CN112056716A

CN112056716A - Intelligent first-aid system based on intelligent bracelet

Info

Publication number: CN112056716A
Application number: CN202010978418.5A
Authority: CN
Inventors: 鲁宋航
Original assignee: Individual
Current assignee: Individual
Priority date: 2020-09-17
Filing date: 2020-09-17
Publication date: 2020-12-11

Abstract

The invention relates to an intelligent emergency system based on an intelligent bracelet. The system can be used for intelligently carrying out first aid when an adult and an old person living alone can not save themselves in sudden heart disease or when the old person falls down through the cooperation of the intelligent bracelet (home type and outdoor type), the intelligent door lock and the first aid system. The intelligent bracelet gives an alarm and sends first-aid information, the first-aid system receives the information and matches the nearest emergency ambulance with the user position, the emergency personnel sends out intelligent door lock verification information to the emergency personnel after receiving and confirming the information, and the emergency personnel can directly enter the home of the user for first aid through the intelligent door lock verification. Outdoor type: the intelligent bracelet gives an alarm and sends first-aid information and GPS positioning, and first-aid personnel can rescue rapidly.

Description

Intelligent first-aid system based on intelligent bracelet

The technical field is as follows: the invention belongs to the technical field of intelligent home furnishing of the Internet of things

Background art:

at present, the number of adults living alone is increasing year by year. The civil administration statistical data shows that 8000 thousand of the countries are in the solitary state in 2019, and the number is expected to rise to 9200 thousand by 2021. That is, about 1 hundred million people live alone in China one year later. By 2020, the population of the aged over 60 years old in China is estimated to increase to about 2.55 hundred million people, and the proportion of the aged to the total population is increased to about 17.8%; elderly people will grow to around 2900 million people, and solitary and empty-nest elderly will grow to around 1.18 million people.

Research predicts that in 2010-2030, only with respect to population growth and aging progress, annual cardiovascular events increase by >50%, and in addition, the prevalence of risk factors may additionally increase by 23% of cardiovascular events.

The incidence of coronary heart disease in China is younger, and the trend is difficult to block, particularly the incidence rate of acute coronary heart disease of young and middle-aged men is the most obvious, wherein the incidence rate of acute coronary heart disease of the age group of 35 to 44 years is increased by 30.3 percent within 3 years, and the incidence rate of acute coronary heart disease of the patients of 45 to 55 years is increased by 21 percent.

Most heart attacks are at home or during normal work, activity and sleep. Heart diseases can cause symptoms such as palpitation, dyspnea, cyanosis, cough, hemoptysis, chest pain, edema and the like. Most of the time there is no ability or opportunity to call for help.

The invention content is as follows:

the invention mainly solves the problem of intelligent first aid of the solitary old people or adults after sudden heart disease. Of course, the first-aid bed can also be used for intelligent first-aid after the solitary old people fall down.

The technical scheme is as follows: the invention has three modules: intelligent bracelet, intelligent lock, emergency system.

The intelligent bracelet has the heart rate, blood oxygen detection and other related functions and detects the user at 10 second intervals. And meanwhile, analyzing the collected data to prevent the occurrence of diseases. When the bracelet detects that the user breaks heart, a message is sent to the emergency system. If fall, the bracelet can send the signal of falling and judge whether the user has the ability of saving oneself through relevant vital sign data. If the self-rescue ability is not available, first-aid information is sent to the system. The bracelet is divided into two types (for use, simultaneously considering the power consumption of the bracelet)

The emergency system may store information about emergency center personnel including: identity information (matching with police department data), biometric information (fingerprints), telephone numbers. When the emergency system receives the information sent by the user, the emergency system sends an emergency to the emergency according to the position of the user. The emergency personnel will acknowledge the information and train the emergency. When the user sends out the first-aid information and the first-aid information is of a home type, triggering an intelligent door lock function; when the bracelet was outdoor type, the meeting was sent the GPS signal in step, did not trigger intelligent lock function, and medical staff carries out quick first aid according to the GPS position.

Smart door locks typically store only a user's fingerprint and password. Unlocking requires a password and a fingerprint. After the two steps are completed, the system can carry out identity verification on medical staff going to emergency and backup the medical staff to a server (guaranteeing the life and property safety of the user) for verification, and can send a temporary password to an emergency doctor through a mobile phone (automatically log off after the door lock is opened) and store the fingerprint of the doctor in the intelligent door lock of the user.

The set of first-aid system can prevent the independent people from helping first aid in case of accident, especially in indoor condition.

Claims

1. An intelligent emergency system based on an intelligent bracelet is characterized by comprising three modules, namely the intelligent bracelet, an intelligent door lock and an emergency system; wherein the content of the first and second substances,

the intelligent bracelet module is divided into an outdoor bracelet module and a home bracelet module, and both the outdoor bracelet module and the home bracelet module have the following functions of detecting vital sign data of a wearer, such as heart rate, blood oxygen and the like, and sending information in an emergency; the outdoor module additionally comprises GPS positioning information;

the intelligent door lock module is used for storing user information and temporarily storing emergency personnel information, and emergency personnel can directly enter the home of a user to be subjected to emergency treatment at the emergency moment;

the first-aid system module is used for storing user information and first-aid personnel information; receiving and processing the first-aid information or the GPS positioning information sent by the intelligent bracelet, and feeding the first-aid information or the GPS positioning information back to first-aid personnel; after the first-aid personnel confirms the information, the system sends a temporary password to the first-aid personnel and simultaneously sends the fingerprint information of the first-aid personnel to the user information of the intelligent door lock; and backup emergency personnel information; the system destroys the unlocking information of the first-aid staff after the unlocking of the first-aid staff.

2. The intelligent emergency system based on intelligent bracelet of claim 1, characterized in that, the intelligent bracelet module specifically includes:

the GPS positioning unit is used for data acquisition work such as searching, tracking, positioning and the like of a GPS satellite;

the vital sign detection unit is used for acquiring vital sign data such as heart rate, blood oxygen and the like of a user;

and the fall detection unit is used for judging whether the user falls down.

3. The intelligent emergency system based on the intelligent bracelet of claim 1, wherein the intelligent door lock module specifically comprises:

the fingerprint detection system is used for verifying whether the user data are matched;

a password system for verifying the correctness of the user;

and the network system is used for networking and updating the user information in real time.

4. The intelligent emergency system based on the smart bracelet of claim 1, wherein the emergency system module specifically comprises:

storing user information, including user home address, user name, user mobile phone number, user fingerprint information and user intelligent door lock password;

first-aid personnel information storage, including identity information (name, identification card number), biological information (fingerprint), telephone number;

and the big data processing unit is used for analyzing the collected vital sign data of the user.

5. A working method of the emergency system based on the smart band as claimed in claim 1, comprising the following steps;

step 1: detecting vital sign data of a user, and when the user has heart disease or falls down;

step 2: the bracelet detects vital sign data of a user, judges whether the user has the capacity of autonomous treatment, and if not, sends related information (the bracelet model: the family type directly sends first-aid information, and the outdoor type also sends GPS information) to the first-aid system;

and step 3: the first-aid system analyzes and selects the hospital nearest to the home address of the user to send out first-aid tasks according to the information of the user and the home type information, and feeds back the GSP to the hospital to carry out first-aid if the home type information is outdoor type data;

and 4, step 4: after the first-aid personnel confirm the first aid on the first-aid system, the system sends the fingerprint information of the first-aid personnel confirming the first-aid information to the intelligent door lock of the user to be first-aid; and sending temporary password information to the mobile phone of the emergency personnel; the system backups the information of the first-aid personnel;

and 5: the first-aid personnel enters the home of the first-aid user through the fingerprint and the temporary password for first aid; meanwhile, the system destroys the temporary password and the fingerprint information of the first-aid staff after confirming that the intelligent door lock is opened.