mini-program functions, managing article classification and nursing content, and generating statistical data reports.

2. A perioperative rapid rehabilitation service management system according to claim 1, characterized in that: The user interface module includes an account creation unit for receiving information input by the patient to establish a personal profile; The account creation unit is associated with a security verification unit to enhance the security of the account by setting a password, wherein the password strength is calculated by the following formula: Where S represents the overall strength of the password, n is the number of password rules, and w i represents the weight value of the i-th rule, l i is the number of occurrences of the ith rule in the password, and b is the basic strength value; The security verification unit is connected to a file upload unit, allowing the patient whose identity has been verified to upload relevant medical reports; The file uploading unit is provided with an automatic identification unit, which automatically determines whether the format type of the uploaded file meets the preset standard according to the format type of the uploaded file.

3. A perioperative rapid rehabilitation service management system according to claim 2, characterized in that: The service request module includes a nursing demand input interface for patients to submit specific information about the nursing services they need; The nursing demand input interface is associated with a priority determination unit, which automatically determines the urgency of the nursing request based on the service information submitted by the patient and calculates the priority through the following formula: P = α·C + β·T, where P represents the priority of the nursing request, α and β are preset weight coefficients, C represents the complexity of the nursing demand, and T represents the time urgency of the request; The priority determination unit is connected to a scheduling and allocation unit to allocate tasks to nursing staff according to the determined priority order; The scheduling and allocation unit is integrated with a notification sending unit, which sends reminder information to relevant nursing staff when a nursing task is assigned.

4. A perioperative rapid rehabilitation service management system according to claim 3, characterized in that: The nursing progress query module includes a nursing activity calendar for displaying the arrangement and completion status of nursing activities; The nursing activity calendar is associated with a timeline marker, and the nursing progress is updated by analyzing the time nodes of the nursing activities; The timeline marker is connected to a notification reminder unit, which sends an update message to the patient when the nursing activity is changed or about to be carried out; The notification reminder unit also integrates a feedback collection unit, which allows patients to evaluate the effectiveness of nursing activities and quantify the importance of feedback through the following formula: I f =ω1·F s +ω2·F t Among them, I f represents the importance of feedback, ω1 and ω2 are satisfaction FsFs and timeliness F t The weight factor of .

5. A rapid recovery service management system for surgical operations according to claim 4, characterized in that: The nursing progress query module includes a follow-up record viewing unit for displaying the patient's follow-up history records; The follow-up record viewing unit is associated with a data synchronization unit to ensure that the information in the follow-up record database is up to date; The data synchronization unit is connected to a record update unit. When new follow-up information is generated, the record update unit is responsible for storing the new information in the follow-up record database and evaluating the timeliness of the information update through the following formula: T u Indicates the timeliness percentage of information update, T n is the time when the information is recorded, T p is the time when the information is generated, T m is the maximum delay allowed; The record updating unit is connected to a data integrity checking unit, which periodically checks the data consistency in the follow-up record database and detects the degree of data missing using the following formula: Among them, D i Indicates the percentage of data integrity, N m is the number of missing records, N e is the total number of records expected.

6. A perioperative rapid rehabilitation service management system according to claim 5, characterized in that: The staff operation platform includes a data entry interface for staff to enter follow-up data; The data entry interface is connected to a data verification unit, which is used to ensure the accuracy of the entered data and calculate the accuracy of the data entry through the following formula: Among them, A r Indicates the accuracy of data entry, N v is the number of data entries verified to be correct, N l is the total number of input data entries; The data verification unit is associated with a data synchronization module to ensure that the follow-up data is updated to the follow-up record database in a timely manner; The data synchronization module is connected to a historical record comparison unit, which is used to compare the consistency of newly entered data with historical data.

7. A perioperative rapid rehabilitation service management system according to claim 6, characterized in that: The staff operating platform includes a report review tool for accessing medical reports uploaded by patients; The report access tool is associated with a permission verification unit to confirm that the staff member has the right to access the report of a specific patient and calculate the permission level through the following formula: Among them, A l represents the access level of the staff member, n is the number of roles, p is i represents the permission value of the i-th role, r i is the number of staff members with this role; The permission verification unit is connected to a report screening unit, allowing staff to search for relevant reports based on keywords or other attributes, and calculate the relevance of the report using the following formula: R r represents the relevance of the report, m is the number of keywords, and w i represents the weight of the i-th keyword, k i is the number of times the keyword appears in the report, and W is the total weight of all keywords; The report screening unit is integrated with a report downloading unit, enabling staff to download the required medical reports.

8. A rapid recovery service management system for surgery according to claim 7, characterized in that: The report review tool is combined with a nursing tracker to track the performance of nursing tasks; The nursing tracker is associated with a task assignment unit, which is responsible for assigning nursing tasks to appropriate nursing staff; The task allocation unit is connected to an execution monitoring unit to monitor the completion of the nursing task; The execution monitoring unit integrates a progress updating unit, which is responsible for updating the task status in the nursing tracker when the status of the nursing task changes.

9. A rapid recovery service management system for surgical operations according to claim 8, characterized in that: The nursing tracker is connected to a content publishing platform for editing and publishing rehabilitation guidance content; The content publishing platform includes an editor unit to support staff in editing rehabilitation guidance articles; The editor unit is connected to a review unit, which checks the quality of the article according to a preset standard; The review unit is associated with a publishing unit, which is responsible for publishing the reviewed articles to the platform; The publishing unit is integrated with a feedback collection unit to collect user feedback on the published rehabilitation guidance articles.

10. A perioperative rapid rehabilitation service management system according to claim 9, characterized in that: The content publishing platform is linked to a management control platform for mini-program function configuration, managing article classification and nursing content, and generating statistical data reports; The management control platform includes a function configuration unit for adjusting various settings of the mini-program; The function configuration unit is associated with a classification management unit, and the classification management unit is responsible for maintaining the category of the article; The classification management unit is connected to a content management unit, and the content management unit is responsible for supervising the published rehabilitation guidance content; The content management unit integrates a report generation unit to generate statistical data reports based on the collected data.

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