An intelligent rescue AED service platform

Abstract

The present invention discloses an intelligent rescue AED service platform, which belongs to the field of intelligent rescue technology. An intelligent rescue AED service platform includes a management module, a volunteer management module, a content distribution module, a simulation start module, a virtual first aid module and a data request module. When a user calls for help with one click on the platform, the AED device closest to the person in need will display a "nearby help pop-up window" and send out an audible and visual alarm to prompt on-site first aid volunteers to participate in the rescue. At this time, the WeChat applet within 3KM of the person in need receives a "nearby help notification" to prompt other first aid volunteers to assist in the rescue. In this way, when the user calls for help with one click, the first aid volunteers can quickly reach the person in need and treat the person in need in time, thereby improving the rescue success rate and reducing the sudden death rate outside the hospital.

Description

Technical Field

[0001] The present invention relates to the field of intelligent rescue technology, and more specifically, to an intelligent rescue AED service platform. Background Art

[0002] The "China Cardiovascular Disease Report 2011" shows that the number of sudden cardiac deaths in my country is about 544,000 per year. Nearly 1,500 people die suddenly every day, and the rescue success rate is less than 1%. Sudden deaths outside the hospital account for 87.7% of the total number of sudden deaths. The number of people aged 25-40 seeking medical treatment for heart disease increases by about 20% each year; the popularity rate of cardiopulmonary resuscitation in adults in my country is less than 1%, while in the United States it is 60%; On April 11, 2023, the Zhengzhou Municipal Center for Disease Control and Prevention announced the Zhengzhou 2022 Residential Death Monitoring and Analysis Report; heart disease ranked first, accounting for 34.11%; At present, many patients with sudden heart disease in China die outside the hospital without timely treatment, which reduces the successful treatment of patients and increases the sudden death rate of patients. Summary of the invention

[0003] The purpose of the present invention is to provide an intelligent rescue AED service platform to solve the problems raised in the above background technology.

[0004] An intelligent rescue AED service platform, the intelligent rescue AED service platform comprising a management module, a volunteer management module, a content distribution module, a simulation start module, a virtual first aid module and a data request module;

[0005] The management module is used to arrange AED cabinets at various locations and place AED devices in the cabinets, and then is responsible for managing the cabinet's location information, status checks, remote monitoring, and regular maintenance reminders;

[0006] The volunteer management module is based on the cabinet management module and is used to recruit volunteers and conduct training operations to improve the volunteers' first aid ability and service awareness;

[0007] The content distribution module provides training materials and video content on cardiac rescue and AED use based on the volunteer management module, and allows volunteers to learn the training materials and videos;

[0008] The simulation start module is based on the content distribution module and is used to provide virtual simulation training for the use of AED, allowing volunteers to experience the cardiac rescue process in a simulated environment and provide real-time feedback and guidance;

[0009] The virtual first aid module is based on the simulation start module and is used to provide online first aid guidance services, allowing volunteers to obtain real-time first aid guidance through the platform and then communicate and receive guidance remotely from professional medical staff;

[0010] The data collection module collects data on the use of AED equipment and volunteer behavior based on the management module and the virtual first aid module, and then analyzes the collected data and evaluates the operation and effect of the platform.

[0011] Preferably, the management module is used to arrange AED cabinets at various locations and place AED equipment in the cabinets, and then is responsible for managing the location information, status inspection, remote monitoring and regular maintenance reminders of the cabinets. After the AED equipment is installed, the volunteer management module is used to recruit volunteers and conduct training operations. At the same time, the content distribution module can provide training materials and video content on cardiac rescue and AED use, and let volunteers learn the training materials and videos. When the volunteer training is completed, the simulation start module is used to provide virtual simulation training on the use of AED, allowing volunteers to experience the cardiac rescue process in a simulated environment, and provide real-time feedback and guidance. After the volunteers complete the virtual simulation training, when the volunteers face an emergency, the virtual first aid module is used to provide online first aid guidance services, and volunteers can obtain real-time first aid guidance through the platform, and then communicate and guide professional medical staff remotely. Finally, the data module is used to collect data on the use of AED equipment and volunteer behavior, and then the collected data is analyzed to evaluate the operation and effectiveness of the platform.

[0012] Preferably, the management module includes a cabinet configuration module, a remote monitoring module, a regular maintenance module and an alarm module;

[0013] The cabinet equipment module is used to select a location for placing the AED cabinet, and the location is selected in a place with a large flow of people and easy to be found and accessed, and the AED cabinet is installed, and then the AED device is placed in the cabinet, and a mark is set on the outside of the cabinet;

[0014] The remote monitoring module is based on the cabinet equipped module, and is equipped with sensors and monitoring equipment, and is connected to the intelligent rescue AED service platform, and then the monitoring data is transmitted to the platform, so that the platform can monitor the status of the cabinet in real time, thereby facilitating management and maintenance, as well as monitoring the switch status, temperature and humidity of the cabinet;

[0015] The regular maintenance module is based on the remote monitoring module, and regularly inspects and maintains the cabinet and AED equipment, and checks whether the appearance of the cabinet is intact, whether the AED equipment is working properly, and whether the accessories are complete. If any problems are found, they are repaired and replaced in time;

[0016] The alarm module is based on the regular maintenance module. If the AED device in the cabinet fails or is stolen, the platform will issue an alarm and notify relevant personnel to handle it.

[0017] Preferably, the volunteer management module includes a recruitment module, a training module, a task assignment module and a coordination module;

[0018] The recruitment module is used to formulate a recruitment plan and release recruitment information to the public through social media, volunteer organizations and schools. Then, qualified volunteer candidates are selected based on the application information and recruitment criteria. The recruitment information includes the duties, requirements and remuneration of volunteers, so as to attract people who are interested in participating in emergency rescue.

[0019] The training module is based on the recruitment module, and trains the volunteers who have passed the screening, and allows the volunteers to receive AED use training, cardiopulmonary resuscitation training and emergency rescue process training;

[0020] The task assignment module is based on the training module. It arranges and assigns tasks according to the skills and available time of volunteers. Then, the task assignment and tracking are carried out through the platform to ensure that volunteers can respond and complete tasks in a timely manner. The tasks include inspecting AED equipment, assisting in emergency operations, and participating in training and publicity activities.

[0021] Based on the task assignment module, the coordination module establishes volunteer equipment in the platform, provides an online communication and collaboration platform to enable communication and information sharing among volunteers, and regularly organizes volunteer meetings and training activities to strengthen the connection and teamwork among volunteers. Then, a volunteer incentive mechanism is established, including reward points, proof of volunteer service time, and commendation of outstanding volunteers. Through incentives and rewards, the enthusiasm and participation of volunteers are stimulated, and the quality and efficiency of volunteer services are improved.

[0022] Preferably, the content distribution module includes a content review module, a content publishing module and a feedback module;

[0023] The content review module is used for volunteers to submit content on the platform, and then professionals, medical staff and experts review and examine the content created by volunteers to ensure the accuracy, authority and compliance of the content;

[0024] The content publishing module, based on the content review module, publishes the approved creative content to the smart rescue AED service platform for volunteers to access and use;

[0025] The feedback module is based on the content publishing module, collects volunteers' feedback and opinions on the published content, understands the volunteers' needs and preferences, and then adjusts and optimizes the content according to the volunteers' feedback to improve the volunteers' satisfaction and participation.

[0026] Preferably, the simulation start module includes an operation module, a real-time feedback module and a scenario rehearsal module;

[0027] The operation module is used to receive guidance from virtual coaches and instructors according to different simulation scenarios selected by volunteers, and understand the basic principles of cardiac resuscitation and the use of AED equipment, and then operate the AED equipment through the simulation interface. At the same time, the simulation interface provides simulation buttons, images and sound effects, allowing volunteers to simulate the actual operation process, and the operation of the virtual AED equipment includes the steps of turning on the equipment, attaching electrodes, analyzing heart rhythm and delivering electric shocks;

[0028] The real-time feedback module provides real-time feedback based on the operation module. If the volunteer operates correctly, the next operation will be carried out. If the volunteer operates incorrectly, a teaching video will pop up on the simulation interface and the volunteer will be asked to operate according to the teaching video. In this way, the volunteer can adjust the operation mode according to the feedback to improve the accuracy and efficiency of the operation.

[0029] The scenario drill module is based on the real-time feedback module and sets different simulation tasks and challenges according to different scenarios, allowing volunteers to conduct simulation drills of real scenarios in a virtual environment, and different simulation tasks and challenges such as simulated single rescue and teamwork rescue.

[0030] Preferably, the virtual first aid module includes a call for help module, an AED navigation module, a volunteer access module, a guidance module and a real-time communication module;

[0031] The call for help module is used by the user to call for help with one click. At the same time, the AED device closest to the person calling for help will display a "nearby help pop-up window" and send out an audible and visual alarm to prompt on-site emergency volunteers to participate in the rescue. At this time, the WeChat applet within 3KM of the person calling for help will receive the "nearby help notification" to prompt other emergency volunteers to assist in the rescue;

[0032] The AED navigation module is based on the call module. The first aid volunteer navigates to the location of the AED. When the first aid volunteer gets the AED device, it will be intelligently planned and guided to the location of the person in need of help. The volunteer map also displays the locations of multiple volunteers who responded to the call for help, as well as the distance to the person in need of help.

[0033] The volunteer access module is based on the AED navigation module and is used by volunteers to access the virtual first aid function through the application and web page of the smart rescue AED service platform when facing an emergency, so that volunteers can describe the symptoms and conditions of patients in the virtual first aid function. The system will make a preliminary diagnosis based on the information provided by the volunteers and make first aid suggestions;

[0034] The guidance module provides detailed operation guidance to volunteers based on the volunteer access module, including cardiopulmonary resuscitation (CPR) skills, AED equipment usage and airway clearance operation steps, and the guidance content may be presented in the form of text, images, videos, etc., to help volunteers perform first aid operations correctly;

[0035] The real-time communication module is based on the guidance module. Volunteers communicate with professional medical staff on the platform in real time and obtain professional first aid advice and guidance through text chat, voice call and video call. When volunteers perform first aid operations, the system will evaluate and provide feedback on the volunteers' operations in real time, and based on the volunteers' operations, the system will provide improvement suggestions and technical guidance to help volunteers improve first aid efficiency and accuracy.

[0036] Preferably, the data obtaining module includes a data collection module, a data analysis module and a data display module;

[0037] The data collection module collects the use of AED equipment and volunteer behavior based on the management module and the virtual first aid module, and then performs data deduplication, fills in missing values ​​and corrects errors on the collected data to ensure the accuracy and completeness of the data, and then stores the processed data in the database;

[0038] The data analysis module is based on the data collection module, and uses data analysis tools and techniques to analyze the collected data, and analyze the relationship, trend and law between the data, thus providing a basis for decision-making;

[0039] The data display module is based on the data analysis module and displays the analysis results in a visual manner, such as charts, reports and dashboards. Through visual display, the results of data analysis can be intuitively displayed to help volunteers better understand and use data.

[0040] Compared with the prior art, the advantages of the present invention are:

[0041] In the present invention, when the user calls for help with one click on the platform, the AED device closest to the person in need will display a "nearby help pop-up window" and send out an audible and visual alarm, prompting on-site first aid volunteers to participate in the rescue. At this time, the WeChat applet within 3KM of the person in need receives a "nearby help notification" to prompt other first aid volunteers to assist in the rescue. In this way, when the user calls for help with one click, the first aid volunteers can quickly reach the person in need and provide timely treatment, thereby improving the success rate of rescue, reducing the sudden death rate outside the hospital, and thereby improving the national sense of happiness.

[0042] In the present invention, volunteers are recruited and trained in the use of AED, cardiopulmonary resuscitation and emergency rescue procedures. After the training, the volunteers are guided by virtual coaches and instructors in different simulated scenarios, and understand the basic principles of cardiopulmonary resuscitation and the use of AED equipment. The AED equipment is then operated through a simulated interface, and different simulated tasks and challenges are set according to different scenarios. Volunteers are allowed to conduct simulated drills of real scenes in a virtual environment. In this way, volunteers can learn first aid skills, thereby improving the first aid knowledge of the masses, and then improving the masses' ability to cope with emergencies, while effectively reducing the sudden death rate outside the hospital.

[0043] In the present invention, when volunteers face an emergency, they use the application of the smart rescue AED service platform to access the virtual first aid function, allowing the volunteers to describe the patient's symptoms and conditions in the virtual first aid function. The system will make a preliminary diagnosis based on the information provided by the volunteers, and make first aid suggestions, and then provide detailed operational instructions to the volunteers. At the same time, they can also communicate with professional medical staff on the platform in real time and obtain professional first aid suggestions and guidance. In this way, when the volunteers are not sure, the first aid ability of the volunteers can be improved through the operating steps provided by the system and the guidance of the medical staff, thereby improving the self-confidence of the volunteers and increasing the successful treatment rate of the patients. BRIEF DESCRIPTION OF THE DRAWINGS

[0044] Figure 1 It is a schematic diagram of the overall system flow of the present invention. DETAILED DESCRIPTION

[0045] Example: See Figure 1 , an intelligent rescue AED service platform, an intelligent rescue AED service platform includes a management module, a volunteer management module, a content distribution module, a simulation start module, a virtual first aid module and a number data module;

[0046] The management module is used to arrange AED cabinets at various locations and place AED devices in the cabinets, and then manage the cabinet's location information, status check, remote monitoring and regular maintenance reminders;

[0047] The volunteer management module is based on the cabinet management module and is used to recruit volunteers and conduct training operations to improve the volunteers' first aid capabilities and service awareness;

[0048] The content distribution module is based on the volunteer management module, providing training materials and video content on cardiac rescue and AED use, and allowing volunteers to learn the training materials and videos;

[0049] The simulation start module is based on the content distribution module and is used to provide virtual simulation training on the use of AED, allowing volunteers to experience the cardiac rescue process in a simulated environment and provide real-time feedback and guidance;

[0050] The virtual first aid module is based on the simulated start module and is used to provide online first aid guidance services. It allows volunteers to obtain real-time first aid guidance through the platform and then communicate and receive guidance from professional medical staff remotely.

[0051] The data collection module is based on the management module and the virtual first aid module to collect data on the use of AED equipment and volunteer behavior, and then analyzes the collected data to evaluate the operation and effectiveness of the platform.

[0052] Specifically, when users call for help with one click on the platform, the AED device closest to the person in need will display a "nearby help pop-up window" and issue an audible and visual alarm, prompting on-site first aid volunteers to participate in the rescue. At this time, the WeChat applet within 3KM of the person in need will receive a "nearby help notification" to prompt other first aid volunteers to assist in the rescue. In this way, when users call for help with one click, first aid volunteers can quickly reach the person in need and provide timely treatment, thereby increasing the success rate of rescue, reducing the rate of sudden death outside the hospital, and thereby improving the national sense of happiness.

[0053] The management module is used to arrange AED cabinets at various locations and place AED equipment in the cabinets. It is then responsible for managing the cabinet's location information, status checks, remote monitoring and regular maintenance reminders. After the AED equipment is installed, the volunteer management module is used to recruit volunteers and conduct training operations. At the same time, the content distribution module can provide training materials and video content on cardiac rescue and AED use, and allow volunteers to learn the training materials and videos. When the volunteer training is completed, the simulation start module is used to provide virtual simulation training on the use of AED, allowing volunteers to experience the cardiac rescue process in a simulated environment and provide real-time feedback and guidance. After the volunteers complete the virtual simulation training, when the volunteers face an emergency, the virtual first aid module is used to provide online first aid guidance services, and volunteers can obtain real-time first aid guidance through the platform, and then communicate and guide professional medical staff remotely. Finally, the data module is used to collect data on the use of AED equipment and volunteer behavior, and then the collected data is analyzed to evaluate the operation and effectiveness of the platform.

[0054] The management module includes cabinet configuration module, remote monitoring module, regular maintenance module and alarm module;

[0055] The cabinet equipment module is used to select the location of the AED cabinet, and the location is selected in a place with large traffic flow, easy to be found and accessed, and the AED cabinet is installed, and then the AED device is placed in the cabinet, and a label is set on the outside of the cabinet;

[0056] The remote monitoring module is based on the cabinet equipped module, and is equipped with sensors and monitoring equipment, and connected to the intelligent rescue AED service platform. The monitoring data is then transmitted to the platform, allowing the platform to monitor the status of the cabinet in real time, thereby facilitating management and maintenance, as well as monitoring the switch status, temperature and humidity of the cabinet;

[0057] The regular maintenance module is based on the remote monitoring module, and regularly inspects and maintains the cabinet and AED equipment. It also checks whether the cabinet is in good condition, whether the AED equipment is working properly, and whether the accessories are complete. If any problems are found, they will be repaired and replaced in time.

[0058] The alarm module is based on the regular maintenance module. If the AED device in the cabinet fails or is stolen, the platform will issue an alarm and notify relevant personnel to handle it.

[0059] The volunteer management module includes recruitment module, training module, task assignment module and coordination module;

[0060] The recruitment module is used to develop a recruitment plan and release recruitment information to the public through social media, volunteer organizations, and schools. Then, qualified volunteer candidates are screened based on the application information and recruitment criteria. The recruitment information includes the duties, requirements, and benefits of volunteers, so as to attract people who are interested in participating in emergency rescue.

[0061] The training module is based on the recruitment module. The volunteers who have passed the screening will be trained in the use of AED, cardiopulmonary resuscitation and emergency rescue procedures.

[0062] The task assignment module is based on the training module. It arranges and assigns tasks according to the skills and available time of volunteers. Then, the task is assigned and tracked through the platform to ensure that volunteers can respond and complete tasks in a timely manner. The tasks include inspecting AED equipment, assisting in emergency operations, and participating in training and publicity activities.

[0063] Based on the task assignment module, the coordination module establishes volunteer equipment in the platform, provides an online communication and collaboration platform, enables communication and information sharing among volunteers, and regularly organizes volunteer meetings and training activities to strengthen connections and teamwork among volunteers. It then sets up a volunteer incentive mechanism, including reward points, certification of volunteer service hours, and recognition of outstanding volunteers. Through incentives and rewards, it stimulates the enthusiasm and participation of volunteers and improves the quality and efficiency of volunteer services.

[0064] The content distribution module includes a content review module, a content publishing module and a feedback module;

[0065] The content review module is used for volunteers to submit content on the platform, and then professionals, medical staff and experts review and examine the content created by volunteers to ensure the accuracy, authority and compliance of the content;

[0066] Based on the content review module, the content publishing module publishes the approved creative content to the smart rescue AED service platform for volunteers to access and use;

[0067] The feedback module is based on the content publishing module. It collects volunteers' feedback and opinions on the published content, understands the volunteers' needs and preferences, and then adjusts and optimizes the content based on the volunteers' feedback to improve volunteer satisfaction and participation.

[0068] The simulation start module includes an operation module, a real-time feedback module, and a scenario drill module;

[0069] The operation module is used to receive guidance from virtual coaches and instructors according to different simulation scenarios selected by volunteers, and understand the basic principles of cardiac resuscitation and the use of AED equipment. Then, the volunteers can operate the AED equipment through the simulation interface. The simulation interface provides simulated buttons, images and sound effects, allowing volunteers to simulate the actual operation process. The operation of the virtual AED equipment includes turning on the equipment, attaching electrodes, analyzing heart rhythm and delivering electric shocks.

[0070] The real-time feedback module provides real-time feedback based on the operation module. If the volunteer operates correctly, the next step will be carried out. If the volunteer operates incorrectly, a teaching video will pop up on the simulation interface and the volunteer will be asked to operate according to the teaching video. In this way, the volunteer can adjust the operation method according to the feedback to improve the accuracy and efficiency of the operation.

[0071] The scenario drill module is based on the real-time feedback module. It sets different simulation tasks and challenges according to different scenarios, allowing volunteers to conduct simulation drills of real scenarios in a virtual environment. The different simulation tasks and challenges include simulated single-person rescue and teamwork rescue.

[0072] Specifically, by recruiting volunteers and having them receive training on the use of AED, cardiopulmonary resuscitation, and emergency rescue procedures, after the training, the volunteers will receive guidance from virtual coaches and instructors in different simulated scenarios, and understand the basic principles of cardiopulmonary resuscitation and how to use AED equipment. Then, they will operate the AED equipment through the simulation interface, and set different simulation tasks and challenges according to different scenarios, so that volunteers can conduct simulation drills of real scenes in a virtual environment. This will allow volunteers to learn first aid skills, thereby improving the public's first aid knowledge, and then improving the public's ability to respond to emergencies, while effectively reducing the sudden death rate outside of hospitals.

[0073] The virtual first aid module includes a call for help module, an AED navigation module, a volunteer access module, a guidance module, and a real-time communication module;

[0074] The call for help module allows users to call for help with one click. At the same time, the AED device closest to the person calling for help will display a "nearby help pop-up window" and send out an audible and visual alarm to prompt on-site emergency volunteers to participate in the rescue. At this time, the WeChat applet within 3 km of the person calling for help will receive a "nearby help notification" to prompt other emergency volunteers to assist in the rescue;

[0075] The AED navigation module is based on the call module. The first aid volunteers navigate to the location of the AED. When the first aid volunteers get the AED equipment, they will be intelligently planned and guided to the location of the person in need of help. The volunteer map will also display the locations of multiple volunteers who responded to the call for help, as well as the distance to the person in need of help.

[0076] The volunteer access module is based on the AED navigation module. When volunteers are facing an emergency, they can access the virtual first aid function through the application and web page of the smart rescue AED service platform. The volunteer can describe the patient's symptoms and conditions in the virtual first aid function. The system will make a preliminary diagnosis based on the information provided by the volunteer and provide first aid suggestions.

[0077] The guidance module is based on the volunteer access module and provides detailed operation guidance to volunteers, including CPR skills, AED equipment usage and airway clearance operation steps. The guidance content may be presented in the form of text, images, videos, etc. to help volunteers perform first aid operations correctly.

[0078] The real-time communication module is based on the guidance module. Volunteers communicate with professional medical staff on the platform in real time and obtain professional first aid advice and guidance through text chat, voice calls and video calls. When volunteers perform first aid operations, the system will evaluate and provide feedback on the volunteers' operations in real time, and based on the volunteers' operations, the system will provide improvement suggestions and technical guidance to help volunteers improve first aid efficiency and accuracy.

[0079] Specifically, when volunteers face an emergency, they can use the application and web page of the smart rescue AED service platform to access the virtual first aid function, and let the volunteers describe the patient's symptoms and conditions in the virtual first aid function. The system will make a preliminary diagnosis based on the information provided by the volunteers and make first aid suggestions. Then it will provide detailed operational instructions to the volunteers, including cardiopulmonary resuscitation (CPR) techniques, how to use AED equipment, and airway clearance procedures. At the same time, they can also communicate in real time with professional medical staff on the platform, and obtain professional first aid advice and guidance through text chat, voice calls, and video calls. In this way, when volunteers are not sure, the first aid capabilities of volunteers can be improved through the operating steps provided by the system and the guidance of medical staff, thereby improving the volunteers' self-confidence and increasing the successful treatment rate of patients.

[0080] The data seeking module includes a data collection module, a data analysis module and a data display module;

[0081] The data collection module collects the use of AED equipment and volunteer behavior based on the management module and virtual first aid module, and then removes duplicates, fills in missing values, and corrects errors in the collected data to ensure the accuracy and completeness of the data, and then stores the processed data in the database;

[0082] The data analysis module is based on the data collection module. It uses data analysis tools and techniques to analyze the collected data and analyze the relationship, trend and law between the data to provide a basis for decision-making;

[0083] The data display module is based on the data analysis module and displays the analysis results in a visual way, such as charts, reports and dashboards. Through visual display, the results of data analysis can be intuitively displayed to help volunteers better understand and use data.

[0084] The above shows and describes the basic principles, main features and advantages of the present invention. Those skilled in the art should understand that the present invention is not limited by the above embodiments. The above embodiments and descriptions are only preferred examples of the present invention and are not intended to limit the present invention. Without departing from the spirit and scope of the present invention, the present invention may have various changes and improvements, which fall within the scope of the present invention. The scope of protection of the present invention is defined by the attached claims and their equivalents.

Claims

1. An intelligent rescue AED service platform, characterized by: The intelligent rescue AED service platform includes a management module, a volunteer management module, a content distribution module, a simulation start module, a virtual first aid module and a data request module; The management module is used to arrange AED cabinets at various locations and place AED devices in the cabinets, and then is responsible for managing the cabinet's location information, status checks, remote monitoring, and regular maintenance reminders; The volunteer management module is based on the cabinet management module and is used to recruit volunteers and conduct training operations; The content distribution module provides training materials and video content on cardiac rescue and AED use based on the volunteer management module, and allows volunteers to learn the training materials and videos; The simulation start module is based on the content distribution module and is used to provide virtual simulation training for the use of AED, allowing volunteers to experience the cardiac rescue process in a simulated environment and provide real-time feedback and guidance; The virtual first aid module is based on the simulation start module and is used to provide online first aid guidance services, allowing volunteers to obtain real-time first aid guidance through the platform, and then communicate and guide professional medical staff remotely; The data-seeking module collects data on the use of AED equipment and volunteer behavior based on the management module and the virtual first aid module, and then analyzes the collected data and evaluates the operation and effect of the platform; The management module is used to arrange AED cabinets at various locations and place AED equipment in the cabinets, and then is responsible for managing the location information, status inspection, remote monitoring and regular maintenance reminders of the cabinets. After the AED equipment is installed, the volunteer management module is used to recruit volunteers and conduct training operations. At the same time, the content distribution module provides training materials and video content on cardiac rescue and AED use, and allows volunteers to learn the training materials and videos. After the volunteer training is completed, the simulation start module is used to provide virtual simulation training on the use of AED, allowing volunteers to experience the cardiac rescue process in a simulated environment, and provide real-time feedback and guidance. After the volunteers complete the virtual simulation training, when the volunteers face an emergency, the virtual first aid module is used to provide online first aid guidance services, and volunteers can obtain real-time first aid guidance through the platform, and then communicate and guide professional medical staff remotely. Finally, the data module is used to collect data on the use of AED equipment and volunteer behavior, and then the collected data is analyzed to evaluate the operation and effect of the platform; The management module includes a cabinet configuration module, a remote monitoring module, a regular maintenance module and an alarm module; The cabinet equipment module is used to select a location for placing an AED cabinet, install the AED cabinet, and then place the AED device in the cabinet and set a mark on the outside of the cabinet; The remote monitoring module is based on the cabinet equipped module, and is equipped with sensors and monitoring equipment, and is connected to the intelligent rescue AED service platform, and then the monitoring data is transmitted to the platform, so that the platform can monitor the status of the cabinet in real time; The regular maintenance module is based on the remote monitoring module, and regularly inspects and maintains the cabinet and AED equipment, and checks whether the appearance of the cabinet is intact, whether the AED equipment is working properly, and whether the accessories are complete. If any problems are found, they are repaired and replaced in time; The alarm module is based on the regular maintenance module. If the AED device in the cabinet fails or is stolen, the platform will issue an alarm and notify relevant personnel to handle it; The volunteer management module includes a recruitment module, a training module, a task assignment module and a coordination module; The recruitment module is used to formulate a recruitment plan and release recruitment information to the public through social media, volunteer organizations and schools, and then screen and select qualified volunteer candidates based on application information and recruitment criteria; The training module is based on the recruitment module, and trains the volunteers who have passed the screening, and allows the volunteers to receive AED use training, cardiopulmonary resuscitation training and emergency rescue process training; The task assignment module arranges and assigns tasks based on the training module and volunteers’ skills and available time, and then distributes and tracks tasks through the platform; The coordination module, based on the task assignment module, establishes volunteer equipment in the platform, provides an online communication and collaboration platform to enable communication and information sharing among volunteers, and regularly organizes volunteer meetings and training activities; The content distribution module includes a content review module, a content publishing module and a feedback module; The content review module is used for volunteers to submit content on the platform, and then professionals, medical staff and experts review and examine the content created by volunteers; The content publishing module, based on the content review module, publishes the approved creative content to the smart rescue AED service platform for volunteers to access and use; The feedback module is based on the content publishing module, collects volunteers' feedback and opinions on the published content, understands the volunteers' needs and preferences, and then adjusts and optimizes the content according to the volunteers' feedback; The simulation start module includes an operation module, a real-time feedback module and a scenario rehearsal module; The operation module is used to receive guidance from virtual coaches and instructors according to different simulation scenarios selected by volunteers, and understand the basic principles of cardiac resuscitation and the use of AED equipment, and then operate the AED equipment through the simulation interface. At the same time, the simulation interface provides simulation buttons, images and sound effects, allowing volunteers to simulate the actual operation process; The real-time feedback module provides real-time feedback based on the operation module. If the volunteer operates correctly, the next operation will be carried out. If the volunteer operates incorrectly, a teaching video will pop up on the simulation interface and the volunteer will be asked to operate according to the teaching video. The scenario exercise module is based on the real-time feedback module and sets different simulation tasks and challenges according to different scenarios, allowing volunteers to conduct simulation exercises of real scenarios in a virtual environment; The virtual first aid module includes a call for help module, an AED navigation module, a volunteer access module, a guidance module and a real-time communication module; The call for help module is used by the user to call for help with one click. At the same time, the AED device closest to the person calling for help will display a "nearby help pop-up window" and send out an audible and visual alarm to prompt on-site emergency volunteers to participate in the rescue. At this time, the WeChat applet within 3KM of the person calling for help will receive the "nearby help notification" to prompt other emergency volunteers to assist in the rescue; The AED navigation module is based on the call module. The first aid volunteer navigates to the location of the AED. When the first aid volunteer gets the AED device, it will intelligently plan and guide to the location of the person in need of help. The volunteer access module is based on the AED navigation module and is used by volunteers to access the virtual first aid function through the application and web page of the smart rescue AED service platform when facing an emergency, so that volunteers can describe the symptoms and conditions of patients in the virtual first aid function. The system will make a preliminary diagnosis based on the information provided by the volunteers and make first aid suggestions; The guidance module provides detailed operation guidance to volunteers based on the volunteer access module, including cardiopulmonary resuscitation (CPR) skills, AED equipment usage and airway clearance operation steps; The real-time communication module is based on the guidance module. Volunteers communicate with professional medical staff on the platform in real time and obtain professional first aid advice and guidance through text chat, voice call and video call. When volunteers perform first aid operations, the system will evaluate and feedback the volunteers' operations in real time, and provide improvement suggestions and technical guidance based on the volunteers' operations. The data seeking module includes a data collection module, a data analysis module and a data display module; The data collection module collects the use of AED equipment and volunteer behavior based on the management module and the virtual first aid module, and then performs data deduplication, missing value filling and error correction operations on the collected data, and then stores the processed data in the database; The data analysis module analyzes the collected data using data analysis tools and techniques based on the data collection module, and analyzes the relationships, trends and rules between the data; The data display module displays the analysis results in a visual manner based on the data analysis module.

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