CN110852928A - High-efficient social application emergency system - Google Patents
High-efficient social application emergency system Download PDFInfo
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- CN110852928A CN110852928A CN201911106886.7A CN201911106886A CN110852928A CN 110852928 A CN110852928 A CN 110852928A CN 201911106886 A CN201911106886 A CN 201911106886A CN 110852928 A CN110852928 A CN 110852928A
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q50/00—Systems or methods specially adapted for specific business sectors, e.g. utilities or tourism
- G06Q50/10—Services
- G06Q50/26—Government or public services
Abstract
The invention discloses an efficient social volunteer emergency system which comprises help seeking equipment, an emergency management system, emergency response equipment and emergency equipment. The emergency volunteer can go to the position where the SOS person is located or the accident site to take emergency action or take the emergency equipment and then go to the SOS person or the accident site to carry out emergency action or take the emergency action according to the indication of the emergency management system, thereby realizing quick and effective SOS and emergency disposal.
Description
Technical Field
The invention belongs to the field of emergency management, and particularly relates to a high-efficiency social volunteer emergency system.
Background
According to statistics, the average annual loss of fire in China is nearly 200 hundred million yuan, and more than 1000 people die.
According to statistics, about 57000 people are drowned and died every year in China, which is equivalent to 150 people drowned and died every day.
According to statistics, the number of the dead people in the traffic accidents in China is kept above sixty thousand in recent two years.
The sudden cardiac death in the hospital is reported to reach 54 thousands of people every year, and the rescue success rate of the sudden cardiac death in the hospital is only about 1 percent.
In addition, various geological disasters, extreme weather disasters, accidents and the like cause death of a large number of people.
Therefore, the large-scale popularization emergency training is carried out, the students are developed into emergency volunteers, and the help-seeking information is sent to the emergency volunteers in time when an emergency happens, so that the emergency volunteers can participate in self-rescue and mutual rescue in time, and the method has great significance for saving the life and property safety of people.
The emergency training includes one or more of the following:
(1) training the knowledge and skill for emergency rescue;
(2) traffic accident treatment and rescue knowledge skill training;
(3) training drowning rescue knowledge skills;
(4) fire escape and rescue knowledge and skill training;
(5) earthquake escape and rescue knowledge skill training;
(6) major geological disaster escape and rescue knowledge and skill training;
(7) carrying out extreme meteorological disaster escape and rescue knowledge skill training;
(8) and (4) field survival and rescue knowledge skill training.
The emergency rescue training usually comprises emergency rescue theory knowledge training, cardio-pulmonary resuscitation practice training and wound dressing practice training; sudden heartbeat stops can be caused by fire, drowning, traffic accidents and other emergencies. According to statistics, after the sudden cardiac and respiratory arrest, the cardiopulmonary resuscitation is applied within 1 minute, the survival rate is close to 100%, and the survival rate is about 50% when the cardiopulmonary resuscitation is applied within 4 minutes.
An Automated External Defibrillator (AED), also known as an automatic external defibrillator, automatic shock, automatic defibrillator, cardiac defibrillator, and booby shock, is a portable medical device that can diagnose a particular arrhythmia and deliver shock defibrillation, and is a medical device that can be used by non-professionals to rescue sudden cardiac death patients.
The first-aid kit or the first-aid kit is usually provided with various hemostatic bandages, so that the wound can be correctly and effectively bandaged as soon as possible, and severe hemorrhage caused by traffic accidents and the like can be effectively avoided to threaten life.
The method has important significance for reducing the number of drowned dead people and avoiding drowning of rescue workers caused by improper rescue by correctly using drowned lifesaving equipment such as life buoys and the like to rescue the drowned people as soon as possible.
The fire fighting equipment such as a fire extinguisher and the like is correctly used as soon as possible, and the fire fighting equipment has important significance for timely extinguishing fire and protecting the life and property safety of the masses.
Disclosure of Invention
According to the problems, an efficient social volunteer emergency system is developed and established, firstly, a scientific help-seeking means and help-seeking equipment can be used, so that help-seeking information can be sent out in time; secondly, various emergency training can be vigorously carried out, and trained personnel can be developed into emergency volunteers, and thirdly, the emergency volunteers can timely receive help-seeking information, emergency equipment information and other related information through scientific means, and quickly, actively and scientifically participate in emergency actions; the method has great significance for developing the first thought of life to the top and safety, improving the emergency management and rescue level in China and protecting the life safety of the masses.
An efficient social volunteer emergency system comprises a help seeking device, an emergency management system, an emergency response device and an emergency device, and is used for realizing quick and effective help seeking and emergency disposal.
Further, the emergency management system comprises a help seeking device, an emergency management system, an emergency response device and an emergency device; the emergency volunteer can display the position of the distress person or an accident site, the emergency volunteer and emergency equipment and other related information on the emergency response equipment after looking up and responding the distress information, and the emergency volunteer can go to the position where the distress person is or the accident site to take emergency action or take the emergency equipment and then to carry out emergency action on the distress person or the accident site or take the emergency action according to the indication of the emergency management system, thereby realizing quick and effective distress and emergency treatment.
Further, the emergency training system comprises an emergency training system, a help seeking device, an emergency management system, an emergency response device and an emergency device, and is used for realizing quick and effective help seeking and emergency disposal;
further, the masses carry out emergency training through an emergency training system and voluntarily become emergency volunteers;
furthermore, a rescuer sends out distress information through the distress device or the distress device sends out distress information by itself, after receiving the distress information, the emergency management system immediately sends the distress information to emergency response equipment carried by an emergency volunteer nearby the rescuer, after the emergency volunteer checks and responds to the distress information, the positions of the rescuer or accident site, the emergency volunteer and the emergency equipment and other related information can be displayed on the emergency response equipment, the emergency volunteer can go to the position where the rescuer is or the accident site to take emergency action or go to take the emergency equipment and then to carry out emergency action on the rescuer or the accident site or take the emergency action according to the indication of the emergency management system, so that quick and effective distress and emergency treatment is realized, and the nearby area is within 2000 meters.
Furthermore, the emergency training system comprises two or more of an entry terminal, a theoretical training terminal, an actual practice training terminal, a certificate holding terminal and a training management system, and can realize the functions of entry, theoretical training, actual practice training and issuing of an electronic certificate and an entity certificate of emergency training; the emergency training includes one or more of:
(1) training the knowledge and skill for emergency rescue;
(2) traffic accident treatment and rescue knowledge skill training;
(3) training drowning rescue knowledge skills;
(4) fire escape and rescue knowledge and skill training;
(5) earthquake escape and rescue knowledge skill training;
(6) major geological disaster escape and rescue knowledge and skill training;
(7) carrying out extreme meteorological disaster escape and rescue knowledge skill training;
(8) and (4) field survival and rescue knowledge skill training.
Further, the help-seeking device comprises one or more of a telephone, a smart phone, a tablet computer, a smart mattress, a smart sound box, a smart monitoring device, a smart toilet, a smart bracelet, a smart watch, smart glasses, a smart helmet, a smart bracelet, smart clothes, a smart hat, a sphygmomanometer, a blood glucose meter, a urine detector, a health scale, smart medical equipment, other smart wearing, other smart home and other smart devices; the help seeker can actively send help information through the help seeking equipment through voice, keys, actions and other modes; the emergency management system can also be used for monitoring one or more of blood pressure, heart rate, respiration, actions or other vital signs of a person seeking for help by the help seeking device, monitoring one or more of pressure, moisture, specific substance content, temperature, noise, wind power or other environmental indexes in the surrounding environment by the help seeking device, and sending help seeking information to the emergency management system by the help seeking device after a monitoring result meets the preset help seeking requirement; or a third party can send distress information through the distress device.
Further, the emergency management system comprises a manager and a computer system, wherein the computer system comprises a display device of the computer system, and the computer system comprises one or more of a traditional computer, a server and a cloud server, a background support system, an operation and maintenance system, a tablet computer, a smart phone and other handheld computing devices; the display equipment comprises a computer display, a television, a projection and a display screen; the emergency management system has the main functions of receiving help seeking information, storing and displaying information of a help seeker/accident site, emergency volunteers and emergency equipment, positioning and displaying the positions of the help seeker/accident site, the emergency volunteers and the emergency equipment, sending the help seeking information to emergency response equipment carried by emergency volunteers nearby the help seeker, sending the position information and other related information of the help seeker/accident site, all emergency volunteers responding to the help seeking information and all emergency equipment nearby to the emergency response equipment carried by the emergency volunteers after the emergency volunteers respond to the help seeking information, and carrying out remote monitoring, automatic or manual command on emergency behaviors of the emergency volunteers.
Further, the emergency response device comprises one or more of a smart phone, a smart bracelet, a smart watch, smart glasses, other smart wearing devices and other smart devices; the emergency response equipment receives the help-seeking information, after the emergency volunteer checks and responds to the help-seeking information, the emergency response equipment can display the help-seeking person or the accident site, the positions of the emergency volunteer and the emergency equipment and other related information, and the emergency volunteer can go to the position where the help-seeking person is located or the accident site to take emergency action or go to take the emergency equipment and then go to carry out emergency action on the help-seeking person or the accident site or take the emergency action according to the indication of the emergency management system.
Further, the emergency device comprises one or more of an Automatic External Defibrillator (AED), an emergency kit, an emergency pack, an emergency cabinet, an emergency island, an emergency station, a safety island, a stretcher, an extrathoracic compression device, a respiratory aid, a fire extinguisher, a fire hydrant, a firefighter uniform, a fire axe, a fire hammer, an emergency kit, a life buoy, a lifeboat, a life jacket, a rope, and an emergency robot.
Further, the emergency management system may also monitor the status and use of the emergency equipment.
Further, the emergency volunteer can autonomously decide to respond to the distress message or not respond to the distress message.
Further, the emergency volunteers include red cross rescuers, medical personnel, rescue team members, fire fighters, enterprise security personnel, other emergency volunteers.
Furthermore, the help seeker refers to a person who has a sudden accident or needs to ask for help or give an alarm immediately.
Further, ten modes for realizing quick and effective help seeking and emergency treatment are as follows:
(1) the help seeker sends help seeking information to the emergency management system by using a mobile phone or a watch;
(2) when the help-seeking person loses the help-seeking capability or cannot seek help, the help-seeking device monitors one or more of blood pressure, heart rate, respiration, actions or other vital signs of the help-seeking person, and after the monitoring result meets the preset help-seeking requirement, the help-seeking device sends help-seeking information to the emergency management system;
(3) the method comprises the steps that the help-seeking device monitors one or more of pressure, moisture, specific substance content, temperature, noise, wind power or other environmental indexes in the surrounding environment, and after a monitoring result meets a preset help-seeking requirement, the help-seeking device sends help-seeking information to an emergency management system;
(4) when the help-seeking person loses the help-seeking capability or cannot seek help, a third person sends help-seeking information to the emergency management system through the help-seeking device;
(5) after the emergency volunteer checks the help-seeking information, the emergency volunteer can autonomously decide not to respond to the help-seeking information according to the self condition;
(6) after the emergency volunteer checks and responds to the distress information, the position of the distress person or the accident site, the emergency volunteer and the emergency equipment and other related information can be displayed on the emergency response equipment, and the emergency volunteer can go to the position of the distress person or the accident site to take emergency action;
(7) after the emergency volunteer checks and responds to the distress information, the position and other related information of the distress person or the accident site, the emergency volunteer and the emergency equipment can be displayed on the emergency response equipment, and the emergency volunteer takes the emergency equipment and then carries out emergency action on the distress person or the accident site;
(8) after the emergency volunteer responds to the distress information, emergency action can be taken according to the indication of the emergency management system;
(9) after the emergency volunteer responds to the distress information, the positions of the distress volunteer, all emergency volunteers responding to the distress and emergency equipment can be displayed on the emergency response equipment, and the positions of an ambulance, a fire truck and other emergency rescue vehicles participating in the emergency action can also be displayed;
(10) the help seeker and the third party firstly send the information to the 120 emergency center, or the 110 alarm center, or the 119 fire command center for help, the 120 emergency center, or the 110 alarm center, or the 119 fire command center through the help seeking equipment and then send the help seeking information to the emergency management system.
The invention has the advantages that: the training system can rapidly popularize related rescue knowledge, promote a rescue consciousness of each group of the society, and issue corresponding rescue volunteers to the society after the society masters the related rescue knowledge; when other people meet corresponding accidents, the rescue equipment can send out rescue information through corresponding rescue equipment, and after the information is transmitted to the mobile phone of the volunteer corresponding to the accessory, the corresponding rescue activities can be rapidly developed in time, so that the lives of the ambulance can be protected as far as possible before the ambulance comes; or when some emergent critical situations are met, the help seeker is given certain help before medical staff, firefighters and the like come.
Drawings
FIG. 1 is a diagram of a high-efficiency social volunteer emergency system architecture;
FIGS. 2, 3 and 4 are diagrams of the system operating interface;
fig. 5 is a diagram of a volunteer emergency command system interface.
Detailed Description
The invention is explained in further detail below with reference to the drawings and the detailed description of the invention.
Example 1
An efficient social volunteer emergency system comprises a help seeking device, an emergency management system, an emergency response device and an emergency device, and is used for realizing quick and effective help seeking and emergency disposal.
Further, the emergency management system comprises a help seeking device, an emergency management system, an emergency response device and an emergency device; the emergency volunteer can display the position of the distress person or an accident site, the emergency volunteer and emergency equipment and other related information on the emergency response equipment after looking up and responding the distress information, and the emergency volunteer can go to the position where the distress person is or the accident site to take emergency action or take the emergency equipment and then to carry out emergency action on the distress person or the accident site or take the emergency action according to the indication of the emergency management system, thereby realizing quick and effective distress and emergency treatment.
Example 2
An efficient social volunteer emergency system comprises an emergency training system, a help-seeking device, an emergency management system, an emergency response device and an emergency device, and is used for realizing quick and effective help-seeking and emergency disposal;
further, the masses carry out emergency training through an emergency training system and voluntarily become emergency volunteers;
furthermore, a rescuer sends out distress information through the distress device or the distress device sends out distress information by itself, after receiving the distress information, the emergency management system immediately sends the distress information to emergency response equipment carried by an emergency volunteer nearby the rescuer, after the emergency volunteer checks and responds to the distress information, the positions of the rescuer or accident site, the emergency volunteer and the emergency equipment and other related information can be displayed on the emergency response equipment, the emergency volunteer can go to the position where the rescuer is or the accident site to take emergency action or go to take the emergency equipment and then to carry out emergency action on the rescuer or the accident site or take the emergency action according to the indication of the emergency management system, so that quick and effective distress and emergency treatment is realized, and the nearby area is within 2000 meters.
Further, the help-seeking device comprises one or more of a telephone, a smart phone, a tablet computer, a smart mattress, a smart sound box, a smart monitoring device, a smart toilet, a smart bracelet, a smart watch, smart glasses, a smart helmet, a smart bracelet, smart clothes, a smart hat, a sphygmomanometer, a blood glucose meter, a urine detector, a health scale, smart medical equipment, other smart wearing, other smart home and other smart devices; the help seeker can actively send help information through the help seeking equipment through voice, keys, actions and other modes; the emergency management system can also be used for monitoring one or more of blood pressure, heart rate, respiration, actions or other vital signs of a person seeking for help by the help seeking device, monitoring one or more of pressure, moisture, specific substance content, temperature, noise, wind power or other environmental indexes in the surrounding environment by the help seeking device, and sending help seeking information to the emergency management system by the help seeking device after a monitoring result meets the preset help seeking requirement; or a third party can send distress information through the distress device.
Further, the emergency management system comprises a manager and a computer system, wherein the computer system comprises a display device of the computer system, and the computer system comprises one or more of a traditional computer, a server and a cloud server, a background support system, an operation and maintenance system, a tablet computer, a smart phone and other handheld computing devices; the display equipment comprises a computer display, a television, a projection and a display screen; the emergency management system has the main functions of receiving help seeking information, storing and displaying information of a help seeker/accident site, emergency volunteers and emergency equipment, positioning and displaying the positions of the help seeker/accident site, the emergency volunteers and the emergency equipment, sending the help seeking information to emergency response equipment carried by emergency volunteers nearby the help seeker, sending the position information and other related information of the help seeker/accident site, all emergency volunteers responding to the help seeking information and all emergency equipment nearby to the emergency response equipment carried by the emergency volunteers after the emergency volunteers respond to the help seeking information, and carrying out remote monitoring, automatic or manual command on emergency behaviors of the emergency volunteers.
Further, the emergency response device comprises one or more of a smart phone, a smart bracelet, a smart watch, smart glasses, other smart wearing devices and other smart devices; the emergency response equipment receives the help-seeking information, after the emergency volunteer checks and responds to the help-seeking information, the emergency response equipment can display the help-seeking person or the accident site, the positions of the emergency volunteer and the emergency equipment and other related information, and the emergency volunteer can go to the position where the help-seeking person is located or the accident site to take emergency action or go to take the emergency equipment and then go to carry out emergency action on the help-seeking person or the accident site or take the emergency action according to the indication of the emergency management system.
Further, the emergency device comprises one or more of an Automatic External Defibrillator (AED), an emergency kit, an emergency pack, an emergency cabinet, an emergency island, an emergency station, a safety island, a stretcher, an extrathoracic compression device, a respiratory aid, a fire extinguisher, a fire hydrant, a firefighter uniform, a fire axe, a fire hammer, an emergency kit, a life buoy, a lifeboat, a life jacket, a rope, and an emergency robot.
Example 3
When a rescuer encounters an emergent traffic accident, the smart phone is used for actively sending distress information to a 120 first-aid center through voice, the 120 first-aid center then sends the distress information to an emergency management system, the emergency management system immediately sends the distress information to a mobile phone carried by an emergency volunteer with a traffic accident rescue volunteer within 2000 meters near the rescuer, after the related emergency volunteer checks and responds to the distress information, the position information of the rescuer or the accident site, other related emergency volunteers and emergency equipment can be displayed on emergency response equipment, a plurality of related volunteers can choose to arrive at the position of the rescuer firstly, or take emergency action at the accident site to prevent other accidents from generating safety protection for the rescuer, other volunteers and surrounding people, or take emergency equipment and then arrive at the rescuer for rescue, thereby realizing quick and effective help seeking and emergency disposal.
Example 4
When a person seeking help encounters a sudden traffic accident and cannot send out help seeking information by himself, surrounding third persons use the intelligent watches to send the help seeking information, after the help seeking information is received by the emergency management system, the distress information is immediately sent to a mobile phone carried by an emergency volunteer having a traffic accident rescue volunteer within 2000 meters near the distress person, after the related emergency volunteer checks and responds to the distress information, the position information of the help seeker or accident scene, other related emergency volunteers and emergency equipment can be displayed on the emergency response equipment, a plurality of related volunteers can choose to arrive at the position of the help seeker first, or take emergency action at the accident site to prevent other accidents from generating the safety of the help seeker and other volunteers and surrounding people, or the user can take the emergency equipment and then arrive at the help seeker for rescue, thereby realizing quick and effective help seeking and emergency treatment.
Example 5
When a person seeking help encounters a sudden traffic accident and cannot send out help seeking information by himself, the intelligent watch carried by the person seeking help automatically sends the help seeking information according to the vital signs of the person seeking help, after the emergency management system receives the help seeking information, the distress information is immediately sent to a mobile phone carried by an emergency volunteer having a traffic accident rescue volunteer within 2000 meters near the distress person, after the related emergency volunteer checks and responds to the distress information, the position information of the help seeker or accident scene, other related emergency volunteers and emergency equipment can be displayed on the emergency response equipment, a plurality of related volunteers can choose to arrive at the position of the help seeker first, or take emergency action at the accident site to prevent other accidents from generating the safety of the help seeker and other volunteers and surrounding people, or the user can take the emergency equipment and then arrive at the help seeker for rescue, thereby realizing quick and effective help seeking and emergency treatment.
Example 6
When a rescuer falls into water carelessly, the intelligent watch is used for actively sending distress information through the emergency button, after the emergency management system receives the distress information, the distress information is immediately sent to a mobile phone carried by an emergency volunteer with a drowned rescue volunteer within 2000 meters near the rescuer, after the related emergency volunteer checks and responds to the distress information, the position information of the rescuer or an accident site, other related emergency volunteers and emergency equipment can be displayed on the emergency response equipment, and a plurality of related volunteers can choose to arrive at the position of the rescuer firstly, or take emergency actions on the accident site to prevent other accidents from generating safety protection for the rescuer, other volunteers and surrounding people, or arrive at the rescuer after going to a life buoy, so that quick and effective distress and emergency treatment are realized.
Example 7
When a person who asks for help falls into water carelessly, the intelligent watch worn by the person detects that the surrounding environment is water and the depth is large, the person automatically sends out information for asking for help, and after the emergency management system receives the information for asking for help, immediately sending the distress information to a mobile phone carried by an emergency volunteer who owns a drowning rescue volunteer within 2000 meters near the rescuer, after the related emergency volunteer checks and responds to the distress information, the position information of the help seeker or accident scene, other related emergency volunteers and emergency equipment can be displayed on the emergency response equipment, a plurality of related volunteers can choose to arrive at the position of the help seeker first, or take emergency action at the accident site to prevent other accidents from generating the safety of the help seeker and other volunteers and surrounding people, or the life buoy is taken and then driven to the side of the person seeking help for rescue, thereby realizing quick and effective help seeking and emergency treatment.
Although the present invention has been described in detail with reference to the foregoing embodiments, it will be apparent to those skilled in the art that various changes in the embodiments and/or modifications of the invention can be made, and equivalents and modifications of some features of the invention can be made without departing from the spirit and scope of the invention.
Claims (12)
1. An efficient social volunteer emergency system is characterized in that: the emergency management system comprises a help seeking device, an emergency management system, an emergency response device and an emergency device, and is used for realizing quick and effective help seeking and emergency disposal.
2. The high-efficiency social volunteer emergency system according to claim 1, wherein: the emergency management system comprises a help seeking device, an emergency management system, an emergency response device and an emergency device; the emergency volunteer can display the position of the distress person or an accident site, the emergency volunteer and emergency equipment and other related information on the emergency response equipment after looking up and responding the distress information, and the emergency volunteer can go to the position where the distress person is or the accident site to take emergency action or take the emergency equipment and then to carry out emergency action on the distress person or the accident site or take the emergency action according to the indication of the emergency management system, thereby realizing quick and effective distress and emergency treatment.
3. The high-efficiency social volunteer emergency system according to claim 2, wherein: the emergency training system comprises an emergency training system, a help seeking device, an emergency management system, an emergency response device and an emergency device, and is used for realizing quick and effective help seeking and emergency disposal;
(1) the masses carry out emergency training through an emergency training system and voluntarily become emergency volunteers;
(2) the emergency volunteer can go to the position where the SOS person is or the accident site to take emergency action or take the emergency equipment and then go to the SOS person or the accident site to carry out emergency action or take the emergency action according to the indication of the emergency management system, thereby realizing quick and effective SOS and emergency disposal, wherein the nearby area is within 2000 meters.
4. The high-efficiency social volunteer emergency system according to claim 3, wherein: the emergency training system comprises two or more of an entry terminal, a theoretical training terminal, an actual exercise training terminal, a certificate holding terminal and a training management system, and can realize the functions of entry, theoretical training, actual exercise training and issuing of an electronic certificate and an entity certificate of emergency training; the emergency training includes one or more of:
(1) training the knowledge and skill for emergency rescue;
(2) traffic accident treatment and rescue knowledge skill training;
(3) training drowning rescue knowledge skills;
(4) fire escape and rescue knowledge and skill training;
(5) earthquake escape and rescue knowledge skill training;
(6) major geological disaster escape and rescue knowledge and skill training;
(7) carrying out extreme meteorological disaster escape and rescue knowledge skill training;
(8) and (4) field survival and rescue knowledge skill training.
5. A high-efficiency social volunteer emergency system according to claim 2 or 3, wherein: the help seeking device comprises one or more of a telephone, a smart phone, a tablet personal computer, a smart mattress, a smart sound box, a smart monitoring device, a smart toilet, a smart bracelet, a smart watch, smart glasses, a smart helmet, a smart bracelet, smart clothing, a smart hat, a sphygmomanometer, a blood glucose meter, a urine detector, a health scale, a smart medical instrument, other smart wearing devices, other smart homes and other smart devices; the help seeker can actively send help information through the help seeking equipment through voice, keys, actions and other modes; the emergency management system can also be used for monitoring one or more of blood pressure, heart rate, respiration, actions or other vital signs of a person seeking for help by the help seeking device, monitoring one or more of pressure, moisture, specific substance content, temperature, noise, wind power or other environmental indexes in the surrounding environment by the help seeking device, and sending help seeking information to the emergency management system by the help seeking device after a monitoring result meets the preset help seeking requirement; or a third party can send distress information through the distress device.
6. A high-efficiency social volunteer emergency system according to claim 2 or 3, wherein: the emergency management system comprises management personnel and a computer system, wherein the computer system comprises display equipment of the computer system, and the computer system comprises one or more of a traditional computer, a server, a cloud server, a background supporting system, an operation and maintenance system, a tablet computer, a smart phone and other handheld computing equipment; the display equipment comprises a computer display, a television, a projection and a display screen; the emergency management system has the main functions of receiving help seeking information, storing and displaying information of a help seeker/accident site, emergency volunteers and emergency equipment, positioning and displaying the positions of the help seeker/accident site, the emergency volunteers and the emergency equipment, sending the help seeking information to emergency response equipment carried by emergency volunteers nearby the help seeker, sending the position information and other related information of the help seeker/accident site, all emergency volunteers responding to the help seeking information and all emergency equipment nearby to the emergency response equipment carried by the emergency volunteers after the emergency volunteers respond to the help seeking information, and carrying out remote monitoring, automatic or manual command on emergency behaviors of the emergency volunteers.
7. A high-efficiency social volunteer emergency system according to claim 2 or 3, wherein: the emergency response equipment comprises one or more of a smart phone, a smart bracelet, a smart watch, smart glasses, other smart wearing equipment and other smart equipment; the emergency response equipment receives the help-seeking information, after the emergency volunteer checks and responds to the help-seeking information, the emergency response equipment can display the help-seeking person or the accident site, the positions of the emergency volunteer and the emergency equipment and other related information, and the emergency volunteer can go to the position where the help-seeking person is located or the accident site to take emergency action or go to take the emergency equipment and then go to carry out emergency action on the help-seeking person or the accident site or take the emergency action according to the indication of the emergency management system.
8. A high-efficiency social volunteer emergency system according to claim 2 or 3, wherein: the emergency equipment comprises one or more of an Automatic External Defibrillator (AED), an emergency case, an emergency pack, an emergency cabinet, an emergency island, an emergency station, a safety island, a stretcher, an extrathoracic compression device, a breathing aid, a fire extinguisher, a fire hydrant, a fire suit, a fire axe, a fire hammer, an emergency kit, a life buoy, a lifeboat, a life jacket, a rope, and an emergency robot.
9. A high-efficiency social volunteer emergency system according to claim 2 or 3, wherein: the emergency management system may also monitor the status and use of the emergency equipment.
10. A high-efficiency social volunteer emergency system according to claim 2 or 3, wherein:
(1) the emergency volunteer can autonomously decide to respond to the help-seeking information or not respond to the help-seeking information;
(2) the emergency volunteers include red cross rescuers, medical staff, rescue team members, firefighters, enterprise security personnel, other emergency volunteer volunteers.
11. A high-efficiency social volunteer emergency system according to claim 2 or 3, wherein: the help seeker is a person who needs to ask for help or give an alarm immediately when an accident occurs or is discovered.
12. A high-efficiency social volunteer emergency system according to claim 2 or 3, wherein: the ten modes for realizing quick and effective help seeking and emergency treatment are as follows:
(1) the help seeker sends help seeking information to the emergency management system by using a mobile phone or a watch;
(2) when the help-seeking person loses the help-seeking capability or cannot seek help, the help-seeking device monitors one or more of blood pressure, heart rate, respiration, actions or other vital signs of the help-seeking person, and after the monitoring result meets the preset help-seeking requirement, the help-seeking device sends help-seeking information to the emergency management system;
(3) the method comprises the steps that the help-seeking device monitors one or more of pressure, moisture, specific substance content, temperature, noise, wind power or other environmental indexes in the surrounding environment, and after a monitoring result meets a preset help-seeking requirement, the help-seeking device sends help-seeking information to an emergency management system;
(4) when the help-seeking person loses the help-seeking capability or cannot seek help, a third person sends help-seeking information to the emergency management system through the help-seeking device;
(5) after the emergency volunteer checks the help-seeking information, the emergency volunteer can autonomously decide not to respond to the help-seeking information according to the self condition;
(6) after the emergency volunteer checks and responds to the distress information, the position of the distress person or the accident site, the emergency volunteer and the emergency equipment and other related information can be displayed on the emergency response equipment, and the emergency volunteer can go to the position of the distress person or the accident site to take emergency action;
(7) after the emergency volunteer checks and responds to the distress information, the position and other related information of the distress person or the accident site, the emergency volunteer and the emergency equipment can be displayed on the emergency response equipment, and the emergency volunteer takes the emergency equipment and then carries out emergency action on the distress person or the accident site;
(8) after the emergency volunteer responds to the distress information, emergency action can be taken according to the indication of the emergency management system;
(9) after the emergency volunteer responds to the distress information, the positions of the distress volunteer, all emergency volunteers responding to the distress and emergency equipment can be displayed on the emergency response equipment, and the positions of an ambulance, a fire truck and other emergency rescue vehicles participating in the emergency action can also be displayed;
(10) the help seeker and the third party firstly send the information to the 120 emergency center, or the 110 alarm center, or the 119 fire command center for help, the 120 emergency center, or the 110 alarm center, or the 119 fire command center through the help seeking equipment and then send the help seeking information to the emergency management system.
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