AED intelligent application method and system in lifting platform, lifting platform and medium

Abstract

The invention discloses an AED intelligent application method and system in a lifting platform, the lifting platform and a medium. The method comprises the following steps: acquiring distress information and first-aid field information of a first-aid event, responding to the first-aid event, and performing linkage scheduling based on an executor, a lifting platform and AED equipment; performing emergency response by the executor; corresponding lifting platform scheduling actions are carried out according to the positions of the executive personnel and the lifting platform; corresponding executive personnel scheduling actions are carried out; the system comprises a first-aid mobile terminal, a lifting platform, AED equipment, a first-aid platform and a building security system. According to the invention, the emergency event response process is optimized, and through integration of intelligent monitoring, positioning, communication and instruction scheduling technologies, it is ensured that when an emergency event occurs, the event position can be rapidly identified, the nearest AED equipment can be automatically scheduled, and real-time emergency guidance can be provided, so that the emergency efficiency and the success rate are significantly improved, and the safety of the emergency event is ensured. And timely life support is provided for patients under emergency conditions such as sudden cardiac arrest.

Description

Technical Field

[0001] The present invention relates to the technical field of elevators, and in particular to an AED intelligent application method and system in a lifting platform, a lifting platform, and a medium. 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] In modern building environments, elevators are used frequently as vertical transportation tools connecting different floors. However, due to various reasons, such as heart disease, accidental injuries, etc., emergency events may occur inside or outside the elevator, especially emergency medical conditions such as cardiac arrest. 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 AED, the implementer of CPR (hereinafter referred to as the implementer), and the person who receives the AED external defibrillation is the AED, the recipient of CPR (hereinafter referred to as the patient).

[0004] Although AED devices have become popular in many public places, there are still some challenges in responding to emergency incidents inside or outside elevators.

[0005] First of all, when an emergency incident occurs in an elevator, due to the closed space and the mobility of the elevator, it is difficult to obtain AED equipment and provide timely treatment. Emergency personnel cannot know the location of the elevator where the emergency incident occurred at the first time. How emergency personnel can quickly reach the emergency scene and how to quickly obtain an available AED are problems to be solved.

[0006] Secondly, when an emergency incident occurs outside the elevator, although the AED device may be inside the building, locating and quickly obtaining the AED device is still a problem. This problem is also determined by the uncertainty of the elevator's moving position and the current status of the AED device and the elevator. There is currently no way to solve this problem.

[0007] In addition, whether an emergency rescue incident occurs inside or outside the elevator, on-site personnel often lack sufficient first aid knowledge and skills, resulting in the implementation of first aid measures not being timely and effective. Especially when inside the elevator, the closed space poses a greater challenge to performing cardiopulmonary resuscitation.

[0008] In view of this, how to solve the problems existing in existing elevator scenarios, such as the difficulty in obtaining AED equipment, the difficulty in providing treatment, and the lack of timely and effective implementation of emergency measures, has become a topic to be studied and solved by the present invention. Summary of the invention

[0009] The purpose of the present invention is to provide an intelligent application method and system of AED in a lifting platform, a lifting platform, and a medium, so that after an emergency incident occurs inside or outside the elevator, the event location can be quickly identified, the nearest AED equipment can be automatically dispatched, and real-time emergency guidance can be provided, thereby significantly improving the efficiency and success rate of emergency treatment and providing timely life support for patients in emergency conditions such as cardiac arrest.

[0010] To achieve the above object, the first aspect of the present invention proposes an AED intelligent application method in a lifting platform, the method comprising: Monitor and identify the occurrence of emergency incidents and issue emergency notifications; Obtain emergency call information and emergency scene information of emergency events, including the information inside and outside the lifting platform; Respond to emergency incidents, obtain information about the executor, the status of the lifting platform, and the status of the AED device in the lifting platform, conduct linkage scheduling among the executor, the lifting platform, and the AED device, and define rescuers and / or volunteers as executors; According to the status information of the lifting platform, the status information of the AED device in the lifting platform and the self-test information of the AED device, the corresponding AED device dispatching action is performed, and the location of the available AED device near the emergency incident is sent to the executor, who performs the emergency response; Perform corresponding lifting platform dispatching actions according to the positions of the execution personnel and the lifting platform, and the lifting platform dispatching actions include at least one or more of the following: keeping the lifting platform door open, returning to the floor closest to the execution personnel, and going directly to the designated floor; According to the information of AED equipment dispatching action and lifting platform dispatching action, corresponding personnel dispatching action is performed. After responding to the emergency incident, the personnel are automatically guided to obtain the nearest available AED equipment and arrive at the emergency scene; Real-time first aid guidance is provided by the guidance device in the lifting platform or by the available AED device itself.

[0011] The second aspect of the present invention proposes an AED intelligent application system in a lifting platform, which is used in the method described in the first aspect, and the system includes a first aid mobile terminal, a lifting platform, an AED device, a first aid platform, and a building security system; The first aid mobile terminal is a mobile device that receives notification of a first aid event from a user and volunteers and rescuers receive guidance to go to the first aid site and obtain available AED equipment; The lifting platform is used to provide emergency event identification, emergency event release, and status information release; The AED device is a device used to implement automatic external defibrillation; The first aid platform communicates with the first aid mobile terminal, the lifting platform, and the building security system through a long-distance wireless method. The first aid platform is used to receive the emergency call information of the first aid event sent by the first aid mobile terminal and the lifting platform, and then perform linkage scheduling based on the execution personnel, the lifting platform, and the AED equipment; The building security system is a system installed in a building for building security, and the building security system is communicatively connected with an elevator platform and an emergency platform.

[0012] A third aspect of the present invention provides an intelligent AED lifting platform, which is used in the method described in the first aspect, wherein the lifting platform comprises an identification module, a monitoring module, and an elevator alarm module; The monitoring module is used to obtain the posture and action images of the user in the lifting platform, and transmit them to the recognition module after processing; The recognition module is used to identify the occurrence of emergency events based on the posture and action images of the user in the lifting platform, and send emergency information to the emergency platform after the emergency event is identified; The elevator alarm module is used to perform an audible and visual alarm after identifying an emergency event; The guidance device is used to provide remote guidance for first aid.

[0013] 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 application method in the lifting platform as described in the first aspect.

[0014] The relevant contents of the present invention are explained as follows: Through the implementation of the above-mentioned technical scheme of the present invention, in view of the difficulties in obtaining AED equipment and performing rescue in existing elevator scenarios, and the lack of timely and effective implementation of emergency measures, an innovative AED intelligent application method in a lifting platform, an AED intelligent application system in a lifting platform, an intelligent AED lifting platform and a readable storage medium are designed. In the AED intelligent application method in a lifting platform, for the occurrence of an emergency incident, after obtaining the distress call information and emergency scene information of the emergency incident, a response to the emergency incident is performed, and the executor information, the status information of the lifting platform, and the AED equipment status information in the lifting platform are obtained. In view of the difficulty in obtaining AED equipment in elevator scenarios, linkage scheduling is performed among the executor, the lifting platform, and the AED equipment, including corresponding AED equipment scheduling actions according to the status information of the lifting platform, the AED equipment status information in the lifting platform, and the self-test information of the AED equipment, corresponding lifting platform scheduling actions according to the positions of the executor and the lifting platform, and also including scheduling actions according to the AED equipment scheduling actions, the lifting platform The information of the dispatching action is used to perform the corresponding dispatching action of the executor. The linkage dispatching among the above executors, the lifting platform and the AED equipment and the continuous execution of the above various mobilization actions enable the AED equipment available in the lifting platform to be sent to the emergency scene as soon as possible, so that the emergency personnel can also arrive at the emergency scene as soon as possible, so as to solve the problem that it is difficult to obtain AED equipment and provide timely treatment, and the emergency personnel cannot know the location of the elevator where the emergency incident occurs in the first time. Moreover, in the continuous execution of various mobilization actions, various dispatching actions can make the patient receive more timely AED external defibrillation assistance in a more intelligent, more accurate and more rapid way, so that the patient's cardiac arrest emergency treatment can be completed within the "golden time" in the elevator scenario, thereby greatly improving the patient's emergency treatment efficiency. In addition, in the emergency stage, the remote guidance equipment in the upgrade platform is linked to guide the rescuer to perform correct cardiopulmonary resuscitation, so as to improve the success rate of emergency treatment and reduce the prognosis risk, so that more people can become rescuers to participate in emergency treatment in the elevator scenario to avoid the situation where no one rescues. The implementation of this intelligent application method of AED in the lifting platform optimizes the response process when emergency incidents occur in or outside the elevator. By integrating intelligent monitoring, positioning, communication and command dispatching technologies, it ensures that when an emergency incident occurs, the location of the incident can be quickly identified, the nearest AED equipment can be automatically dispatched, and real-time emergency guidance can be provided, thereby significantly improving the efficiency and success rate of emergency treatment and providing timely life support for patients in emergency conditions such as cardiac arrest.

[0015] In the first aspect of the above technical solution, inside the lifting platform, the lifting platform is configured to monitor the status of passengers inside the lifting platform in real time, and automatically identify the passenger's fall or abnormal behavior as an emergency event when it is detected; Outside the lifting platform, a user identifies an emergency incident and issues an emergency notification.

[0016] The above-mentioned identification and release of emergency incidents in different situations at the emergency scene inside and outside the lifting platform can be flexibly applied. In particular, the real-time monitoring of the status of passengers inside the lifting platform configured inside the lifting platform can be used to timely identify and warn passengers who suddenly suffer from cardiac arrest when riding the elevator alone, so as to avoid the situation where no one finds it or the discovery is too late, resulting in the patient's life being unable to be saved.

[0017] In the first aspect of the above technical solution, the first aid notice is received by the first aid platform, and then the first aid platform receives the distress information and first aid scene information, execution personnel information, lifting platform status information, and AED device status information of the first aid event, and sends the corresponding information to the lifting platform. The nearest available AED device is the lifting platform and AED device that are closest to the first aid scene and have passed self-inspection. The implementation of the above steps provides support for the acquisition of lifting platform information, so that the lifting platform can receive various information that needs to be integrated and dispatched under the current first aid event, and the data is interoperable, so that the AED intelligent application system in the entire lifting platform can respond more quickly and judge the execution process of the first aid event, thereby helping patients get rescue in time.

[0018] In the first aspect of the above technical solution, when the first aid site is within the lifting platform, the first aid platform notifies the lifting platform, nearby volunteers, and the building security system after receiving the first aid notification, and the building security system notifies the security personnel to go to the designated location of the lifting platform where the first aid site is located; When volunteers respond in the same building as the emergency incident, the lifting platform arrives at the floor where the volunteers are located. If the AED device self-test on the current lifting platform is abnormal, the corresponding lifting platform of other AED devices in the same building that have self-tested normally will arrive at the floor where the volunteers are located. During the emergency process, the lifting platform is always open and provides corresponding emergency guidance; When there is no volunteer responding in the same building where the emergency incident occurs, the lifting platform reaches the first floor. If the AED device self-test on the current lifting platform is abnormal, the lifting platform corresponding to other AED devices in the same building that have self-tested normally will arrive on the first floor, and other personnel will perform AED first aid.

[0019] Through the implementation of the above steps, the linkage dispatch among the execution personnel, lifting platform and AED equipment can be further divided according to the actual volunteer response situation, so as to optimize the linkage dispatch required for different actual volunteer response situations, thereby providing a reliable and effective solution for the first aid execution in different volunteer response situations, so that the AED intelligent application system in the entire lifting platform can respond to the corresponding execution plan more quickly.

[0020] In the first aspect of the above technical solution, when the first aid site is outside the lifting platform and located in the same building as the lifting platform, the first aid platform notifies the lifting platform, nearby volunteers, and the building security system after receiving the first aid notification; When volunteers respond in the same building as the emergency incident, the lifting platform where the AED equipment is located can be used to reach the floor where the volunteers are located. The volunteers enter the lifting platform to remove the available AED equipment, and the lifting platform will deliver the volunteers to the floor where the emergency scene is located.

[0021] The implementation of the above steps has increased the optimization of the details of the lifting platform scheduling, so as to optimize the arrival time scheduling of nearby volunteers and the nearest available AED, thereby speeding up the response speed and execution efficiency.

[0022] In the first aspect of the above technical solution, when the first aid site is outside the lifting platform and located in the same building as the lifting platform, the first aid platform notifies the lifting platform, nearby volunteers, and the building security system after receiving the first aid notification; When there are volunteers responding in the same building as the emergency incident, the lifting platform where the AED equipment is located can be used to reach the floor where the emergency scene is located. Other lifting platforms will send the volunteers to the floor where the emergency scene is located. The volunteers enter the lifting platform where the available AED equipment is located and remove the available AED equipment before arriving at the emergency scene.

[0023] The implementation of the above steps has increased the linkage dispatch optimization for the emergency situation when the first aid scene is outside the lifting platform and located in the same building of the lifting platform, making the response in the same building more timely, so that the most direct role of configuring AED equipment in the elevator can be played as it should be, ensuring the life, health and safety of all users and occupants in the same building.

[0024] In the first aspect of the above technical solution, when the first aid site is outside the lifting platform and outside the building of the lifting platform, the first aid platform notifies the lifting platform, nearby volunteers, and the building security system after receiving the first aid notification; Each building calculates the lifting platform that is closest to the first aid site or that corresponds to the shortest time for the enforcement personnel to obtain the available AED equipment, and moves the lifting platform to the first floor, where volunteers obtain the available AED equipment and go to the first aid site.

[0025] The implementation of the above steps has increased the linkage dispatch optimization for the emergency situation when the emergency scene is outside the lifting platform and outside the building of the lifting platform. In this way, AED equipment can be integrated into the public emergency system of the entire society and play a role at critical moments, building a more complete public emergency system and ensuring the popularization and accessibility of AED.

[0026] In the first aspect of the above technical solution, when the AED device is arranged in the lifting platform, it maintains a networked state with the AED Internet of Things platform, and the AED Internet of Things platform is connected to the emergency platform in communication, and the AED Internet of Things platform regularly reports the status information of the AED device to the emergency platform; after the emergency event is released, the AED device performs a self-check and sends the self-check result to the emergency platform via the AED Internet of Things platform. In this way, the information of the AED device can be obtained more timely and effectively by various platforms and systems in the form of data interconnection, making the linkage scheduling based on the execution personnel, lifting platform, and AED device more scientific and effective, and the execution of various scheduling actions is also more accurate and fast.

[0027] 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; 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: The defibrillator continuously monitors 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.

[0028] 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 by the AED intelligent application system in the entire lifting 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.

[0029] In the second aspect of the above technical solution, the AED device is equipped with a navigation module, a first aid assistance module, and an equipment alarm module. When the AED device is currently identified as an available AED device, the navigation module, the first aid assistance module, and the equipment alarm module are enabled. The alarm module selectively performs sound and light alarms to prompt the AED device manager or surrounding users. The navigation module provides map navigation information of the first aid site to relevant personnel. During the rescue process, the first aid assistance module provides real-time first aid assistance guidance. This AED device makes the linkage scheduling of AED devices more reasonable, and can automatically indicate the nearest AED device and guide rescuers or volunteers to quickly obtain it when a first aid incident occurs.

[0030] Due to the application of the above scheme, the present invention has the following advantages and effects compared with the prior art: 1. Through the implementation of the technical solution of the present invention, in order to solve the problems existing in existing elevator scenarios, such as the difficulty in obtaining AED equipment and providing treatment, and the lack of timely and effective implementation of emergency measures, an innovative AED intelligent application method in a lifting platform, an AED intelligent application system in a lifting platform, an intelligent AED lifting platform, and a readable storage medium are designed.

[0031] 2. Through the implementation of the technical solution of the present invention, in the intelligent application method of AED in the lifting platform, for the occurrence of an emergency incident, after obtaining the emergency call information and emergency scene information of the emergency incident, a response to the emergency incident is performed, and the information of the executor, the status information of the lifting platform, and the status information of the AED device in the lifting platform are obtained. Considering the difficulty of obtaining the AED device in the elevator scene, a linkage scheduling is performed based on the executor, the lifting platform, and the AED device, in which the corresponding AED device scheduling action is performed according to the status information of the lifting platform, the status information of the AED device in the lifting platform, and the self-test information of the AED device. There are corresponding lifting platform dispatching actions according to the positions of the executors and the lifting platform, and it also includes corresponding executor dispatching actions according to the information of AED equipment dispatching actions and lifting platform dispatching actions. Through the linkage dispatching among the above executors, lifting platform and AED equipment and the continuous execution of the above various mobilization actions, the AED equipment available in the lifting platform can be sent to the emergency scene as soon as possible, so that the emergency personnel can also arrive at the emergency scene as soon as possible, so as to solve the problem that it is difficult to obtain AED equipment and provide timely treatment, and the emergency personnel cannot know the location of the elevator where the emergency incident occurred in the first time.

[0032] 3. Through the implementation of the technical solution of the present invention, in the continuous execution of various mobilization actions, various dispatching actions can enable patients to receive more timely AED external defibrillation assistance in a more intelligent, more accurate and more rapid manner, so that in the elevator scenario, the patient's cardiac arrest first aid can be completed within the "golden time", thereby greatly improving the patient's first aid efficiency. In addition, during the first aid stage, the remote guidance equipment in the upgrade platform is linked to guide the rescuer to perform correct cardiopulmonary resuscitation, so as to improve the success rate of first aid and reduce the prognosis risk, so that in the elevator scenario, more people can become rescuers to participate in first aid and avoid the situation where no one rescues.

[0033] 4. In summary, the implementation of the AED intelligent application method in the lifting platform optimizes the response process when emergency incidents occur in or outside the elevator. By integrating intelligent monitoring, positioning, communication and command dispatching technologies, it ensures that when an emergency incident occurs, the location of the incident can be quickly identified, the nearest AED equipment can be automatically dispatched, and real-time emergency guidance can be provided, thereby significantly improving the efficiency and success rate of emergency treatment, and providing timely life support for patients in emergency conditions such as cardiac arrest. BRIEF DESCRIPTION OF THE DRAWINGS

[0034] Figure 1 This is a system block diagram of the AED intelligent application system in the lifting platform in an embodiment of the present invention; Figure 2 A block diagram of an intelligent AED lifting platform in an embodiment of the present invention; Figure 3 A system block diagram of various hardware modules, system modules and sub-modules in an embodiment of the present invention; Figure 4 Schematic diagram of the rescue process when an emergency incident occurs in the lifting platform according to an embodiment of the present invention Figure 1 ; Figure 5 Schematic diagram of the rescue process when an emergency incident occurs in the lifting platform according to an embodiment of the present invention Figure 2 , Figure 5 Continued from Figure 4 ; Figure 6 Schematic diagram of the rescue process of a user initiating a rescue request when an emergency incident occurs in a non-lifting platform according to an embodiment of the present invention Figure 1 ; Figure 7 Schematic diagram of the rescue process of a user initiating a rescue request when an emergency incident occurs in a non-lifting platform according to an embodiment of the present invention Figure 2 , Figure 7 Continued from Figure 6 . DETAILED DESCRIPTION

[0035] 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.

[0036] 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.

[0037] 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.

[0038] As used herein, “connection” or “positioning” may refer to direct physical contact between two or more components or lifting platforms, or indirect physical contact between two or more components or lifting platforms, or mutual operation or movement between two or more components or lifting platforms.

[0039] The terms “include,” “including,” “have,” etc. used in this document are open-ended terms, meaning including but not limited to.

[0040] 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.

[0041] The present invention aims to solve the problems existing in existing elevator scenarios, such as the difficulty in obtaining AED equipment and providing treatment, and the lack of timely and effective implementation of emergency measures. The present invention innovatively designs an AED intelligent application method in a lifting platform, an AED intelligent application system in a lifting platform, an intelligent AED lifting platform, and a readable storage medium. After an emergency incident occurs in or outside the elevator, the location of the incident can be quickly identified, the nearest AED equipment can be automatically dispatched, and real-time emergency guidance can be provided, thereby significantly improving the efficiency and success rate of emergency treatment and providing timely life support for patients in emergency conditions such as cardiac arrest.

[0042] The technical solution of the present invention aims to provide the following innovations and effects: 1. Intelligent monitoring and identification: Advanced sensors and cameras are innovatively installed in the elevator to monitor the situation in the elevator in real time, and automatically identify possible emergency events when a passenger falls to the ground or behaves abnormally.

[0043] 2. Automatic alarm and positioning. After identifying an emergency incident, the system can automatically alarm the emergency response system and accurately locate the specific location of the incident through GPS or indoor positioning technology, whether inside or outside the elevator.

[0044] 3. A linkage dispatch mechanism between elevators and AED equipment has been invented, which can automatically indicate the nearest AED equipment and guide rescuers or volunteers to quickly obtain it when an emergency incident occurs.

[0045] 4. Elevator emergency response: After receiving an emergency signal, the elevator platform can automatically perform specific operations, such as keeping the elevator door open, returning to the nearest floor, or going directly to a designated floor to facilitate rescue operations.

[0046] 5. Real-time first aid guidance. The display screen or speaker installed in the elevator can provide real-time first aid guidance video or voice instructions to help on-site personnel use AED correctly and perform first aid operations such as cardiopulmonary resuscitation.

[0047] 6. Volunteer notification system. 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.

[0048] 7. Multi-scenario adaptability: the system proposed in the patent is not only applicable to the interior of the elevator, but also to the public areas outside the elevator, ensuring rapid response to emergency incidents in different scenarios.

[0049] The scheme of the present invention is described below with reference to specific embodiments.

[0050] Embodiment 1: Embodiment 1 of the present invention proposes an AED intelligent application method in a lifting platform, the method comprising: Monitor and identify the occurrence of emergency incidents and issue emergency notifications; Obtain emergency call information and emergency scene information of emergency events, including the information inside and outside the lifting platform; Respond to emergency incidents, obtain information about the executor, the status of the lifting platform, and the status of the AED device in the lifting platform, conduct linkage scheduling among the executor, the lifting platform, and the AED device, and define rescuers and / or volunteers as executors; According to the status information of the lifting platform, the status information of the AED device in the lifting platform and the self-test information of the AED device, the corresponding AED device dispatching action is performed, and the location of the available AED device near the emergency incident is sent to the executor, who performs the emergency response; Perform corresponding lifting platform dispatching actions according to the positions of the execution personnel and the lifting platform, and the lifting platform dispatching actions include at least one or more of the following: keeping the lifting platform door open, returning to the floor closest to the execution personnel, and going directly to the designated floor; According to the information of AED equipment dispatching action and lifting platform dispatching action, corresponding personnel dispatching action is performed. After responding to the emergency incident, the personnel are automatically guided to obtain the nearest available AED equipment and arrive at the emergency scene; Real-time first aid guidance is provided by the guidance device in the lifting platform or by the available AED device itself.

[0051] In one implementation of the first embodiment of the present invention, in the lifting platform, the lifting platform is configured to monitor the status of passengers inside the lifting platform in real time, and automatically identifies the passenger's fall or abnormal behavior as an emergency event when it is detected; Outside the lifting platform, a user identifies an emergency incident and issues an emergency notification.

[0052] The above-mentioned identification and release of emergency incidents in different situations at the emergency scene inside and outside the lifting platform can be flexibly applied. In particular, the real-time monitoring of the status of passengers inside the lifting platform configured inside the lifting platform can be used to timely identify and warn passengers who suddenly suffer from cardiac arrest when riding the elevator alone, so as to avoid the situation where no one finds it or the discovery is too late, resulting in the patient's life being unable to be saved.

[0053] In another implementation of Example 1 of the present invention, the first aid notification is received by the first aid platform, and then the first aid platform receives the distress information and first aid scene information, executor information, lifting platform status information, and AED device status information of the first aid event, and sends the corresponding information to the lifting platform. The nearest available AED device is the lifting platform and AED device that are closest to the first aid scene and have passed self-inspection. The implementation of the above steps provides support for the acquisition of lifting platform information, so that the lifting platform can receive various information that needs to be integrated and dispatched under the current first aid event, and the data is interoperable, so that the AED intelligent application system in the entire lifting platform can respond more quickly and judge the execution process of the first aid event, thereby helping patients get rescue in time.

[0054] In another implementation of the first embodiment of the present invention, when the first aid site is within the lifting platform, the first aid platform notifies the lifting platform, nearby volunteers, and the building security system after receiving the first aid notification, and the building security system notifies the security personnel to go to the designated location of the lifting platform where the first aid site is located; When volunteers respond in the same building as the emergency incident, the lifting platform arrives at the floor where the volunteers are located. If the AED device self-test on the current lifting platform is abnormal, the lifting platform corresponding to other AED devices in the same building that have self-tested normally will arrive at the floor where the volunteers are located. During the emergency process, the lifting platform is always open and provides corresponding emergency guidance; When there is no volunteer responding in the same building where the emergency incident occurs, the lifting platform reaches the first floor. If the AED device self-test on the current lifting platform is abnormal, the lifting platform corresponding to other AED devices in the same building that have self-tested normally will arrive on the first floor, and other personnel will perform AED first aid.

[0055] Through the implementation of the above steps, the linkage dispatch among the execution personnel, lifting platform and AED equipment can be further divided according to the actual volunteer response situation, so as to optimize the linkage dispatch required for different actual volunteer response situations, thereby providing a reliable and effective solution for the first aid execution in different volunteer response situations, so that the AED intelligent application system in the entire lifting platform can respond to the corresponding execution plan more quickly.

[0056] In one implementation of the first embodiment of the present invention, when the first aid scene is outside the lifting platform and located in the same building as the lifting platform, the first aid platform notifies the lifting platform, nearby volunteers, and the building security system after receiving the first aid notification; When volunteers respond in the same building as the emergency incident, the lifting platform where the AED equipment is located can be used to reach the floor where the volunteers are located. The volunteers enter the lifting platform to remove the available AED equipment, and the lifting platform will deliver the volunteers to the floor where the emergency scene is located.

[0057] The implementation of the above steps has increased the optimization of the details of the lifting platform scheduling, so as to optimize the arrival time scheduling of nearby volunteers and the nearest available AED, thereby speeding up the response speed and execution efficiency.

[0058] In another implementation of the first embodiment of the present invention, when the first aid site is outside the lifting platform and located in the same building as the lifting platform, the first aid platform notifies the lifting platform, nearby volunteers, and the building security system after receiving the first aid notification; When there are volunteers responding in the same building as the emergency incident, the lifting platform where the AED equipment is located can be used to reach the floor where the emergency scene is located. Other lifting platforms will send the volunteers to the floor where the emergency scene is located. The volunteers enter the lifting platform where the available AED equipment is located and remove the available AED equipment before arriving at the emergency scene.

[0059] The implementation of the above steps has increased the linkage dispatch optimization for the emergency situation when the first aid scene is outside the lifting platform and located in the same building of the lifting platform, making the response in the same building more timely, so that the most direct role of configuring AED equipment in the elevator can be played as it should be, ensuring the life, health and safety of all users and occupants in the same building.

[0060] In another implementation of the first embodiment of the present invention, when the first aid site is outside the lifting platform and outside the building of the lifting platform, the first aid platform notifies the lifting platform, nearby volunteers, and the building security system after receiving the first aid notification; Each building calculates the lifting platform that is closest to the first aid site or that corresponds to the shortest time for the enforcement personnel to obtain the available AED equipment, and moves the lifting platform to the first floor, where volunteers obtain the available AED equipment and go to the first aid site.

[0061] The implementation of the above steps has increased the linkage dispatch optimization for the emergency situation when the emergency scene is outside the lifting platform and outside the building of the lifting platform. In this way, AED equipment can be integrated into the public emergency system of the entire society and play a role at critical moments, building a more complete public emergency system and ensuring the popularization and accessibility of AED.

[0062] In one implementation of the first embodiment of the present invention, when the AED device is arranged in the lifting platform, it maintains a networked state with the AED Internet of Things platform, and the AED Internet of Things platform is connected to the emergency platform in communication, and the AED Internet of Things platform regularly reports the status information of the AED device to the emergency platform; after the emergency event is released, the AED device performs a self-test and sends the self-test result to the emergency platform via the AED Internet of Things platform. In this way, the information of the AED device can be obtained more timely and effectively by various platforms and systems in the form of data interconnection, making the linkage scheduling based on the execution personnel, lifting platform, and AED device more scientific and effective, and the execution of various scheduling actions is also more accurate and fast.

[0063] In 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; 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: The defibrillator continuously monitors 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.

[0064] 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 AED intelligent application system in the entire lifting platform. This not only facilitates maintenance personnel to carry out maintenance and repairs on AED devices that are not working in time, but also prevents first aid personnel from participating in first aid with non-working AED devices, avoiding unnecessary time loss and ineffective first aid, thereby fully protecting the patient's life safety.

[0065] The first embodiment of the present invention is further described below with reference to one of the preferred embodiments in more detail.

[0066] The intelligent application method of AED in the lifting platform of this preferred embodiment includes the following detailed contents.

[0067] The preferred embodiment of the present invention mainly provides an AED intelligent application method in a lifting platform, wherein an AED device is configured in the lifting platform, and the lifting platform, the emergency platform, and the building security system are linked. The lifting platform or the user identifies the emergency event and issues an emergency notification, and then the linkage scheduling among the executors, the lifting platform, and the AED device quickly enables the AED device and the executors to arrive at the emergency site.

[0068] The specific contents of the preferred embodiments of the present invention are as follows.

[0069] A preferred embodiment of the present invention provides an intelligent application method of an AED in a lifting platform, comprising: Monitor and identify the occurrence of emergency incidents, and issue emergency notifications; inside the lift platform, the lift platform is configured to monitor the status of passengers inside the lift platform in real time, and automatically identify the passenger's fall or abnormal behavior as an emergency incident; outside the lift platform, the user identifies the emergency incident and issues an emergency notification. The issued emergency notification is received by the emergency platform, which then receives the emergency call information and emergency scene information, executor information, lift platform status information, and AED device status information in the lift platform, and sends the corresponding information to the lift platform. The nearest available AED device is the lift platform and AED device that are closest to the emergency scene and have passed self-inspection.

[0070] Obtain the distress call information and emergency scene information of the emergency incident, and the emergency scene includes inside and outside the lifting platform; when the emergency scene is inside the lifting platform, the emergency platform will notify the lifting platform, nearby volunteers, and the building security system after receiving the emergency notification, and the building security system will notify the security personnel to go to the designated location of the lifting platform where the emergency scene is located; when there are volunteers responding in the same building where the emergency incident is located, the lifting platform arrives at the floor where the volunteers are located, and if the self-test of the AED device on the current lifting platform is abnormal, the lifting platform corresponding to the self-test of other AED devices in the same building that are normal will arrive at the floor where the volunteers are located. During the emergency process, the lifting platform is always open and provides corresponding first aid guidance; when there are no volunteers responding in the same building where the emergency incident is located, the lifting platform arrives at the first floor, and if the self-test of the AED device on the current lifting platform is abnormal, the lifting platform corresponding to the self-test of other AED devices in the same building that are normal will arrive at the first floor, Respond to emergency incidents, obtain information about the executor, the status of the lifting platform, and the status of the AED device in the lifting platform, conduct linkage scheduling among the executor, the lifting platform, and the AED device, and define rescuers and / or volunteers as executors; According to the status information of the lifting platform, the status information of the AED device in the lifting platform and the self-test information of the AED device, the corresponding AED device dispatching action is performed, and the location of the available AED device near the emergency incident is sent to the executor, who performs the emergency response; According to the positions of the executors and the lifting platform, the corresponding lifting platform dispatching actions are performed, and the lifting platform dispatching actions include at least one or more of the following: keeping the lifting platform door open, returning to the floor closest to the executors, and going directly to the designated floor; when the first aid site is outside the lifting platform and is located in the same building as the lifting platform, the first aid platform will notify the lifting platform, nearby volunteers, and the building security system after receiving the first aid notification; when there are volunteers responding in the same building as the first aid incident, the lifting platform where the AED equipment is located can reach the floor where the volunteers are located, and the volunteers enter the lifting platform to remove the available AED equipment, and the lifting platform will deliver the volunteers to the floor where the first aid site is located. When the first aid site is outside the lifting platform and is located in the same building as the lifting platform, the first aid platform will notify the lifting platform, nearby volunteers, and the building security system after receiving the first aid notification; when there are volunteers responding in the same building as the first aid incident, the lifting platform where the AED equipment is located can reach the floor where the first aid site is located, and other lifting platforms will deliver the volunteers to the floor where the first aid site is located, and the volunteers enter the lifting platform where the available AED equipment is located and remove the available AED equipment before arriving at the first aid site.

[0071] According to the information of AED equipment dispatching action and lifting platform dispatching action, corresponding executive personnel dispatching action is performed. After responding to the emergency incident, the executive personnel are automatically guided to obtain the nearest available AED equipment and then arrive at the emergency scene; when the emergency scene is outside the lifting platform and outside the building of the lifting platform, the emergency platform receives the emergency notification and then notifies the lifting platform, nearby volunteers, and the building security system; each building calculates the lifting platform closest to the emergency scene or corresponding to the shortest time for the executive personnel to obtain the available AED equipment, and moves the lifting platform to the first floor, and the volunteers obtain the available AED equipment and go to the emergency scene.

[0072] Real-time first aid guidance can be provided by the guidance equipment in the lifting platform or the AED device itself. The display screen or speaker installed in the lifting platform can provide real-time first aid guidance video or voice instructions to help on-site personnel use the AED correctly and perform first aid operations such as cardiopulmonary resuscitation. The first aid auxiliary module of the AED device itself can also provide auxiliary guidance.

[0073] Embodiment 2, Embodiment 2 of the present invention proposes an AED intelligent application system in a lifting platform, such as Figure 1 As shown, the system includes a mobile emergency terminal, a lifting platform, an AED device, an emergency platform, and a building security system; The first aid mobile terminal is a mobile device that receives notification of a first aid event from a user and volunteers and rescuers receive guidance to go to the first aid site and obtain available AED equipment; The lifting platform is used to provide emergency event identification, emergency event release, and status information release; The AED device is a device used to implement automatic external defibrillation; The first aid platform communicates with the first aid mobile terminal, the lifting platform, and the building security system through a long-distance wireless method. The first aid platform is used to receive the emergency call information of the first aid event sent by the first aid mobile terminal and the lifting platform, and then perform linkage scheduling based on the execution personnel, the lifting platform, and the AED equipment; The building security system is a system installed in a building for building security, and the building security system is communicatively connected with an elevator platform and an emergency platform.

[0074] The first aid mobile terminal is a lifting platform used to send out emergency call information and the geographical location of the first aid scene and receive the best path and time information corresponding to the fastest AED arrival plan; the first aid mobile terminal communicates with the first aid cloud platform through long-distance wireless mode; The intelligent AED lifting platform is a lifting platform for external defibrillation. The intelligent AED lifting platform includes an alarm module, a video display module, and a video acquisition module. The alarm module is arranged to at least alarm when receiving a signal that the AED delivery time C is used as the fastest AED arrival plan, so that passers-by near the available AED can respond to the emergency call information of the emergency event in time; the video display module is used to display the optimal path and time-consuming information corresponding to the fastest AED arrival plan; the video acquisition module is used to collect video images near the intelligent AED; The first aid cloud platform communicates with the first aid mobile terminal and the intelligent AED lifting platform through long-distance wireless means. The first aid cloud platform is used to receive the distress call information of the first aid incident sent by the first aid mobile terminal, perform AED search first range calculation, AED search second range calculation, AED search third range calculation, output the fastest AED arrival plan and display the optimal path and time consumption information corresponding to the fastest AED arrival plan to the AED delivery executor via the first aid mobile terminal or the intelligent AED lifting platform.

[0075] In the second embodiment of the present invention, the emergency mobile terminal can be a mobile terminal, such as a smart phone, tablet computer, smart watch, etc., which has a real-time network communication function, and the user can initiate an emergency request. The emergency platform is the dispatch center of the emergency cloud platform, which obtains emergency requests and pushes dispatch plans to the executors; the elevator communicates with the server through HTTP and AMQP protocols over long-distance wireless methods (including but not limited to cellular networks and Wi-Fi); the AED device communicates with the server through MQTT over long-distance wireless methods (including but not limited to cellular networks and Wi-Fi); the emergency express applet communicates with the server through HTTP over long-distance wireless methods (including but not limited to cellular networks and Wi-Fi).

[0076] In the second embodiment of the present invention, the AED device is equipped with a navigation module, a first aid auxiliary module, and an equipment alarm module. When the AED device is currently identified as an available AED device, the navigation module, the first aid auxiliary module, and the equipment alarm module are enabled. The alarm module selectively performs sound and light alarms to prompt the AED device manager or surrounding users. The navigation module provides map navigation information of the first aid site to relevant personnel, and the first aid auxiliary module provides real-time first aid guidance during the rescue process of the rescuer.

[0077] Embodiment three, as Figure 2 As shown, the third embodiment of the present invention proposes an intelligent AED lifting platform, which includes an identification module, a monitoring module, an elevator alarm module, and a guidance device; The monitoring module is used to obtain the posture and action images of the user in the lifting platform, and transmit them to the recognition module after processing; The recognition module is used to identify the occurrence of emergency events based on the posture and action images of the user in the lifting platform, and send emergency information to the emergency platform after the emergency event is identified; The elevator alarm module is used to perform sound and light alarm after identifying an emergency event; the elevator sound and light alarm is mainly realized by the sound and light alarm, the travel switch and the elevator control mainboard. When the travel switch is triggered, the trigger signal is transmitted to the elevator control mainboard, and then the control mainboard controls the sound and light alarm to turn on, the light flashes and an alarm sounds.

[0078] The guidance device is used to provide remote first aid guidance. The display screen or speaker installed in the lifting platform can provide real-time first aid guidance video or voice instructions to help on-site personnel use the AED correctly and perform first aid operations such as cardiopulmonary resuscitation.

[0079] The various hardware modules, system modules and sub-modules in the present invention can be referred to Figure 3 shown.

[0080] 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 application method in the lifting platform as described in Embodiment 1 of the present invention.

[0081] Through the implementation of the above embodiments, when an emergency incident occurs, after obtaining the distress call information and emergency scene information of the emergency incident, a response to the emergency incident is performed, and the executor information, the status information of the lifting platform, and the status information of the AED device in the lifting platform are obtained. Taking into account the difficulty of obtaining the AED device in the elevator scenario, a linkage scheduling is performed among the executor, the lifting platform, and the AED device, including performing corresponding AED device scheduling actions according to the status information of the lifting platform, the status information of the AED device in the lifting platform, and the self-test information of the AED device, performing corresponding lifting platform scheduling actions according to the positions of the executor and the lifting platform, and also including performing corresponding executor scheduling actions according to the information of the AED device scheduling actions and the lifting platform scheduling actions, and the linkage scheduling among the above executor, the lifting platform, and the AED device and the continuity of the above various mobilization actions. , so that the AED equipment available in the lifting platform can be sent to the emergency scene as soon as possible, so that the emergency personnel can also arrive at the emergency scene as soon as possible, so as to solve the problem that it is difficult to obtain AED equipment and provide timely treatment, and the emergency personnel cannot know the location of the elevator where the emergency incident occurred in the first time. Moreover, in the continuous execution of various mobilization actions, various dispatching actions can allow patients to receive more timely AED external defibrillation assistance in a more intelligent, accurate and rapid manner, so that in the elevator scenario, the patient's cardiac arrest emergency treatment can be completed within the "golden time", thereby greatly improving the patient's emergency treatment efficiency. In addition, in the emergency treatment stage, the remote guidance equipment in the upgraded platform is linked to guide the rescuer to perform correct cardiopulmonary resuscitation, so as to improve the success rate of emergency treatment and reduce the prognosis risk, so that in the elevator scenario, more people can become rescuers to participate in emergency treatment and avoid the situation where no one rescues.

[0082] The following will describe in detail the rescue process when an emergency incident occurs in a lifting platform and the rescue process when a user initiates a call for help when an emergency incident occurs in a non-lifting platform.

[0083] The rescue process when an emergency incident occurs in the lifting platform (elevator platform) can be referred to Figure 4 , Figure 5 As shown, Figure 5 The process of Figure 4 The specific process is as follows: 1. Getting Started: Trigger event: When an accident occurs to a single person in the lifting platform, a call for help is initiated through the sensors and camera monitoring in the lifting platform.

[0084] 2. SOS notification: The emergency rescue platform receives the distress call information, including the time of the distress call and the specific location coordinates.

[0085] 3. Emergency platform notification: The first aid platform notifies the lifting platform of the following information: time, location, AED equipment status of the lifting platform, and volunteer response; The emergency platform notifies nearby volunteers; The emergency platform notifies the building security system.

[0086] 4. Building security system: Notify the security personnel to call 120 and go to the elevator platform entrance on the first floor of the building to wait for help.

[0087] 5. Lifting platform dispatching: When a nearby volunteer responds, the volunteer's response information, location, and specific floor are sent to the lift platform; If there are no volunteers in the same building to respond, the lift platform will be sent directly to the first floor without stopping at the intermediate floors, and the property building security system personnel will work together to provide treatment; If there are volunteers in the same building who respond, the lift platform will be controlled to directly reach the floor where the volunteers are located. The volunteers will enter the lift platform to take the AED equipment to rescue the patient. The lift platform will be directly sent to the first floor without stopping at the intermediate floors, and the property building security system personnel will work together to provide treatment. At the same time, the AED device sends the self-test status to the lifting platform: When the AED device in the accident lifting platform is in normal self-test status, the AED device will emit sound and light alarms and voice prompts people around to pick it up; When the self-check status of the AED device in the accident lift platform is abnormal, the status of the AED devices in other lift platforms is obtained, and the other lift platforms in the same building and the accident lift platform are directly sent to the nearest floor (if there is no volunteer response, go to the first floor) according to the dispatch rules. The AED device will sound and light alarms and voice prompts people around to pick it up; If there is no available AED device in the same building, an AED device that is in self-check status in the lifting platform of other buildings can be dispatched to the first floor, and the AED device will send out sound, light alarms and voice prompts to people around to pick it up. At this time, turn on the AED device and navigate to the scene of the accident through the map on the AED device screen to provide rescue.

[0088] When an emergency occurs on a non-lifting platform (non-elevator platform), the rescue process for users to initiate a call for help can be referred to Figure 6 , Figure 7 ,in Figure 7 The process of Figure 6 The specific process is as follows: 1. Getting Started: Event trigger: The user identifies a cardiac arrest event and initiates an emergency call through the mini-program software or first aid kit hardware.

[0089] 2. SOS notification: 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.

[0090] 3. Emergency platform notification: The emergency platform sends the distress information to the lifting platform, including the time of the distress call, location, contact number, and the self-test results of the AED equipment within 3 kilometers; The emergency platform notifies nearby volunteers; The emergency platform notifies the building security system.

[0091] 4. Self-inspection of lifting platform and AED equipment: The lifting platform checks whether the lifting platform A in the building where the call for help is located is in normal working condition. If the lifting platform A is normal, check whether the AED device in the lifting platform A is normal. If it is normal, the AED device will sound and light alarm and the lifting platform A will enter the rescue mode. If the AED device in the lifting platform A is abnormal or the lifting platform A is abnormal, further check whether the lifting platform X in the building near the call for help is working normally. If the lifting platform X is normal, check whether the AED device in the lifting platform X is normal. If it is normal, the AED device will sound and light alarm and the lifting platform X will enter the rescue mode. If the AED device in the lifting platform X is abnormal, end this rescue.

[0092] 5. AED equipment sound and light alarm and lifting platform rescue mode: If the AED device and the lifting platform are normal, the AED device will start the sound and light alarm to alert the personnel in the lifting platform. The lifting platform system will switch to rescue mode, and the lifting platform will stop responding to calls from other floors and only execute rescue instructions. The lifting platform voice system prompts: "Emergency rescue, please take out the AED device immediately and go to the rescue location XXXX", and the lifting platform video screen system prompts: "Emergency rescue, please take out the AED device immediately and go to the rescue location XXXX".

[0093] 6. The lifting platform reaches the floor: Lifting platform X goes directly to the first floor, so that rescuers can quickly leave with AED equipment. Lifting platform A goes directly to the rescue site floor.

[0094] 7. Get the AED device: The rescuer takes out the AED device and goes to the patient's location to provide first aid according to the call for help. If the AED device is not taken out, someone presses the lift platform at this time and goes directly to the first floor of the lift platform closest to the current time point. If no one presses the lift platform, lift platform A still stops at the rescue location floor, and lift platform X stops at the first floor.

[0095] 8. Building security system: Notify security personnel to call 120 and go to rescue; 9. Volunteers: Volunteers responded to the rescue and went to help.

[0096] Through the implementation of the above embodiments, the response process when an emergency incident occurs in or outside an elevator is optimized. By integrating intelligent monitoring, positioning, communication and command dispatching technologies, it is ensured that when an emergency incident occurs, the event location can be quickly identified, the nearest AED equipment can be automatically dispatched, and real-time emergency guidance can be provided, thereby significantly improving the efficiency and success rate of emergency treatment, providing timely life support for patients in emergency conditions such as cardiac arrest, and achieving the purpose of the present invention.

[0097] 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 intelligent application of AED in a lifting platform, characterized in that: The method comprises: Monitor and identify the occurrence of emergency incidents and issue emergency notifications; Obtain emergency call information and emergency scene information of emergency events, including the inside and outside of the lifting platform; Respond to emergency incidents, obtain information about the executor, the status of the lifting platform, and the status of the AED device in the lifting platform, conduct linkage scheduling among the executor, the lifting platform, and the AED device, and define rescuers and / or volunteers as executors; According to the status information of the lifting platform, the status information of the AED device in the lifting platform and the self-test information of the AED device, the corresponding AED device dispatching action is performed, and the location of the available AED device near the emergency incident is sent to the executor, who performs the emergency response; Perform corresponding lifting platform dispatching actions according to the positions of the execution personnel and the lifting platform, and the lifting platform dispatching actions include at least one or more of the following: keeping the lifting platform door open, returning to the floor closest to the execution personnel, and going directly to the designated floor; According to the information of AED equipment dispatching action and lifting platform dispatching action, corresponding personnel dispatching action is performed. After responding to the emergency incident, the personnel are automatically guided to obtain the nearest available AED equipment and arrive at the emergency scene; Real-time first aid guidance is provided by the guidance device in the lifting platform or by the available AED device itself.

2. The method for intelligent application of AED in a lifting platform according to claim 1, characterized in that: Inside the lifting platform, the lifting platform is equipped with real-time monitoring of the status of passengers inside the lifting platform, and automatically identifies the passenger's fall or abnormal behavior as an emergency event when it is detected; Outside the lifting platform, a user identifies an emergency incident and issues an emergency notification.

3. The method for intelligent application of AED in a lifting platform according to claim 1, characterized in that: The published first aid notification is received by the first aid platform, which then receives the distress call information of the first aid incident, first aid scene information, executor information, lifting platform status information, and AED device status information in the lifting platform, and sends the corresponding information to the lifting platform. The nearest available AED device is the lifting platform and AED device that are closest to the first aid scene and have passed self-inspection.

4. The method for intelligent application of AED in a lifting platform according to claim 3, characterized in that: When the first aid site is within the lifting platform, the first aid platform notifies the lifting platform, nearby volunteers, and the building security system after receiving the first aid notification. The building security system notifies the security personnel to go to the designated location of the lifting platform where the first aid site is located; When volunteers respond in the same building as the emergency incident, the lifting platform arrives at the floor where the volunteers are located. If the AED device self-test on the current lifting platform is abnormal, the lifting platform corresponding to other AED devices in the same building that have self-tested normally will arrive at the floor where the volunteers are located. During the emergency process, the lifting platform is always open and provides corresponding emergency guidance; When there is no volunteer response in the same building where the emergency incident occurs, the lifting platform reaches the first floor. If the AED device self-test on the current lifting platform is abnormal, the lifting platform corresponding to other AED devices in the same building that have self-tested normally will arrive on the first floor.

5. The method for intelligent application of AED in a lifting platform according to claim 3, characterized in that: When the emergency scene is outside the lift platform and in the same building as the lift platform, the emergency platform will notify the lift platform, nearby volunteers, and the building security system after receiving the emergency notification; When volunteers respond in the same building as the emergency incident, the lifting platform where the AED equipment is located can be used to reach the floor where the volunteers are located. The volunteers enter the lifting platform to remove the available AED equipment, and the lifting platform will deliver the volunteers to the floor where the emergency scene is located.

6. The method for intelligent application of AED in a lifting platform according to claim 3, characterized in that: When the emergency scene is outside the lift platform and in the same building as the lift platform, the emergency platform will notify the lift platform, nearby volunteers, and the building security system after receiving the emergency notification; When there are volunteers responding in the same building as the emergency incident, the lifting platform where the AED equipment is located can be used to reach the floor where the emergency scene is located. Other lifting platforms will send the volunteers to the floor where the emergency scene is located. The volunteers enter the lifting platform where the available AED equipment is located and remove the available AED equipment before arriving at the emergency scene.

7. The method for intelligent application of AED in a lifting platform according to claim 3, characterized in that: When the first aid site is outside the lift platform and outside the building of the lift platform, the first aid platform will notify the lift platform, nearby volunteers, and the building security system after receiving the first aid notification; Each building calculates the lifting platform that is closest to the first aid site or that corresponds to the shortest time for the enforcement personnel to obtain the available AED equipment, and moves the lifting platform to the first floor, where volunteers obtain the available AED equipment and go to the first aid site.

8. The method for intelligent application of AED in a lifting platform according to claim 1, characterized in that: When the AED device is arranged in the lifting platform, it maintains an Internet connection with the AED Internet of Things platform. The AED Internet of Things platform is communicated with the first aid platform, and the AED Internet of Things platform periodically reports the status information of the AED device to the first aid platform. After the first aid event is released, the AED device performs a self-inspection and sends the self-inspection result to the first aid platform via the AED Internet of Things platform.

9. The AED intelligent application method in a lifting platform according to any one of claims 3 to 8, 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: The defibrillator continuously monitors 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.

10. An AED intelligent application system in a lifting platform, used in the method according to any one of claims 1 to 9, characterized in that: The system includes a mobile emergency terminal, a lifting platform, an AED device, an emergency platform, and a building security system; The first aid mobile terminal is a mobile device that receives notification of a first aid event from a user and volunteers and rescuers receive guidance to go to the first aid site and obtain available AED equipment; The lifting platform is used to provide emergency event identification, emergency event release, and status information release; The AED device is a device used to implement automatic external defibrillation; The first aid platform communicates with the first aid mobile terminal, the lifting platform, and the building security system through a long-distance wireless method. The first aid platform is used to receive the emergency call information of the first aid event sent by the first aid mobile terminal and the lifting platform, and then perform linkage scheduling based on the execution personnel, the lifting platform, and the AED equipment; The building security system is a system installed in a building for building security, and the building security system is communicatively connected with an elevator platform and an emergency platform.

11. The AED intelligent application system in the lifting platform according to claim 10, characterized in that: The AED device is equipped with a navigation module, a first aid auxiliary module, and an equipment alarm module. When the AED device is currently identified as an available AED device, the navigation module, the first aid auxiliary module, and the equipment alarm module are enabled. The alarm module selectively performs sound and light alarms to prompt the AED device manager or surrounding users. The navigation module provides map navigation information of the first aid site to relevant personnel, and the first aid auxiliary module provides real-time first aid guidance during the rescue process of the rescuer.

12. An intelligent AED lifting platform, used in the method according to any one of claims 1 to 9, characterized in that: The lifting platform includes an identification module, a monitoring module, an elevator alarm module, and a guidance device; wherein, The monitoring module is used to obtain the posture and action images of the user in the lifting platform, and transmit them to the recognition module after processing; The recognition module is used to identify the occurrence of emergency events based on the posture and action images of the user in the lifting platform, and send emergency information to the emergency platform after the emergency event is identified; The elevator alarm module is used to perform an audible and visual alarm after identifying an emergency event; The guidance device is used to provide remote guidance for first aid.

13. 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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