阅读说明：本技术 急救系统、除颤仪、服务器及急救方法 (First-aid system, defibrillator, server and first-aid method ) 是由 王启 陈大兵 李志伟 李利亚 于 2018-12-29 设计创作，主要内容包括：一种急救系统、除颤仪、服务器及急救方法。所述急救系统(1),包括除颤仪(10),所述急救系统(1)还包括触发检测传感器(20)、处理设备(30)；所述触发检测传感器(20)检测到抢救触发行为,则输出抢救触发信号；所述处理设备(30)接收到所述抢救触发信号,则输出第一报警信息,所述第一报警信息用于表征待急救事件发生。(An emergency system, a defibrillator, a server and an emergency method. The emergency system (1) comprises a defibrillator (10), the emergency system (1) further comprises a trigger detection sensor (20), a processing device (30); the trigger detection sensor (20) outputs a rescue trigger signal when detecting a rescue trigger action; and the processing equipment (30) receives the rescue trigger signal and outputs first alarm information, wherein the first alarm information is used for representing the occurrence of an event to be rescued.)

An emergency system comprising a defibrillator, characterized in that the emergency system further comprises a trigger detection sensor, a processing device;

the trigger detection sensor outputs a rescue trigger signal when detecting a rescue trigger action;

and the processing equipment receives the rescue trigger signal and outputs first alarm information, wherein the first alarm information is used for representing the occurrence of an event to be rescued.

The emergency system of claim 1, further comprising a cabinet for storing the defibrillator, wherein the trigger detection sensor outputs the emergency trigger signal upon detecting a switch actuation of a cabinet door.

The emergency system of claim 1, further comprising a cabinet for storing the defibrillator, the rescue trigger signal being output when the trigger detection sensor detects that the defibrillator is removed from the cabinet.

The first aid system of claim 1 wherein the trigger detection sensor outputs the rescue trigger signal when a change in position of the defibrillator is detected.

The emergency system of claim 1, wherein the trigger detection sensor is a trigger button disposed on the instrument body, the trigger button outputting the emergency trigger signal when triggered.

The emergency system according to claim 1, further comprising a communication module, wherein when the trigger detection sensor sends the emergency trigger signal, the processing device sends a distress message to a target emergency center or a target terminal corresponding to the defibrillator through the communication module after receiving the first alarm message.

The first aid system of claim 6 wherein the distress message includes at least defibrillator location information.

The emergency system of claim 7, further comprising a memory storing information of a plurality of emergency centers or information of a plurality of terminals, wherein the processing device confirms a range and an order of transmitting the distress messages according to the information of the emergency centers or the information of the terminals.

The first aid system of claim 8,

when the information of a plurality of first-aid centers is stored in the memory, the processing equipment selects one first-aid center as a target first-aid center according to the information of the first-aid centers and sends the help-seeking information to the target first-aid center, wherein the information of the first-aid centers at least comprises the number of first-aid personnel which can be called in the first-aid centers and the geographical position information of the first-aid centers;

when the information of a plurality of terminals is stored in the memory, the processing equipment selects one terminal as a target terminal according to the information of the terminals and sends the distress message to the target terminal, wherein the information of the terminals at least comprises the geographical position information of the terminals.

The first aid system of claim 9 wherein when information for a plurality of first aid centers is stored in said memory, said first aid center information further includes a congestion level for each path from the first aid center to the first aid location where the event to be first assisted occurs; when the emergency center has the emergency personnel which can be called, the processing equipment determines the shortest route to be the target route according to the geographical position information of the emergency site, the geographical position information of the emergency center and the congestion degree of each route from each emergency center to the emergency site, and sets the emergency center corresponding to the target route as the target emergency center;

When the information of a plurality of terminals is stored in the memory, the information of the terminals also comprises the congestion degree of each path from the terminal to an emergency scene where an emergency event to be treated occurs, the processing equipment determines the shortest path to be the target path when the shortest path is used to the emergency scene according to the geographical position information of the emergency scene, the geographical position information of the terminal and the congestion degree of each path from the terminal to the emergency scene, and sets the terminal corresponding to the target path as the target terminal.

The first aid system of claim 6 further comprising one or more of a microphone, an earpiece, and a camera.

The first aid system of claim 1 further comprising an alarm for generating an alarm signal based on the first alarm information, wherein the alarm signal comprises at least one of an audible alarm and a light alarm.

The server is characterized by comprising a communication module and a processor, wherein when the communication module of the server receives first alarm information, the processor sends out distress information according to the first alarm information, and the distress information is sent to a target first-aid center or a target terminal through the communication module.

The server according to claim 13, wherein the server comprises a memory in which information of a plurality of emergency treatment centers or information of a plurality of terminals is stored, and the processor determines a range and an order of transmitting the distress messages according to the information of the emergency treatment centers or the information of the terminals.

The server according to claim 14,

when the memory stores information of a plurality of emergency centers, the processor selects one emergency center as the target emergency center according to the information of the emergency center and sends the distress information to the target emergency center, wherein the information of the emergency center at least comprises the number of emergency personnel which can be called in the emergency center and the geographical position information of the emergency center;

when the information of a plurality of terminals is stored in the memory, the processor selects one terminal as a target terminal according to the information of the terminals and sends the distress message to the target terminal, wherein the information of the terminals at least comprises the geographical position information of the terminals.

The server of claim 15, wherein when information of a plurality of emergency centers is stored in the memory, the information of the emergency center further includes a congestion degree of each path from the emergency center to an emergency site where an event to be emergency occurs; when the emergency center has the emergency personnel which can be called, the processor determines the shortest route to be the target route according to the geographical position information of the emergency site, the geographical position information of the emergency center and the congestion degree of each route from each emergency center to the emergency site, and sets the emergency center corresponding to the target route as the target emergency center;

When the information of a plurality of terminals is stored in the memory, the information of the terminals also comprises the congestion degree of each path from the terminal to an emergency scene where an emergency event to be treated occurs, the processor determines the shortest path to be the target path when the shortest path is used to the emergency scene according to the geographical position information of the emergency scene, the geographical position information of the terminal and the congestion degree of each path from the terminal to the emergency scene, and sets the terminal corresponding to the target path as the target terminal.

The server of claim 13, wherein the communication module is further configured to communicate audio and video with the target emergency center.

The utility model provides a defibrillator, its characterized in that, defibrillator includes the instrument body and sets up trigger detection sensor and treater on the instrument body, trigger detection sensor is used for detecting the rescue and triggers the action to send out rescue trigger signal when detecting the rescue triggers the action, the treater receives rescue trigger signal, then outputs first alarm information, first alarm information is used for the sign to treat first aid incident and takes place.

The defibrillator of claim 18, wherein the rescue trigger signal is output when the trigger detection sensor detects a change in position of the defibrillator.

The defibrillator of claim 19 wherein the trigger detection sensor is a trigger button disposed on the instrument body that outputs the rescue trigger signal when triggered.

The defibrillator of claim 18, further comprising a communication module, wherein when the trigger detection sensor sends the trigger rescue signal, the processor further sends a distress signal according to the rescue trigger signal, and sends distress information to a target first aid center or a target terminal corresponding to the defibrillator through the communication module.

The defibrillator of claim 21, further comprising a memory storing information of an emergency center or information of a terminal, wherein the processor confirms a range and a sequence of transmitting the distress messages according to the information of the emergency center or the information of the terminal.

The defibrillator of claim 22, further comprising a memory, wherein the memory stores information of a plurality of emergency centers or terminals, when the memory stores information of a plurality of emergency centers, the processor selects one emergency center as the target emergency center according to the information of the emergency center, and sends the distress message to the target emergency center, wherein the information of the emergency center at least comprises the number of emergency personnel available in the emergency center and the geographical location information of the emergency center; when the information of a plurality of terminals is stored in the memory, the processor selects one terminal as a target terminal according to the information of the terminals and sends the distress message to the target terminal, wherein the information of the terminals at least comprises the geographical position information of the terminals.

The defibrillator of claim 23 wherein when information for a plurality of emergency centers is stored in the memory, the information for the emergency centers further includes a congestion level for each path from each emergency center to an emergency scene at which an emergency event occurred; when the emergency center has the emergency personnel which can be called, the processor determines the shortest route to the emergency scene as a target route according to the geographical position information of the emergency scene, the geographical position information of the emergency center and the congestion degree of each route from each emergency center to the emergency scene, and sets the emergency center corresponding to the target route as the target emergency center;

when the information of a plurality of terminals is stored in the memory, the information of the terminals also comprises the congestion degree of each path from the terminal to an emergency scene where an emergency event to be treated occurs, the processor determines the shortest path to be the target path when the shortest path is used to the emergency scene according to the geographical position information of the emergency scene, the geographical position information of the terminal and the congestion degree of each path from the terminal to the emergency scene, and sets the terminal corresponding to the target path as the target terminal.

The defibrillator of claim 24, wherein the defibrillator further comprises one or more of a microphone, an earpiece, and a camera.

The defibrillator of claim 18, further comprising a communication module, wherein the processor further issues a first distress message based on the rescue trigger signal, wherein the communication module transmits the first distress message to a target emergency center, wherein the first distress message comprises geographic location information of the defibrillator before being moved; when the trigger detection sensor detects that the defibrillator is started, second alarm information is sent, the processor sends second help-seeking information according to the second alarm information, and sends the second help-seeking information to a target first-aid center through the communication module, wherein the second help-seeking information comprises geographical position information of the defibrillator when the defibrillator is started.

The defibrillator of claim 18, further comprising a communication module, wherein the processor further issues a first distress message based on the rescue trigger signal, wherein the communication module transmits the first distress message to a target emergency center, wherein the first distress message comprises geographic location information of the defibrillator before being moved; when the trigger detection sensor detects that the defibrillator does not move within a preset time, second alarm information is sent, the processor sends second help-seeking information according to the second alarm information, and the second help-seeking information is sent to a target first-aid center through the communication module, wherein the second help-seeking information comprises the geographical position information of the defibrillator after the defibrillator is moved.

The defibrillator of claim 18, further comprising an alarm for emitting an audible alarm message based on the rescue trigger signal, wherein the alarm signal comprises at least one of an audible alarm and a light alarm.

An emergency method applied to an emergency system comprising a defibrillator, the emergency method comprising:

detecting whether a rescue triggering action occurs;

when the rescue triggering behavior is detected, outputting a rescue triggering signal;

and receiving the rescue trigger signal and outputting first alarm information, wherein the first alarm signal is used for representing the occurrence of an event to be rescued.

The rescue method of claim 29, wherein the detecting whether a rescue trigger action has occurred comprises:

detecting whether a cabinet door of a cabinet storing the defibrillator is opened or closed or whether the defibrillator is taken out of the cabinet;

when the switch action of the cabinet door is detected or the defibrillator is detected to be taken out of the cabinet, the emergency triggering action is judged to occur; when the switch action of the cabinet door is not detected or the defibrillator is not detected to be taken out of the cabinet, the rescue triggering action is judged not to occur.

The rescue method of claim 29, wherein the detecting whether a rescue trigger action has occurred comprises:

detecting whether a position of the defibrillator changes;

when the position of the defibrillator is detected to be changed, the rescue triggering behavior is judged to occur; and when the position of the defibrillator is not detected to be changed, judging that the rescue triggering behavior does not occur.

The rescue method of claim 29, wherein the detecting whether a rescue trigger action has occurred comprises:

detecting whether a trigger button in the defibrillator is triggered;

when the trigger button is detected to be triggered, judging that the rescue trigger action occurs; and when the triggering button is not detected to be triggered, judging that the rescue triggering action does not occur.

The first aid method of claim 29, further comprising:

and sending out distress information to a target emergency center or a target terminal according to the distress triggering signal.

The emergency method according to claim 33, wherein before the "sending out the distress message to the target emergency center or the target terminal according to the rescue trigger signal", the emergency method further comprises:

Selecting one first-aid center from a plurality of first-aid centers as a target first-aid center according to the information of each first-aid center, wherein the information of the first-aid centers at least comprises the number of first-aid personnel which can be called in the first-aid centers and the geographical location information of the first-aid centers; alternatively, the first and second electrodes may be,

selecting one terminal from a plurality of terminals as a target terminal according to the information of each terminal, wherein the information of the terminal at least comprises the geographical position information of the terminal.

The emergency method of claim 34, wherein the information of the emergency center further comprises a congestion degree of each path from the emergency center to the emergency scene, and the "selecting one of the plurality of emergency centers as the target emergency center according to the information of each emergency center" comprises:

determining the shortest route to the emergency scene as a target route according to the geographical position information of the emergency scene, the geographical position information of the emergency center and the congestion degree of each route from each emergency center to the emergency scene, and setting the emergency center corresponding to the target route as the target emergency center; alternatively, the first and second electrodes may be,

the information of the terminal further comprises the congestion degree of each path from the terminal to an emergency scene where an emergency event to be treated occurs, and the step of selecting one terminal from the plurality of terminals as a target terminal according to the information of each terminal comprises the following steps:

And determining the shortest route to the emergency scene as a target route according to the geographical position information of the emergency scene, the geographical position information of the terminal and the congestion degree of each route from each terminal to the emergency scene, and setting the terminal corresponding to the target route as the target terminal.

The rescue method of claim 33, further comprising:

audio and video communication with the target emergency center.

The first aid method of claim 29, further comprising:

sending first help-seeking information according to the first alarm information, and sending the first help-seeking information to a target first-aid center or a target terminal, wherein the first help-seeking information comprises geographical position information before the defibrillator is moved;

when the defibrillator is started, second alarm information is generated;

and sending second distress information according to the second alarm information, and sending the second distress information to a target emergency center or a target terminal, wherein the second distress information comprises the geographical position information of the defibrillator when the defibrillator is started.

The first aid method of claim 29, further comprising:

And sending alarm information according to the rescue trigger signal, wherein the alarm information comprises at least one of sound alarm and light alarm.

A method of emergency treatment, the method comprising:

judging whether a rescue trigger signal is received or not;

and when receiving the rescue trigger signal, sending out the rescue information to a target emergency center or a target terminal.

The rescue method of claim 39, further comprising:

selecting one first-aid center from a plurality of first-aid centers as a target first-aid center according to information of the first-aid center, wherein the information of the first-aid center at least comprises the number of first-aid personnel which can be called in the first-aid center and the geographical position information of the first-aid center; alternatively, the first and second electrodes may be,

the first aid method further comprises:

selecting one terminal from a plurality of terminals as a target terminal according to the information of the terminal, wherein the information of the terminal at least comprises the geographical position information of the terminal.

The emergency method of claim 40, wherein the information of the emergency center further comprises a congestion level of each path from the emergency center to the emergency site including the emergency center to the emergency incident to be performed; when there is an available emergency personnel in the emergency center, the emergency method comprises:

Determining the shortest route to the emergency scene as a target route according to the geographical position information of the emergency scene, the geographical position information of the emergency center and the congestion degree of each route from each emergency center to the emergency scene, and setting the emergency center corresponding to the target route as the target emergency center; alternatively, the first and second electrodes may be,

when the information of a plurality of terminals is stored in the memory, the information of the terminals further comprises the congestion degree of each path from the terminal to an emergency scene where an emergency event to be rescued occurs, and the emergency method further comprises the following steps:

and determining the shortest route to the emergency scene as a target route according to the geographical position information of the emergency scene, the geographical position information of the terminal and the congestion degree of each route from each terminal to the emergency scene, and setting the terminal corresponding to the target route as the target terminal.

The rescue method of claim 39, further comprising:

and carrying out audio communication and video communication with the target emergency center.