First-aid convenience station AED intelligent acquisition method and system, convenience station and medium

Abstract

The invention discloses a first-aid convenience station AED intelligent acquisition method and system, a convenience station and a medium. The method comprises the steps that an emergency event is recognized, an emergency platform sends help calling information to an emergency convenience station system and volunteers near an emergency site, and the emergency convenience station system performs priority sequence sorting according to the distance between the emergency convenience station and the emergency site and the comprehensive activity of the emergency convenience station; continuing to check and judge whether the AED equipment of the secondary priority first-aid convenience station is normal or not according to the priority sequence, taking the first-aid convenience station with the normal AED equipment as a first-aid first-aid convenience station, and responding and acquiring the AED equipment of the first-aid first-aid convenience station by an executor and arriving at a first-aid site; the system comprises a first-aid mobile terminal, a first-aid convenience station, a first-aid platform and a first-aid convenience station system. The convenience station and the AED are combined to form the first-aid convenience station, the requirement of consumers for convenient shopping is met, and guarantee is provided for public safety.

Description

Technical Field

[0001] The present invention relates to the technical field of cardiopulmonary resuscitation, and in particular to an AED intelligent acquisition method, system, convenience station and medium for an emergency convenience station. Background Art

[0002] The statements in this section merely provide background technical information related to the present application and do not necessarily constitute prior art.

[0003] Cardiac arrest is a sudden and life-threatening condition that requires immediate and effective emergency measures. Among them, the Automated External Defibrillator (AED) is one of the most effective emergency equipment. AED external defibrillation is an important step in CPR (Cardio Pulmonary Resuscitation). The person who uses the AED is the implementer of the AED CPR (hereinafter referred to as the implementer), and the person who receives the AED external defibrillation is the recipient of the AED CPR (hereinafter referred to as the patient).

[0004] As an emergency device, the market demand for AED (Automated External Defibrillator) is increasing, especially in public places. At the same time, with the rapid development of the unmanned retail industry, vending machines (convenience stations) have become an important part of the unmanned retail market due to their low cost, high efficiency and 24-hour operation. If vending machines (convenience stations) can be combined with AED to form an emergency convenience station, it will not only meet consumers' demand for convenient shopping, but also provide protection for public safety.

[0005] However, there are still some challenges in the actual application of combining vending machines (convenience stations) with AEDs to form emergency convenience stations. First of all, when an emergency incident occurs, how to quickly obtain an AED from an emergency convenience station is the biggest challenge at present. If the existing AED distribution method is conventionally adopted by emergency volunteers at the emergency site to obtain and deliver it, it is necessary to let the emergency volunteers first go to the emergency convenience station with AED to obtain the AED, and then return to deliver the AED to the emergency site. The time required for a round trip is too long, which will exceed the golden time for the best rescue, slowing down the rescue speed and reducing the emergency effect. Secondly, although the emergency incident has been initiated, the personnel who respond to the emergency incident are not fixed, and it is impossible to ensure that the AED equipment in the emergency convenience station that responds to the emergency incident can be delivered to the emergency site, which will also delay the rescue speed. In addition, as first aid personnel, they cannot know whether the AED equipment in the emergency convenience station can be used, and cannot accurately obtain the AED equipment that can be used, which will also cause emergency delays.

[0006] In view of this, how to solve the problems existing in the actual application of combining vending machines (convenience stations) with AEDs, such as the inability to respond in a timely manner, the inability to ensure that AED devices can be delivered, and the inability to accurately obtain available AED devices, has become the subject to be studied and solved by the present invention. Summary of the invention

[0007] The purpose of the present invention is to provide an AED intelligent acquisition method, system, convenience station, and medium for an emergency convenience station, which not only meets the consumer's demand for convenient shopping, but also provides protection for public safety.

[0008] To achieve the above object, the first aspect of the present invention proposes an AED intelligent acquisition method for an emergency convenience station, the method comprising:

[0009] The user recognizes or automatically recognizes the occurrence of an emergency event and initiates an emergency call.

[0010] The emergency rescue platform receives the distress call information of the emergency rescue incident, and simultaneously confirms the status of the AED equipment in the emergency rescue convenience station within a set range near the emergency rescue site.

[0011] The first aid platform sends the distress message to the first aid convenience station system and volunteers near the first aid site. The first aid convenience station system calculates the distance between the first aid convenience station and the first aid site within a set range near the first aid site, the comprehensive activity of the first aid convenience station, and obtains the self-inspection results of the AED equipment in the corresponding first aid convenience station.

[0012] The first aid convenience station system prioritizes the first aid convenience stations according to their distance from the first aid site and their overall activity, and uses the first aid convenience stations with short distances and high overall activity as the current high-priority first aid convenience stations. It then determines whether the AED equipment in the first aid convenience station is normal based on the self-test results of the AED equipment. If normal, the current high-priority first aid convenience station will be used as a rescue first aid convenience station where the executor can obtain available AED equipment in the shortest time, and enter rescue mode. It will continue to check and determine whether the AED equipment at the next-priority first aid convenience station is normal in order of priority, and use the normal first aid convenience station as a rescue first aid convenience station.

[0013] The executive personnel will respond and obtain the AED equipment from the rescue and first aid convenience station and arrive at the first aid site to perform cardiopulmonary resuscitation; if the AED equipment at the rescue and first aid convenience station is not taken out within the set time, the rescue and first aid convenience station will continue to be searched and generated in order of priority until the AED equipment is taken out and delivered.

[0014] The second aspect of the present invention proposes an AED intelligent acquisition system for an emergency convenience station, which is used in the method described in the first aspect. The system includes an emergency mobile terminal, an emergency convenience station, an emergency platform, and an emergency convenience station system.

[0015] The emergency mobile terminal is a mobile device used to send and receive emergency call information and the geographical location of the emergency scene. The emergency mobile terminal communicates with the emergency platform through a long-distance wireless method.

[0016] The first aid convenience station is an unmanned or manned convenience station, and is equipped with an AED device and a screen system for at least entering a rescue mode. The first aid convenience station communicates with the first aid convenience station system via long-distance wireless or wired communication.

[0017] The first aid platform is used to receive and / or send distress information of first aid events, and simultaneously confirm the status of AED equipment in first aid convenience stations within a set range near the first aid site, and send distress information to the first aid convenience station system and volunteers near the first aid site.

[0018] The first aid convenience station system is used to prioritize the first aid convenience stations according to their distance from the first aid site and their comprehensive activity, and to use the current high-priority first aid convenience station as a rescue first aid convenience station where enforcement personnel can obtain available AED equipment in the shortest time, to notify the management personnel of the rescue first aid convenience station of the distress call information, and to control the rescue first aid convenience station to enter rescue mode.

[0019] The third aspect of the present invention proposes an emergency convenience station for use in the method described in the first aspect, wherein the emergency convenience station is an unmanned or manned convenience station, and is equipped with an AED device and a screen system for at least entering a rescue mode. The emergency convenience station communicates with the emergency convenience station system via long-distance wireless or wired communication, and the AED device maintains a networked state with the Internet of Things platform.

[0020] The fourth aspect of the present invention proposes a readable storage medium, on which a control program is stored. When the control program is executed by a processor, the processor executes the steps of the AED intelligent acquisition method for the emergency convenience station as described in the first aspect.

[0021] The relevant contents of the present invention are explained as follows:

[0022] 1. Through the implementation of the above technical solutions of the present invention, in order to solve the problems existing in the actual application of combining vending machines (convenience stations) with AEDs, such as failure to respond in time, failure to ensure that AED devices can be delivered, and failure to accurately obtain available AED devices, innovative designs are provided for an AED intelligent acquisition method for an emergency convenience station that combines an unmanned or manned convenience station with an AED device, an AED intelligent acquisition system for an emergency convenience station, an emergency convenience station, and a readable storage medium storing a program for executing the AED intelligent acquisition method for an emergency convenience station. Combining an automatic vending machine (convenience station) with an AED to form an emergency convenience station not only meets the needs of consumers for convenient shopping, but also provides protection for public safety. Moreover, the station is constantly developing in the direction of intelligence and networking, and has functions such as remote monitoring, data analysis, and priority allocation. This technical integration enables unmanned vending machines to integrate AED devices and achieve efficient management and use of emergency equipment. In particular, in the intelligent acquisition method of AED at the first aid convenience station, after the first aid platform receives the distress call information of the first aid incident, it synchronously confirms the status of the AED equipment in the first aid convenience station within a set range near the first aid site, so that the first aid convenience station system can provide data support for the subsequent push of the first aid convenience station, shorten the push time of the first aid convenience station system, and thus create favorable conditions for the early delivery of the AED equipment; after the first aid convenience station system receives the distress call information, the first aid convenience station system prioritizes the first aid convenience station according to the distance between the first aid convenience station and the first aid site and the comprehensive activity of the first aid convenience station, so as to give priority to the first aid convenience station equipped with AED equipment that can be responded to and delivered the fastest, and in the push process of the first aid convenience station system, it will also judge based on the self-test results of the AED equipment in the first aid convenience station. Whether the AED device is normal can be confirmed to confirm that only the AED device in the current high-priority first aid convenience station is normal will it be pushed to each executive personnel as a rescue first aid convenience station, so that each executive personnel responding to the first aid incident can obtain AED devices that can be used normally, to avoid the rescuer getting an unusable AED device and delaying external defibrillation first aid; and, in order to ensure that there is a situation where there are no nearby passers-by, managers or volunteers responding to a pushed rescue first aid convenience station, if the AED device of the rescue first aid convenience station is not taken out within the set time, the rescue first aid convenience station will continue to be searched and generated in order of priority, so as to form a saturated first aid support surrounding the first aid site as a "first aid circle", providing patients with timely and sufficient life support, and also providing more protection for public safety.

[0023] 2. In the first aspect of the above technical solution, the executors include users who have identified the emergency incident, volunteers near the emergency scene, managers of the rescue emergency convenience station, and consumers and passers-by who respond to the emergency incident near the rescue emergency convenience station; the distress message includes the time of the distress call, the coordinates of the emergency scene location, and the contact number of the user who initiated the distress call. With all the people who may and can respond to emergency incidents as executors, as the knowledge of AED emergency is promoted, more and more people will serve as executors to provide more assistance for the patient's life-saving emergency; the setting of the distress message contains clear information, which can let the system and executors know the time and place of the emergency incident intuitively, so that they can respond and execute quickly.

[0024] 3. In the first aspect of the above technical solution, if the AED device of the rescue first aid convenience station is not taken out and / or responded within the set time, the next first aid convenience station with normal AED device within the set range near the first aid site will continue to be pushed in order of priority, and the operation of pushing the distress information will be increased once every set time, wherein the set time value is set to 5 seconds to 20 seconds; and after the AED device of one of the rescue first aid convenience stations is taken out, the first aid convenience station system controls the release of the rescue mode of all rescue first aid convenience stations. With this step, we will continue to expand the delivery of normal AED equipment as much as possible. When the highest priority first aid convenience station cannot be responded to in time, it will be immediately pushed to the second priority first aid convenience station, and then to the third priority first aid convenience station, and so on, until the AED equipment is taken out and delivered. The set time value can be set according to the density of first aid convenience stations near the first aid site. The set time value is set to 5 seconds to 20 seconds. In areas with a higher density of first aid convenience stations, the set time value can be smaller, such as 5 seconds, 7 seconds, 9 seconds, etc.; in areas with a lower density of first aid convenience stations, the set time value can be larger, such as 11 seconds, 13 seconds, 15 seconds, etc. In addition, for the release of the rescue mode, an end time can be set when no one responds at all rescue first aid convenience stations, such as five minutes or ten minutes after the first aid incident occurs, or other time values ​​when the first aid time has been missed. When the first aid incident occurs for too long, the first aid convenience station system controls all first aid convenience stations that have activated the rescue mode to turn off their rescue mode, and report to the first aid platform. Turning off the rescue mode of each first aid convenience station can not only save energy, but also put each first aid convenience station back on standby status to make adequate preparations for the next first aid incident.

[0025] 4. In the first aspect of the above technical solution, in the step where the first aid convenience station system calculates the distance between the first aid convenience station and the first aid site within a set range near the first aid site and the comprehensive activity of the first aid convenience station, the value of the set range near the first aid site can be set according to the density of the first aid convenience stations near the first aid site, and the value of the set range is set to 500 meters to 5000 meters. In areas where the density of first aid convenience stations is relatively high, the value of the set range can be smaller, such as 500 meters, 1000 meters, etc.; in areas where the density of first aid convenience stations is relatively low, the value of the set range can be larger, such as 3000 meters, 5000 meters, etc. In this way, the priority order is sorted according to the density of first aid convenience stations near the first aid site, ensuring that first aid information can be pushed in the shortest time to immediately start the rescue mode, and the value of the set range is adapted to local conditions and more flexible.

[0026] 5. In the first aspect of the above technical solution, when the first aid platform sends the distress message to the first aid convenience station system and volunteers near the first aid site, the first aid platform also sends the distress message to the security system near the first aid site, and the security system participates in the first aid incident. Through the implementation of this step, the first aid convenience station of the present invention is integrated into the public security system, so that more forces at the social level can be used for patients with cardiac arrest. At the same time, as part of the public security system, the first aid convenience station can also play a greater role.

[0027] 6. In the first aspect of the above technical solution, when the rescue and first aid convenience station enters the rescue mode, the screen system of the rescue and first aid convenience station and the AED device in the rescue and first aid convenience station emit sound and light prompts to remind the executors to take out the AED device and go to the first aid site to deliver the AED device. The screen system of the rescue and first aid convenience station selectively displays the navigation information from the current rescue and first aid convenience station to the first aid site. In this very eye-catching and very warning way, various executors can participate in the first aid incident more promptly and effectively, greatly increasing the possibility of patients receiving effective first aid.

[0028] 7. In the first aspect of the above technical solution, the self-test of the AED device includes at least two or more of the following combinations;

[0029] Power-on self-test: The AED device performs a self-test after powering on to detect the working status of the main control module, treatment module, power module, defibrillation electrodes, and emergency auxiliary module in the AED device;

[0030] Battery insertion self-test: When the battery is installed in the AED device, the AED device will automatically perform a battery insertion self-test to detect the working status of the main control module, treatment module, power module, defibrillation electrode pads, and emergency auxiliary module in the AED device, as well as the status of 1J charging and discharging, maximum energy charging and discharging, buttons, and speakers;

[0031] Automatic periodic self-check: AED equipment regularly checks the function of the equipment and detects the working status of the main control module, treatment module, power module, defibrillation electrode pads, and emergency auxiliary module in the AED equipment according to the set period;

[0032] Self-check during device operation: AED devices continuously monitor important components and safety functions in real time during standby. Once a fault that affects the safe operation of the device is detected during the real-time self-check, the device will not be able to be used normally.

[0033] User self-test: remove the battery, and then install the battery into the AED device after a set time to trigger the user self-test, restart the AED device, detect the working status of the main control module, treatment module, power module, defibrillation electrodes, and first aid auxiliary module in the AED device, and detect the status of 1J charging and discharging, maximum energy charging and discharging, buttons, and speakers.

[0034] In this way, the working status of the AED device can be self-checked multiple times and fully, and through the communication connection with the AED Internet of Things platform, the working status of the AED device can be known to the entire emergency convenience station system and the emergency platform, which not only facilitates maintenance personnel to carry out maintenance and repairs on AED devices that are not working in time, but also avoids emergency personnel from participating in emergency treatment with AED devices that are not working, avoiding unnecessary time loss and ineffective emergency treatment, thereby fully protecting the patient's life safety. The 1J charge and discharge detection, that is, the charge and discharge detection of 1 joule (J) of electrical energy in the AED device, is carried out to detect whether the AED device's own charging circuit, discharge circuit and related control circuit are working normally. The defibrillation energy of the AED device is usually 150-360 joules for adults and 50-70 joules for children.

[0035] 8. In the first aspect of the above technical solution, in the step of calculating the comprehensive activity of the emergency convenience station by the emergency convenience station system, the sales data and usage frequency data of each emergency convenience station are first collected, the sales data and usage frequency data are normalized to obtain the sales volume standardized value and the frequency standardized value, the sales data and the usage frequency data are weighted, and then the comprehensive activity is calculated by linear weighted fusion;

[0036] When the overall activity levels are consistent, the priority order of first aid convenience stations that are closer to the first aid site will be moved up.

[0037] Through the implementation of the above steps, more scientific first aid convenience stations will be adopted as priority push targets, thereby speeding up the process of AED acquisition and delivery.

[0038] 9. In the first aspect of the above technical solution, the step of calculating and obtaining the comprehensive activity of the first aid convenience station by the first aid convenience station system includes the following steps:

[0039] S210, collecting sales data and usage frequency data of each emergency convenience station, wherein the sales data at least includes product sales volume and product sales amount, and the usage frequency data at least includes the number of times the equipment is used and the number of times consumers visit;

[0040] S220, normalize the sales data and the frequency data to obtain a sales volume normalized value and a frequency normalized value, aggregate the sales data and the frequency data according to the time series to form time series data with a unified time period, perform min-max normalization on the sales data and the frequency data, and obtain a sales volume normalized value: , frequency normalized value: ; where S i is the sales data of the emergency convenience station within a unified time period, S min The lowest sales volume in the history of the first aid convenience station. max The highest sales in the history of the first aid convenience station; among them, F i is the usage frequency data of the emergency convenience station within a unified time period, F min The lowest usage frequency of the emergency convenience station in history. max This is the highest frequency of use in the history of the emergency convenience station;

[0041] S230, weighting the sales data and the usage frequency data to obtain the sales index weight w s , frequency index weight w f , and w s +w f =1;

[0042] S240, perform linear weighted fusion to calculate the comprehensive activity, and the comprehensive activity index is represented by the final activity score AS i , ,in For the sales dimension, is the frequency dimension, and the final activity score range is AS i ∈[0,1].

[0043] By adopting the above steps and related parameter settings, as well as the calculation of comprehensive activity, the calculation process is scientific and reasonable, and the obtained information is effectively used for rapid measurement, so that in the step of prioritizing the first aid convenience station system according to the distance between the first aid convenience station and the first aid site and the comprehensive activity of the first aid convenience station, reliable and accurate comprehensive activity data can be obtained, which can make the probability of timely response to first aid convenience stations with high comprehensive activity higher, and ensure that the probability estimate of the AED device being finally acquired is reasonable and effective, so as to execute the intelligent acquisition of AED at the first aid convenience station, which can ensure that each executor responds more promptly, acquires AED equipment in a timely manner, and delivers AED equipment to the first aid site in a timely manner.

[0044] Due to the application of the above scheme, the present invention has the following advantages and effects compared with the prior art:

[0045] 1. Through the implementation of the technical solution of the present invention, in the intelligent acquisition method of AED at the emergency convenience station, after the emergency platform receives the distress message of the emergency incident, the status of the AED device in the emergency convenience station within the set range near the emergency site is synchronously confirmed, so that the emergency convenience station system can provide data support for the subsequent push of the emergency convenience station, shorten the push time of the emergency convenience station system, and thus create favorable conditions for the early delivery of the AED device; after the emergency convenience station system receives the distress message, the emergency convenience station system prioritizes the emergency convenience station according to the distance between the emergency convenience station and the emergency site and the comprehensive activity of the emergency convenience station, so that the emergency convenience station equipped with AED equipment that can be responded to and delivered the fastest will be pushed first, and during the push process of the emergency convenience station system, it will judge whether the AED device is normal according to the self-test result of the AED device in the emergency convenience station, so as to confirm that only when the AED device in the current high-priority emergency convenience station is normal, it will be pushed to each executor as a rescue emergency convenience station, so that each executor who responds to this emergency incident can obtain an AED device that can be used normally, and avoid the rescuer getting an unusable AED device and delaying external defibrillation first aid.

[0046] 2. Through the implementation of the technical solution of the present invention, in order to ensure that there is no response from nearby passers-by, managers or volunteers when a rescue first aid convenience station is pushed, if the AED equipment of the rescue first aid convenience station is not taken out within the set time, the rescue first aid convenience station will continue to be searched and generated in order of priority, so as to form a saturated first aid support surrounding the first aid scene as a "first aid circle", providing timely and sufficient life support for patients, and also providing more protection for public safety.

[0047] 3. In summary, in response to the problems of the existing combination of vending machines (convenience stations) and AEDs in actual applications, such as failure to respond in time, failure to ensure that AED devices can be delivered, and failure to accurately obtain available AED devices, an innovative design has been made to combine unmanned or manned convenience stations with AED devices to form an AED intelligent acquisition method for emergency convenience stations, an AED intelligent acquisition system for emergency convenience stations, an emergency convenience station, and a readable storage medium storing data for executing the AED intelligent acquisition method for emergency convenience stations. Combining vending machines (convenience stations) with AEDs to form emergency convenience stations not only meets consumers' demand for convenient shopping, but also provides protection for public safety. It is constantly developing in the direction of intelligence and networking, and has functions such as remote monitoring, data analysis, and allocation of priority. This technical integration enables unmanned vending machines to integrate AED devices, achieve efficient management and use of emergency equipment, and provide another powerful boost for patients with cardiac arrest to receive timely treatment, thereby further ensuring people's life safety and health protection. BRIEF DESCRIPTION OF THE DRAWINGS

[0048] Figure 1 A schematic diagram of a flow chart of an AED intelligent acquisition method for an emergency convenience station according to an embodiment of the present invention;

[0049] Figure 2 Schematic diagram of the process of intelligent acquisition method of AED in emergency convenience station according to the embodiment of the present invention (connection Figure 1 );

[0050] Figure 3 This is a system block diagram of the AED intelligent acquisition system of the first aid convenience station according to an embodiment of the present invention;

[0051] Figure 4 This is a system block diagram of an emergency convenience station according to an embodiment of the present invention;

[0052] Figure 5 4 is a system block diagram of various systems and modules in an embodiment of the present invention. DETAILED DESCRIPTION

[0053] In order to make the above-mentioned purposes, features and advantages of the present application more obvious and easy to understand, the specific implementation methods of the present application are described in detail below in conjunction with the accompanying drawings. In the following description, many specific details are set forth to facilitate a full understanding of the present application. However, the present application can be implemented in many other ways different from those described herein, and those skilled in the art can make similar improvements without violating the connotation of the present application, so the present application is not limited by the specific embodiments disclosed below.

[0054] The terms used herein are only for describing specific embodiments and are not intended to be limiting of the present invention. Singular forms such as "a", "this", "here", "this" and "the" as used herein also include plural forms.

[0055] The terms “first”, “second”, etc. used in this document do not specifically refer to an order or sequence, nor are they used to limit the present case. They are only used to distinguish components or operations described with the same technical terms.

[0056] As used herein, "connected" or "positioned" may refer to direct physical contact between two or more components or convenience stations, or indirect physical contact between two or more components or convenience stations, or to mutual operation or action between two or more components or convenience stations.

[0057] The terms “include,” “including,” “have,” etc. used in this document are open-ended terms, meaning including but not limited to.

[0058] The terms used in this document generally have the ordinary meaning of each term used in this field, in the context of the case and in the specific context, unless otherwise noted. Certain terms used to describe the present invention will be discussed below or elsewhere in this specification to provide additional guidance to those skilled in the art in describing the present invention.

[0059] The present invention aims to provide solutions to the existing problems of combining vending machines (convenience stations) with AEDs in actual applications, such as failure to respond in time, failure to ensure that AED devices can be delivered, and failure to accurately obtain available AED devices. An innovative design is provided for an AED intelligent acquisition method for an emergency convenience station that combines an unmanned or manned convenience station with an AED device, an AED intelligent acquisition system for an emergency convenience station, an emergency convenience station, and a readable storage medium storing data for executing the AED intelligent acquisition method for an emergency convenience station. Combining an automatic vending machine (convenience station) with an AED to form an emergency convenience station not only meets consumers' demand for convenient shopping, but also provides protection for public safety. It is constantly developing in the direction of intelligence and networking, and has functions such as remote monitoring, data analysis, and priority allocation. This technical integration enables unmanned vending machines to integrate AED devices and achieve efficient management and use of emergency equipment.

[0060] Example 1, reference Figure 1 , Figure 2 As shown, Embodiment 1 of the present invention proposes an intelligent acquisition method for AED at an emergency convenience station, the method comprising:

[0061] The user recognizes or automatically recognizes the occurrence of an emergency event and initiates an emergency call.

[0062] The first aid platform receives the distress call information of the first aid incident and simultaneously confirms the status of the AED equipment in the first aid convenience station within a set range near the first aid site. The first aid convenience station is a convenience station equipped with AED equipment and communicating with the first aid convenience station system.

[0063] The first aid platform sends the distress call information to the first aid convenience station system and volunteers near the first aid site. The first aid convenience station system calculates the distance between the first aid convenience station and the first aid site within a set range near the first aid site, the comprehensive activity of the first aid convenience station, and obtains the self-inspection results of the AED equipment in the first aid convenience station within a set range near the first aid site.

[0064] The first aid convenience station system prioritizes the first aid convenience stations according to their distance from the first aid site and their comprehensive activity, and uses the first aid convenience stations with a short distance and high comprehensive activity as the current high-priority first aid convenience stations. It then determines whether the AED equipment is normal based on the self-test results of the AED equipment in the first aid convenience stations. If the AED equipment is normal, the current high-priority first aid convenience station will be used as a rescue first aid convenience station where the executors can obtain available AED equipment in the shortest time. The management personnel of the rescue first aid convenience station will be notified of the distress call, and the rescue first aid convenience station will enter the rescue mode. If the AED equipment is abnormal, the system will continue to check and determine whether the AED equipment of the second-priority first aid convenience stations is normal in order of priority, and use the first aid convenience station with normal AED equipment as the rescue first aid convenience station.

[0065] The executive personnel will respond and obtain the AED equipment from the rescue and first aid convenience station and arrive at the first aid site to perform cardiopulmonary resuscitation; if the AED equipment at the rescue and first aid convenience station is not taken out within the set time, the rescue and first aid convenience station will continue to be searched and generated in order of priority until the AED equipment is taken out and delivered.

[0066] Through the implementation of the first embodiment of the present invention, in the intelligent acquisition method of AED at the first aid convenience station, after the first aid platform receives the distress message of the first aid incident, it synchronously confirms the status of the AED device in the first aid convenience station within a set range near the first aid site, so that the first aid convenience station system can provide data support for the subsequent push of the first aid convenience station, shorten the push time of the first aid convenience station system, and thus create favorable conditions for the early delivery of the AED device; after the first aid convenience station system receives the distress message, the first aid convenience station system prioritizes the first aid convenience station according to the distance between the first aid convenience station and the first aid site and the comprehensive activity of the first aid convenience station, so as to give priority to the first aid convenience station equipped with AED equipment that can be responded to and delivered the fastest, and in the push process of the first aid convenience station system, it will also prioritize the self-test of the AED device in the first aid convenience station. The results determine whether the AED device is normal, so as to confirm that only when the AED device is normal in the current high-priority first aid convenience station will it be pushed to each executive personnel as a rescue first aid convenience station, so that each executive personnel responding to the first aid incident can obtain an AED device that can be used normally, to avoid the rescuer getting an unusable AED device and delaying external defibrillation first aid; and, in order to ensure that there is a situation where there are no nearby passers-by, managers or volunteers responding to a pushed rescue first aid convenience station, if the AED device of the rescue first aid convenience station is not taken out within the set time, the rescue first aid convenience station will continue to be searched and generated in order of priority, so as to form a saturated first aid support surrounding the first aid site as a "first aid circle", providing timely and sufficient life support for patients, and also providing more protection for public safety.

[0067] In one implementation of Example 1 of the present invention, the executors include users who identify the emergency incident, volunteers near the emergency site, managers of the rescue emergency convenience station, and consumers and passers-by who respond to the emergency incident near the rescue emergency convenience station; the distress information includes the time of the distress call, the coordinates of the emergency site location, and the contact number of the user who initiated the distress call. With all the personnel who may and can respond to the emergency incident as executors, as the knowledge of AED emergency is promoted, more and more people will serve as executors to provide more assistance for the patient's life-saving emergency; for the setting of the distress information, the information contained is clear and can let the system and executors intuitively know the time and place of the emergency incident, so that they can respond and execute quickly.

[0068] In another manner of embodiment one of the present invention, if the AED device of the rescue first aid convenience station is not taken out and / or responded within the set time, the next first aid convenience station with normal AED device within the set range near the first aid site will continue to be pushed in order of priority, and the operation of pushing the distress information will be increased once every set time, wherein the set time value is set to 5 seconds to 20 seconds; and after the AED device of one of the rescue first aid convenience stations is taken out, the first aid convenience station system controls the release of the rescue mode of all rescue first aid convenience stations. With this step, we continue to expand the normal AED equipment to be delivered as much as possible. When the emergency convenience station with the highest priority cannot be responded to in time, it will be pushed to the emergency convenience station with the second priority immediately, and then pushed to the emergency convenience station with the second priority, and so on, until the AED equipment is taken out and delivered. The value of the set time can be set according to the density of emergency convenience stations near the emergency site. The value of the set time is set to 5 seconds to 20 seconds. In areas with a high density of emergency convenience stations, the value of the set time can be smaller, such as 5 seconds, 7 seconds, 9 seconds, etc.; in areas with a low density of emergency convenience stations, the value of the set time can be larger, such as 11 seconds, 13 seconds, 15 seconds, etc. In addition, for the release of the rescue mode, you can also set an end time when no one responds to all rescue emergency convenience stations, such as five minutes, ten minutes after the emergency incident, or other time values ​​that have missed the emergency time. When the emergency incident lasts too long, the emergency convenience station system controls all emergency convenience stations that have activated the rescue mode to turn off their rescue mode and report to the emergency platform.

[0069] In another implementation of Example 1 of the present invention, in the step where the first aid convenience station system calculates the distance between the first aid convenience station and the first aid site within a set range near the first aid site and the comprehensive activity of the first aid convenience station, the value of the set range near the first aid site can be set according to the density of the first aid convenience stations near the first aid site, and the value of the set range is set to 500 meters to 5000 meters. In areas where the density of first aid convenience stations is relatively high, the value of the set range can be smaller, such as 500 meters, 1000 meters, etc.; in areas where the density of first aid convenience stations is relatively low, the value of the set range can be larger, such as 3000 meters, 5000 meters, etc. In this way, the priority order is sorted according to the density of first aid convenience stations near the first aid site, ensuring that first aid information can be pushed in the shortest time to immediately start the rescue mode, and the value of the set range is adapted to local conditions and has higher flexibility.

[0070] In one implementation of the first embodiment of the present invention, when the first aid platform sends the distress message to the first aid convenience station system and volunteers near the first aid site, the first aid platform also sends the distress message to the security system near the first aid site, and the security system participates in the first aid incident. Through the implementation of this step, the first aid convenience station of the present invention is integrated into the public security system, so that more forces at the social level can be used for patients with cardiac arrest. At the same time, as part of the public security system, the first aid convenience station can also play a greater role.

[0071] In another embodiment of the present invention, when the rescue first aid convenience station enters the rescue mode, the screen system of the rescue first aid convenience station and the AED device in the rescue first aid convenience station emit sound and light prompts to remind the executor to take out the AED device and go to the first aid site to deliver the AED device, and the screen system of the rescue first aid convenience station selectively displays the navigation information from the current rescue first aid convenience station to the first aid site. In this very eye-catching and very warning way, various executors can participate in this first aid event more promptly and effectively, greatly increasing the possibility of patients receiving effective first aid.

[0072] In yet another implementation of the first embodiment of the present invention, the self-test of the AED device includes at least two or more of the following combinations;

[0073] Power-on self-test: The AED device performs a self-test after powering on to detect the working status of the main control module, treatment module, power module, defibrillation electrodes, and emergency auxiliary module in the AED device;

[0074] Battery insertion self-test: When the battery is installed in the AED device, the AED device will automatically perform a battery insertion self-test to detect the working status of the main control module, treatment module, power module, defibrillation electrode pads, and emergency auxiliary module in the AED device, as well as the status of 1J charging and discharging, maximum energy charging and discharging, buttons, and speakers;

[0075] Automatic periodic self-check: AED equipment regularly checks the function of the equipment and detects the working status of the main control module, treatment module, power module, defibrillation electrode pads, and emergency auxiliary module in the AED equipment according to the set period;

[0076] Self-check during device operation: AED devices continuously monitor important components and safety functions in real time during standby. Once a fault that affects the safe operation of the device is detected during the real-time self-check, the device will not be able to be used normally.

[0077] User self-test: remove the battery, and then install the battery into the AED device after a set time to trigger the user self-test, restart the AED device, detect the working status of the main control module, treatment module, power module, defibrillation electrodes, and first aid auxiliary module in the AED device, and detect the status of 1J charging and discharging, maximum energy charging and discharging, buttons, and speakers.

[0078] This ensures that the AED device obtained by the person being executed and delivered to the emergency scene for rescue can be used completely normally for external defibrillation, further protecting the patient's life safety and improving subsequent prognosis.

[0079] In one implementation of the first embodiment of the present invention, in the step of calculating the comprehensive activity of the first aid convenience station by the first aid convenience station system, the sales data and usage frequency data of each first aid convenience station are first collected, the sales data and usage frequency data are normalized to obtain the sales volume standardized value and the frequency standardized value, the sales data and the usage frequency data are weighted, and then the comprehensive activity is calculated by linear weighted fusion;

[0080] When the overall activity levels are consistent, the priority order of first aid convenience stations that are closer to the first aid site will be moved up.

[0081] Through the implementation of the above steps, more scientific first aid convenience stations will be adopted as priority push targets, thereby speeding up the process of AED acquisition and delivery.

[0082] In another implementation of the first embodiment of the present invention, the step of calculating and obtaining the comprehensive activity of the first aid convenience station by the first aid convenience station system includes the following steps:

[0083] S210, collecting sales data and usage frequency data of each emergency convenience station, wherein the sales data at least includes product sales volume and product sales amount, and the usage frequency data at least includes the number of times the equipment is used and the number of times consumers visit;

[0084] S220, normalize the sales data and the frequency data to obtain a sales volume normalized value and a frequency normalized value, aggregate the sales data and the frequency data according to the time series to form time series data with a unified time period, perform min-max normalization on the sales data and the frequency data, and obtain a sales volume normalized value: , frequency normalized value: ; where S i is the sales data of the emergency convenience station within a unified time period, S min The lowest sales volume in the history of the first aid convenience station. max The highest sales in the history of the first aid convenience station; among them, F iis the usage frequency data of the emergency convenience station within a unified time period, F min The lowest usage frequency of the emergency convenience station in history. max This is the highest frequency of use in the history of the emergency convenience station;

[0085] S230, weighting the sales data and the usage frequency data to obtain the sales index weight w s , frequency index weight w f , and w s +w f =1;

[0086] S240, perform linear weighted fusion to calculate the comprehensive activity, and the comprehensive activity index is represented by the final activity score AS i , ,in For the sales dimension, is the frequency dimension, and the final activity score range is AS i ∈[0,1].

[0087] By adopting the above steps and related parameter settings, as well as the calculation of comprehensive activity, the calculation process is scientific and reasonable, and the obtained information is effectively used for rapid measurement, so that in the step of prioritizing the first aid convenience station system according to the distance between the first aid convenience station and the first aid site and the comprehensive activity of the first aid convenience station, reliable and accurate comprehensive activity data can be obtained, which can make the probability of timely response to first aid convenience stations with high comprehensive activity higher, and ensure that the probability estimate of the AED device being finally acquired is reasonable and effective, so as to execute the intelligent acquisition of AED at the first aid convenience station, which can ensure that each executor responds more promptly, acquires AED equipment in a timely manner, and delivers AED equipment to the first aid site in a timely manner.

[0088] The first embodiment of the present invention is further described below with reference to one of the preferred embodiments in more detail.

[0089] The following details of the AED intelligent acquisition method for the first aid convenience station of the preferred embodiment can be referred to as Figure 1 shown.

[0090] The preferred embodiment of the present invention mainly provides an AED intelligent acquisition solution for first aid convenience stations that can quickly acquire AEDs to the first aid scene. The first aid convenience station is a convenience station equipped with an AED device and communicates with the first aid convenience station system. When a first aid incident occurs, an emergency call is initiated through the mini-program software or the first aid kit hardware. Users who identify the first aid incident, volunteers near the first aid scene, managers of the rescue first aid convenience station, and consumers and passers-by who respond to the first aid incident near the rescue first aid convenience station can all participate in the first aid as executors.

[0091] The specific contents of the preferred embodiments of the present invention are as follows.

[0092] The user recognizes the occurrence of an emergency incident and initiates an emergency call through the mini-program software or first aid kit hardware.

[0093] The first aid platform receives the distress call information of the first aid incident and simultaneously confirms the status of the AED equipment in the first aid convenience station within 3,000 meters of the first aid site. The first aid convenience station is a convenience station equipped with AED equipment and communicating with the first aid convenience station system.

[0094] The first aid platform sends the distress message to the first aid convenience station system and volunteers within 3,000 meters of the first aid site. The first aid convenience station system calculates the distance between the first aid convenience station and the first aid site within 3,000 meters of the first aid site, and the comprehensive activity of the first aid convenience station (first collect the sales data and usage frequency data of each first aid convenience station, normalize the sales data and usage frequency data to obtain the sales volume standardized value and frequency standardized value, assign weights to the sales data and usage frequency data, and then perform linear weighted fusion to calculate the comprehensive activity), and obtains the self-test results of the AED equipment in the first aid convenience station within 3,000 meters of the first aid site (the self-test of the AED equipment includes at least two or more of the following combinations: power-on self-test, battery insertion self-test, automatic periodic self-test, self-test during equipment operation, and user self-test).

[0095] The first aid convenience station system prioritizes the first aid convenience stations according to their distance from the first aid site and their comprehensive activity, and uses the first aid convenience stations with short distances and high comprehensive activity as the current high-priority first aid convenience stations, and then determines whether the AED equipment is normal based on the self-test results of the AED equipment in the first aid convenience stations; if the AED equipment is normal, the current high-priority first aid convenience station will be used as a rescue first aid convenience station where the executors can obtain available AED equipment in the shortest time, and the manager of the rescue first aid convenience station will be notified of the distress call, the rescue first aid convenience station enters the rescue mode, the screen system of the rescue first aid convenience station and the AED equipment in the rescue first aid convenience station emit sound and light prompts to remind the executors to take out the AED equipment and go to the first aid site to deliver the AED equipment, and the navigation information from the current rescue first aid convenience station to the first aid site is selectively displayed on the screen system of the rescue first aid convenience station; if the AED equipment is abnormal, continue to check and determine whether the AED equipment of the second-priority first aid convenience stations is normal in order of priority, and use the first aid convenience station with normal AED equipment as the rescue first aid convenience station.

[0096] The executive personnel respond and obtain the AED equipment from the rescue first aid station and arrive at the first aid site to perform cardiopulmonary resuscitation; if the AED equipment at the rescue first aid station is not taken out within the set time, the rescue first aid station will continue to be searched and generated in order of priority until the AED equipment is taken out and delivered. If the AED equipment at the rescue first aid station is not taken out and / or responded to within 10 seconds, the next rescue first aid station with normal AED equipment within 3,000 meters of the first aid site will continue to be pushed in order of priority, and the operation of pushing the distress information will be increased every set time; and after the AED equipment at one of the rescue first aid stations is taken out, the rescue first aid station system controls the release of the rescue mode of all rescue first aid stations.

[0097] Embodiment 2, as Figure 3 As shown, embodiment 2 of the present invention proposes an AED intelligent acquisition system for an emergency convenience station, and the AED intelligent acquisition system for an emergency convenience station includes an emergency mobile terminal, an emergency convenience station, an emergency platform, and an emergency convenience station system.

[0098] The emergency mobile terminal is a mobile device used to send and receive emergency call information and the geographical location of the emergency scene. The emergency mobile terminal communicates with the emergency platform through a long-distance wireless method.

[0099] The first aid convenience station is an unmanned or manned convenience station, and is equipped with an AED device and a screen system for at least entering a rescue mode. The first aid convenience station communicates with the first aid convenience station system via long-distance wireless or wired communication.

[0100] The first aid platform is used to receive and / or send distress information of first aid events, and simultaneously confirm the status of AED equipment in first aid convenience stations within a set range near the first aid site, and send distress information to the first aid convenience station system and volunteers near the first aid site.

[0101] The first aid convenience station system is used to prioritize the first aid convenience stations according to their distance from the first aid site and their comprehensive activity, and to use the current high-priority first aid convenience station as a rescue first aid convenience station where enforcement personnel can obtain available AED equipment in the shortest time, notify the management personnel of the rescue first aid convenience station of the distress call information, and control the rescue first aid convenience station to enter rescue mode.

[0102] In the second embodiment of the present invention, the first aid mobile terminal can be a mobile terminal, such as a smart phone, a tablet computer, etc., which has a real-time network communication function, and the user can initiate a first aid request. The first aid platform is the dispatch center of the first aid cloud platform, which receives the distress information of the first aid incident and sends it to the first aid convenience station system and volunteers near the first aid site. The first aid convenience station communicates with the first aid convenience station system through HTTP and AMQP protocols via long-distance wireless methods (including but not limited to cellular networks and Wi-Fi); the AED device communicates with the first aid convenience station system through MQTT via long-distance wireless methods (including but not limited to cellular networks and Wi-Fi); the first aid express applet communicates with the first aid platform and the first aid convenience station through HTTP via long-distance wireless methods (including but not limited to cellular networks and Wi-Fi).

[0103] Embodiment three, as Figure 4 As shown, embodiment three of the present invention proposes an emergency convenience station, which is used for the method described in embodiment one of the present invention. The emergency convenience station is an unmanned (unmanned vending machine) or manned convenience station, and is equipped with an AED device and a screen system for at least entering a rescue mode. The emergency convenience station communicates with the emergency convenience station system via long-distance wireless or wired communication, and the AED device maintains a networked state with an Internet of Things platform (IOT platform).

[0104] After the first aid convenience station enters the rescue mode, the alarm of the screen system in the first aid convenience station is mainly realized by the sound and light alarm, the travel switch, the outer box control main board, and the display screen. When the travel switch is triggered, the trigger signal is transmitted to the first aid convenience station control main board, and then the control main board controls the sound and light alarm to turn on the large screen, the lights flash and an alarm sounds. The display screen displays the time of the first aid event, the location of the person seeking help, mobile phone number and other information.

[0105] When the AED device is connected to the adapter and is in standby mode, it will run in the background and stay connected to the Internet of Things platform (IOT platform), and regularly report the location information of the base station where the device is located (in the case of outdoor situations). This state is called SOS standby.

[0106] When a person who needs help initiates a call for help through the Pumeikang First Aid Mini Program, the call for help message includes the current location information of the person who needs help and is sent to the emergency hotline platform. The emergency hotline searches for an AED device in SOS standby mode within a 3-kilometer radius based on the location information of the person who needs help.

[0107] If there is an AED device in SOS standby, IOT will push an emergency message to it, and the AED device will receive data containing the location information of the person in need. At the same time, the device will turn on the sound and light alarm to alert the AED device manager, surrounding users, or other passers-by.

[0108] After turning on the device, the AED equipment manager or surrounding users can view the map navigation information of the person in need on the device display and carry the AED equipment to participate in the rescue.

[0109] Embodiment 4: Embodiment 4 of the present invention further proposes a readable storage medium, on which a control program is stored. When the control program is executed by a processor, the processor executes the steps of the AED intelligent acquisition method for the emergency convenience station as described in Embodiment 1 of the present invention.

[0110] Next, the process of the present invention in practical application is described. Figure 1 , Figure 2 The specific process can be referred to as follows:

[0111] 1. Getting Started:

[0112] Event trigger: The user identifies a cardiac arrest event and initiates an emergency call through the mini-program software or first aid kit hardware.

[0113] 2. SOS notification:

[0114] The emergency rescue platform receives the distress call information, including the time of the distress call, the specific location coordinates, and the contact number of the person calling for help.

[0115] 3. Emergency platform notification:

[0116] The emergency rescue platform will send the distress call information to the emergency rescue convenience station within 3 kilometers, including the time, location, contact number, and confirm the AED self-test results of the emergency rescue convenience station.

[0117] The emergency platform notifies nearby volunteers.

[0118] 4. Self-inspection of emergency stations and AEDs:

[0119] After receiving the distress message (the location of the distress message, the person who is in distress, etc.), the emergency station system pushes the distress message based on the distance of the emergency station within 3 kilometers of the distress location and the degree of activity of the nearby emergency stations. The activity of the emergency station is confirmed based on the analysis of consumption records and sales data. At the same time, if the activity is consistent, the emergency station closer is pushed first, and the manager of the emergency station with the highest priority is notified of the distress message. The AED device is self-checked to confirm whether the AED device is in normal working condition. If it is normal, the AED device will sound and light alarm. If the AED device is abnormal, the rescue status of the current emergency station is terminated, and the status of the emergency stations and AED devices of the second priority near the distress location is further checked.

[0120] 5. AED equipment sound and light alarm and first aid station rescue mode:

[0121] If the AED device is normal, the AED device will activate the sound and light alarm to alert nearby personnel and volunteers. The voice system prompts: "Emergency rescue, please take out the AED device immediately and go to the rescue location XXXX", and the convenience station screen system prompts: "Emergency rescue, please take out the AED device immediately and go to the rescue location XXXX".

[0122] 6. Get the AED device:

[0123] When people near the first aid station hear the sound and light alarm information or the first aid station manager receives the alarm information, they go to take out the AED equipment and go to the patient's location to provide first aid according to the distress message.

[0124] 7. Volunteers

[0125] Volunteers responded to the rescue and went to help.

[0126] By implementing the above embodiments, the purpose of the present invention is achieved, and the present invention has the following innovations and effects:

[0127] 1. The linkage dispatch of AED equipment in the emergency convenience station has invented a linkage mechanism between unmanned vending machines and AED equipment. When an emergency incident occurs, the activity algorithm of the emergency convenience station can be dispatched through the API interface to automatically indicate the nearest AED equipment and guide rescuers or volunteers to quickly obtain it.

[0128] 2. The first aid convenience station participates in first aid. After receiving the first aid signal, the first aid convenience station can automatically perform specific operations, such as sound and light alarms.

[0129] 3. Emergency Convenience Station Activity Algorithm: The emergency convenience station system integrates the sales volume and usage frequency of all emergency convenience stations, integrates the algorithm module into the emergency convenience station system, supports automated analysis, provides API interfaces, and provides the activity algorithm results to the AED equipment dispatch linkage system. When a distress call occurs, it will be pushed to the emergency convenience station with higher activity within 3 kilometers.

[0130] 4. Volunteer notification mechanism. The system has designed a volunteer notification mechanism that can quickly notify trained volunteers to participate in rescue through mobile phone applications or other communication methods when an emergency incident occurs.

[0131] 5. Real-time navigation and first aid guidance. The display screen or speaker installed at the first aid convenience station can provide real-time first aid guidance video or voice instructions to help volunteers take the AED and correctly navigate to the location information of the person in need of help.

[0132] The above embodiments are only for illustrating the technical concept and features of the present invention, and their purpose is to enable people familiar with the technology to understand the content of the present invention and implement it accordingly, and they cannot be used to limit the protection scope of the present invention. Any equivalent changes or modifications made according to the spirit of the present invention should be included in the protection scope of the present invention.

Claims

1. A method for intelligently acquiring AED at an emergency convenience station, characterized in that: The method comprises: The user recognizes or automatically recognizes the occurrence of an emergency incident and initiates an emergency call; The emergency platform receives emergency call information and simultaneously confirms the status of AED equipment in emergency convenience stations within a set range near the emergency site; The first aid platform sends the distress message to the first aid convenience station system and volunteers near the first aid site. The first aid convenience station system calculates the distance between the first aid convenience station and the first aid site within a set range near the first aid site, the comprehensive activity of the first aid convenience station, and obtains the self-test results of the AED equipment in the corresponding first aid convenience station; The first aid convenience station system prioritizes the first aid convenience stations according to their distance from the first aid site and their comprehensive activity, and uses the first aid convenience stations with short distance and high comprehensive activity as the current high-priority first aid convenience stations. It then determines whether the AED equipment in the first aid convenience station is normal based on the self-test results of the AED equipment. If normal, the current high-priority first aid convenience station is used as a rescue first aid convenience station where the executor can obtain the available AED equipment in the shortest time, and enters the rescue mode. It continues to check and determine whether the AED equipment in the second-priority first aid convenience station is normal in order of priority, and uses the normal first aid convenience station as the rescue first aid convenience station. The executive personnel will respond and obtain the AED equipment from the rescue and first aid convenience station and arrive at the first aid site to perform cardiopulmonary resuscitation; if the AED equipment at the rescue and first aid convenience station is not taken out within the set time, the rescue and first aid convenience station will continue to be searched and generated in order of priority until the AED equipment is taken out and delivered.

2. The AED intelligent acquisition method for emergency convenience stations according to claim 1 is characterized in that: The executors include users who identify the emergency incident, volunteers near the emergency site, managers of the rescue first aid convenience station, and consumers and passers-by who respond to the emergency incident near the rescue first aid convenience station; the call for help information includes the call time, the location coordinates of the emergency site, and the contact number of the user who initiated the call for help.

3. The AED intelligent acquisition method for the emergency convenience station according to claim 1 is characterized in that: If the AED device at the rescue first aid convenience station is not taken out and / or responded within the set time, the next first aid convenience station with normal AED device within the set range near the first aid site will continue to be pushed in order of priority, and the operation of pushing the distress information will be increased once every set time, where the set time value is set to 5 seconds to 20 seconds; and after the AED device at one of the rescue first aid convenience stations is taken out, the first aid convenience station system controls the release of the rescue mode of all rescue first aid convenience stations.

4. The AED intelligent acquisition method for emergency convenience stations according to claim 1, characterized in that: In the step in which the first aid convenience station system calculates the distance between the first aid convenience station and the first aid site and the comprehensive activity of the first aid convenience station within a set range near the first aid site, the value of the set range near the first aid site is set according to the density of first aid convenience stations near the first aid site, and the value of the set range is set to 500 meters to 5000 meters.

5. The AED intelligent acquisition method for emergency convenience stations according to claim 1, characterized in that: When the first aid platform sends the distress message to the first aid convenience station system and volunteers near the first aid site, the first aid platform will also send the distress message to the security system near the first aid site, and the security system will participate in the first aid incident.

6. The AED intelligent acquisition method for emergency convenience stations according to claim 1, characterized in that: When the rescue first aid convenience station enters the rescue mode, the screen system of the rescue first aid convenience station and the AED equipment in the rescue first aid convenience station will send out sound and light prompts to remind the executors to take out the AED equipment and go to the first aid site to deliver the AED equipment. The screen system of the rescue first aid convenience station selectively displays the navigation information from the current rescue first aid convenience station to the first aid site.

7. The AED intelligent acquisition method for emergency convenience stations according to claim 1, characterized in that: The self-test of the AED device includes at least two or more of the following combinations; Power-on self-test: The AED device performs a self-test after powering on to detect the working status of the main control module, treatment module, power module, defibrillation electrodes, and emergency auxiliary module in the AED device; Battery insertion self-test: When the battery is installed in the AED device, the AED device will automatically perform a battery insertion self-test to detect the working status of the main control module, treatment module, power module, defibrillation electrode pads, and emergency auxiliary module in the AED device, as well as the status of 1J charging and discharging, maximum energy charging and discharging, buttons, and speakers; Automatic periodic self-check: AED equipment regularly checks the function of the equipment and detects the working status of the main control module, treatment module, power module, defibrillation electrode pads, and emergency auxiliary module in the AED equipment according to the set period; Self-check during device operation: AED devices continuously monitor important components and safety functions in real time during standby. Once a fault that affects the safe operation of the device is detected during the real-time self-check, the device will not be able to be used normally. User self-test: remove the battery, and then install the battery into the AED device after a set time to trigger the user self-test, restart the AED device, detect the working status of the main control module, treatment module, power module, defibrillation electrodes, and first aid auxiliary module in the AED device, and detect the status of 1J charging and discharging, maximum energy charging and discharging, buttons, and speakers.

8. The AED intelligent acquisition method for emergency convenience stations according to claim 1, characterized in that: In the step of calculating the comprehensive activity of the emergency convenience station by the emergency convenience station system, the sales data and usage frequency data of each emergency convenience station are first collected, the sales data and usage frequency data are normalized to obtain the sales volume standardized value and the frequency standardized value, the sales data and the usage frequency data are weighted, and then the comprehensive activity is calculated by linear weighted fusion; When the overall activity levels are consistent, the priority order of first aid convenience stations that are closer to the first aid site will be moved up.

9. The AED intelligent acquisition method for emergency convenience stations according to claim 8, characterized in that: The step of calculating the comprehensive activity of the first aid convenience station by the first aid convenience station system includes the following steps: S210, collecting sales data and usage frequency data of each emergency convenience station, wherein the sales data at least includes product sales volume and product sales amount, and the usage frequency data at least includes the number of times the equipment is used and the number of times consumers visit; S220, normalize the sales data and the frequency data to obtain a sales volume normalized value and a frequency normalized value, aggregate the sales data and the frequency data according to the time series to form time series data with a unified time period, perform min-max normalization on the sales data and the frequency data, and obtain a sales volume normalized value: , frequency normalized value: ; where S i is the sales data of the emergency convenience station within a unified time period, S min The lowest sales volume in the history of the first aid convenience station. max The highest sales in the history of the first aid convenience station; among them, F i is the usage frequency data of the emergency convenience station within a unified time period, F min The lowest usage frequency of the emergency convenience station in history. max This is the highest frequency of use in the history of the emergency convenience station; S230, weighting the sales data and the usage frequency data to obtain the sales index weight w s , frequency index weight w f , and w s +w f =1; S240, perform linear weighted fusion to calculate the comprehensive activity, and the comprehensive activity index is represented by the final activity score AS i , ,in For the sales dimension, is the frequency dimension, and the final activity score range is AS i ∈[0,1].

10. An AED intelligent acquisition system for an emergency convenience station, used in the method according to any one of claims 1 to 9, characterized in that: The system includes an emergency mobile terminal, an emergency convenience station, an emergency platform, and an emergency convenience station system; among them, The emergency mobile terminal is a mobile device used to send and receive emergency call information and the geographical location of the emergency scene. The emergency mobile terminal communicates with the emergency platform via long-distance wireless mode; The first aid convenience station is an unmanned or manned convenience station, in which an AED device and at least a screen system for entering a rescue mode are configured, and the first aid convenience station communicates with the first aid convenience station system via a long-distance wireless mode or a wired communication mode; The first aid platform is used to receive and / or send emergency information about emergency events, and simultaneously confirm the status of AED equipment in emergency convenience stations within a set range near the emergency site, and send the emergency information to the emergency convenience station system and volunteers near the emergency site; The first aid convenience station system is used to prioritize the first aid convenience stations according to their distance from the first aid site and their comprehensive activity, and to use the current high-priority first aid convenience station as a rescue first aid convenience station where enforcement personnel can obtain available AED equipment in the shortest time, to notify the management personnel of the rescue first aid convenience station of the distress call information, and to control the rescue first aid convenience station to enter rescue mode.

11. A first aid convenience station, used in the method according to any one of claims 1 to 9, characterized in that: The first aid convenience station is an unmanned or manned convenience station, and is equipped with an AED device and a screen system for at least entering a rescue mode. The first aid convenience station communicates with the first aid convenience station system via long-distance wireless or wired communication, and the AED device maintains a networked state with the Internet of Things platform.

12. A readable storage medium, characterized in that: The readable storage medium stores a control program, and when the control program is executed by a processor, the processor executes the steps of the method according to any one of claims 1 to 9.

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