KR20080109371A

KR20080109371A - Emergency rescue system

Info

Publication number: KR20080109371A
Application number: KR1020070057586A
Authority: KR
Inventors: 윤형상
Original assignee: (주)퓨전정보기술
Priority date: 2007-06-13
Filing date: 2007-06-13
Publication date: 2008-12-17

Abstract

The present invention relates to a system for emergency rescue rescue, a body-type sensor for checking the user's body temperature and pulse as a wristwatch type filled in the user's wrist, the user's physical state value and input from the body sensor An electronic bracelet provided with a microcomputer having a unique ID for identifying a user and comparing a set value, and a wireless transmitter for transmitting a wireless signal under the control of the microcomputer; An access point for receiving a radio signal generated from the electronic bracelet and sending an emergency or emergency rescue and rescue signal to a monitoring device connected with a wired network; Connected to the access point through a wired network, the alarm means for notifying the emergency situation when receiving an emergency rescue rescue signal from the access point, identifies the unique ID and the basic information of the user of the electronic bracelet through linkage with the established DB and It is a technical feature of the technical configuration to include a monitoring device equipped with a computer for displaying the location of the generated signal.

According to the present invention can be useful to people living alone or disabled people, such as disabled people can be utilized as a social rescue service, the body's health state, such as body temperature or pulse at the time of emergencies and emergencies such as sudden heart attack or unconsciousness Automatic rescue call signal is generated by integrating the body detection data and IT technology that detects the detection, which enables automatic emergency call and enables quick response and first aid.

Description

Emergency rescue system {EMERGENCY RESCUE SYSTEM}

1 is a conceptual diagram showing an emergency rescue rescue system according to an embodiment of the present invention.

2 is a conceptual diagram showing an emergency rescue rescue system according to another embodiment of the present invention.

Figure 3 is a block diagram showing an emergency rescue rescue system according to another embodiment of the present invention.

Figure 4 is a flow chart showing the development of the emergency rescue system according to the present invention.

Explanation of symbols on the main parts of the drawings

1,10,110: electronic bracelet 1a, 11,112: body detection sensor

1b: Microcomputer 2: Access Point

3,30: monitoring device 3a, 31, 141: alarm means

4,40: wired network 12: RFID tag

20: RFID scanner 111: wireless transmitter

114: control operation unit 120: mobile phone

130: mobile communication network 140: central server

The present invention relates to a system for performing automatic emergency rescue rescue in the event of an emergency, and more particularly, based on body detection data that detects a physical condition such as body temperature or pulse rate and combines it with IT technology to cause a sudden heart attack. It also relates to an emergency rescue rescue system that enables rapid response and emergency treatment by automatically generating rescue rescue signals in case of an emergency or emergency such as unconsciousness.

Recently, the issue of low fertility and aging has been widely reported as a social issue, and its seriousness is getting worse.

In particular, there is a widespread phenomenon of disliked old parents due to individualism caused by nuclear familyization. As a result, the frequency of elderly and single living alone is increasing. .

In addition, there is also a relatively shortage of manpower to care for the elderly and the disabled.

In addition, elderly people, people with disabilities or single people who live alone are often unable to ask for their own salvation in case of sudden crisis and emergencies. It is developing.

Meanwhile, in order to solve the above problems, emergency rescue devices and systems have been developed that allow users to request emergency rescue and rescue by pressing a button in emergency and emergency situations.

However, the existing emergency rescue device and system has the disadvantage that emergency call is possible only when the emergency and the emergency party such as the elderly living alone or disabled persons have to press the button directly. There is a difficult problem.

The present invention has been made to solve the above problems, the purpose of which is based on the body detection data that detects the physical condition, such as the body temperature or pulse of the body and combined with IT technology, such as sudden heart attack or unconsciousness It is to provide emergency rescue and rescue system to protect precious life by enabling automatic response and emergency treatment in case of emergency and emergency.

The present invention for achieving the above object,

In the emergency rescue and rescue system for generating emergency rescue and emergency response and emergency response and emergency response accordingly,

A wrist watch type that fills the user's wrist. A body sensor for checking the user's body temperature and pulse, and the user's physical state value input from the body sensor is compared with a preset value, and a unique ID for identification is recorded. An electronic bracelet provided with a microcomputer, a wireless transmitter for transmitting a wireless signal under the control of the microcomputer;

An access point for receiving a radio signal generated from the electronic bracelet and sending an emergency or emergency rescue and rescue signal to a monitoring device connected with a wired network;

Connected to the access point through a wired network, the alarm means for notifying the emergency situation when receiving the emergency rescue rescue signal from the access point, identifying the unique ID and basic information of the user of the electronic bracelet through the connection with the established DB And the monitoring device equipped with a computer for displaying the position where the rescue signal is generated is a basic feature of the technical configuration.

The present invention for achieving the above object,

A type of wrist watch that fills the user's wrist, a body sensor for checking the user's body temperature and pulse, and receives the user's body temperature and body sensor data from the body sensor, and a unique ID for the user's identification and the user's health and An electronic bracelet provided with an RFID tag for recording physical information such as a physical state and radiating an RF radio signal;

An RFID scanner which reads an RF radio signal generated from the electronic bracelet and analyzes body sensing data and sends emergency or emergency rescue and rescue signals and personal information of an electronic bracelet user to a monitoring device connected to a wired network when an abnormality is determined;

It is connected to the RFID scanner through a wired network, and alarm means for informing the emergency situation upon receiving the emergency rescue rescue signal from the RFID scanner, and displays the user's unique ID and personal information data received from the RFID scanner. Another feature of the technical configuration is that it comprises a monitoring device equipped with a computer for displaying the location of the occurrence of the rescue signal of the user's electronic bracelet through linkage with the built DB.

The present invention for achieving the above object,

In the emergency rescue and rescue system for generating emergency rescue signals and emergency response and emergency response,

An electronic bracelet having a wristwatch type filled in a user's wrist and a wireless transmitter configured for wireless communication with a mobile phone possessed by a user, and a body sensing sensor for checking a user's temperature and pulse rate;

A mobile phone provided to a user to which the electronic bracelet is filled and having a wireless receiver for receiving a wireless signal from the electronic bracelet;

A mobile communication network connecting the mobile phone and a central server and providing a location tracking service of the mobile phone to the central server;

Receives a call signal of the emergency situation outgoing from the mobile phone through the mobile communication network, including the central server for indicating the occurrence of the alarm and the user's personal information and rescue signal generation position and the command to dispatch the ambulance for emergency treatment It is another feature of the technical configuration.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the drawings.

As shown in Figure 1, the emergency rescue rescue system according to an embodiment of the present invention comprises a configuration comprising an electronic bracelet (1), an access point (2) and a monitoring device (3).

The electronic bracelet (1) wirelessly transmits the user's unique ID and body detection data to the access point (2), a watch type that fills the user's wrist, such as elderly people living with disabilities, and for checking the temperature and pulse of the user The body sensor 1a, the microcomputer 1b which compares the user's physical state value input from the body sensor 1a with a preset value and records a unique ID for identification of the user, and the microcomputer 1b. And a wireless transmitter 1c of the Bluetooth concept for transmitting a radio signal to the access point 2 under the control of.

In this case, the body detection sensor 1a may be provided with a temperature check sensor and a pulse check sensor or a blood glucose check sensor, respectively, and further, a single sensor for simultaneously detecting a body temperature pulse and blood sugar may be applied.

For example, in the case of a single sensor, blood flow can be detected to simultaneously calculate body temperature pulse rate or blood sugar.

In addition, unlike the above configuration, the electronic bracelet 1 detects an abnormal signal of the body through a body temperature pulse or blood sugar for the user, transmits it wirelessly, and has a built-in ID for detecting a user. It may be made of a configuration that is provided.

An access point 2 is an intermediary device that receives a radio signal generated from the electronic bracelet 1 and sends an emergency or emergency rescue and rescue signal to the monitoring device 3 connected to the wired network 4.

In addition, the access point 2 may be understood as a short-range receiver of a Bluetooth concept for wireless communication with the electronic bracelet 1, and is installed in each home or facility in a short distance of a user wearing the electronic bracelet 1, You can also make a network.

The monitoring device 3 is connected to the access point 2 and the wired network 4, and is installed in a control room such as a fire station or a health office, and when an emergency rescue rescue signal is received from the access point 2, an emergency situation Alarm means (3a) for notifying, and the computer (3b) for identifying the unique ID and displays the basic information and the location of the rescue signal generated by the user of the electronic bracelet (1) in association with the pre-built DB.

Furthermore, upon receiving a signal from the access point 2, an alarm is generated through the alarm means 3a and a pop-up window is displayed on the monitor through the computer 3b to display a map while providing basic information such as a user's health status. It is desirable to display the location of the generated signal on the map.

Here, the basic information and map data of the user are provided from the DB.

Emergency rescue rescue system according to an embodiment of the present invention made in this configuration is the body sensor (1a) provided in the electronic bracelet (1) detects and outputs the body temperature or pulse of the user, the microcomputer (1b) body detection The abnormal state detection signal of the body state is determined by comparing the body state value input from the sensor 1a with a preset value.

At this time, when an abnormality sign corresponding to an emergency or emergency is detected in the user's body temperature or pulse, the microcomputer 1b wirelessly transmits a rescue signal and unique ID data through the wireless transmitter 1c, and the access point 2 installed in the vicinity ) To receive the radio signal generated from the electronic bracelet (1).

In addition, the electronic bracelet (1) equipped with a physical sensor wireless sensor (1e) is wirelessly transmitting rescue rescue signals and unique ID data when the user's body temperature pulse or blood glucose abnormality signs corresponding to an emergency or emergency is detected and installed around Allow the access point 2 to receive radio signals generated from the electronic bracelet 1.

The access point (2) receiving the radio signal above the body is installed in a control room such as a fire station or a health office, and sends rescue rescue signals and unique ID data to the monitoring device (3) connected through a wired network (4).

The monitoring device 3 receiving the radio wave from the access point 2 generates an alarm through the alarm means 3a and at the same time displays basic information such as the health status of the user on the monitor through the computer 3b, and displays on the map. The location of the distress signal is displayed and displayed.

At this time, the structure signal generation position may be displayed by tracking the installation position of the access point (2) or the connection with the pre-built DB.

When a rescue rescue signal is generated, a control room such as a fire department or a health office equipped with a monitoring device 3 dispatches an ambulance and an ambulance worker to transfer the rescue rescue signal generator to a hospital while being treated as an emergency.

On the other hand, Figure 2 is a conceptual diagram showing an emergency rescue rescue system according to another embodiment of the present invention.

As shown in FIG. 2, the emergency rescue rescue system according to another embodiment of the present invention includes an electronic bracelet 10, an RFID scanner 20, and a monitoring device 30.

The electronic bracelet 10 is a wrist watch type that is filled in the wrist of a user such as an elderly person with a disability, a body sensor 11 for checking a user's body temperature pulse or blood sugar, and a body temperature pulse of the user from the body sensor 11 Alternatively, the RFID tag 12 receives a blood sugar detection data and records personal information such as a unique ID for identifying the user and the user's health and physical state, and emits an RF radio signal.

The RFID scanner 20 reads an RF radio signal generated from the electronic bracelet 10 and analyzes body detection data, and when an abnormality is determined, an emergency or emergency rescue and rescue signal is transmitted to the monitoring device 30 connected to the wired network 40. Electronic bracelet (10) is a media device for sending personal information of the user.

Here, the RFID scanner 20 is preferably configured to be installed in each home or facility in a short distance of the user wearing the electronic bracelet 10 to form a local area network.

The monitoring device 30 is connected to the RFID scanner 20 and the wired network 40 and is installed in a control room such as a fire station or a health office, and an emergency situation is received when an emergency rescue signal is received from the RFID scanner 20. The user's rescue signal corresponding to the electronic bracelet 10 through an alarm means 31 for notifying the user and the user's unique ID and personal information data received from the RFID scanner 20 and linkage with a pre-built DB. A computer 32 for displaying the generation position is provided.

Emergency rescue and rescue system according to another embodiment of the present invention made of this configuration is sent to the RFID tag 12 by detecting the body temperature or pulse of the body sensor 11 provided in the electronic bracelet 10, the RFID The tag 12 emits an RF radio signal.

At this time, the RFID tag 12 transmits the body temperature, pulse or blood sugar detection data and personal information of the user to the RF wireless signal.

The RFID scanner 20 in the RF wireless signal reception category of the electronic bracelet 10 receives the radio signal transmitted from the RFID tag 12, reads data, and analyzes the user's body temperature or pulse detection data to determine a body abnormality. do.

When the physical abnormality is determined, the RFID scanner 20 is installed in a control room such as a fire station or a health office, and sends a rescue rescue signal to the monitoring device 30 connected through the wired network 40.

At this time, the RFID scanner 20 provides the unique ID information and the personal information of the user to the monitoring device 30 together with the rescue rescue signal for the emergency.

The monitoring device 30 receiving the radio wave from the RFID scanner 20 generates an alarm through the alarm means 31 and at the same time displays personal information such as health status of the user on a monitor through the computer 32 and displays on the map. The location of the distress signal is displayed and displayed.

The location of the rescue signal may be displayed by tracking the installation location of the RFID scanner 20 that is associated with the pre-built DB or the signal is generated.

When a rescue rescue signal is generated, a control room such as a fire department or a health office having a monitoring device 30 dispatches an ambulance and an ambulance worker to transfer the rescue rescue signal generator to the hospital while being treated as an emergency.

Therefore, the emergency rescue rescue system according to an embodiment of the present invention automatically generates rescue rescue signals for emergency and emergency through the combination of electronic bracelet user's body detection data and IT technology, and the user's personal information through a monitoring device. And the location of the signal generation, so emergency personnel can know and dispatch the health status, physical condition and personal information of the rescue rescue signal generators, and can receive quick response and efficient first aid and emergency rescue that match the target. Will be.

On the other hand, Figure 3 is a block diagram showing an emergency rescue rescue system according to another embodiment of the present invention, Figure 4 is a flow chart showing the development process of the emergency rescue rescue system according to FIG.

As shown in Figure 3 and 4, the emergency rescue rescue system according to another embodiment of the present invention comprises an electronic bracelet 110, a mobile phone 120, a mobile communication network 130 and a central server 140 Is done.

Electronic bracelet 110 is a watch type that is filled in the wrist of the user, such as elderly people with disabilities alone, the wireless communication means 111 for wireless communication with the mobile phone 120 is built and the body for checking the body temperature and pulse The detection sensor 112 is built in.

In addition, the electronic bracelet 110 is preferably provided with a manual signal generating unit 113 to notify the emergency and emergency situation when the user directly touches.

At this time, the wireless communication means 111 may be configured with a Bluetooth or RF transmitter.

The body detection sensor 112 may be provided with a body temperature check sensor pulse check sensor or a blood sugar check sensor, respectively, or may be provided with a single sensor capable of simultaneously detecting the body temperature pulse and blood sugar.

For example, in the case of a single sensor, blood flow can be detected to simultaneously calculate body temperature pulse and blood sugar.

The electronic bracelet 110 includes a control operation unit 114 that functions as a microcomputer to perform overall operation control, as well as a user's physical state value and a preset value input from the physical sensor 112 when an emergency signal is generated automatically or manually. It is preferable to configure the output unit so as to prevent the misoutput of an emergency situation such as the occurrence of mischief or wrong emergency signal.

Furthermore, unlike the above configuration, the electronic bracelet 110 directly communicates with the mobile phone 120 by embedding a body sensor wireless sensor 115 that detects an abnormal signal of a body through a body temperature or a pulse of a user and transmits it wirelessly. Can be configured to do this.

The mobile phone 120 is provided to the user to be filled with the electronic bracelet 110, the wireless communication with the electronic bracelet 110, has a general mobile communication function and the user himself pressing the button directly to his emergency and emergency situation A terminal that may inform.

The mobile phone 120 is provided with a wireless communication unit 121 having a wireless receiving unit composed of a Bluetooth or RF receiver corresponding to the electronic bracelet for wireless communication with the electronic bracelet 110.

The mobile communication network 130 is a wireless communication network connecting the mobile phone 120 and the central server 140, and provides a location tracking service of the mobile phone 120 to the central server 140.

The central server 140 is a device installed in a control room such as a fire station or a public health center where emergency and emergency situations are concentrated, and receives an automatic or manual emergency call signal by a mobile phone 120 and displays a location for generating a rescue signal of a corresponding user. And confirm the identity and send an ambulance dispatch order.

At this time, the central server 140 is provided with an alarm means 141 for automatically informing the emergency call signal received by the mobile phone 120 associated with the electronic bracelet 110, the structure signal generation position and pre-built By linking with the DB is configured to immediately display the personal information of the user of the mobile phone 120.

For example, a popup window may be displayed on the monitoring screen to generate an alarm.

Emergency rescue and rescue system according to another embodiment of the present invention made in this configuration as shown in Figures 3 and 4 by the body sensor 112 of the electronic bracelet 110, abnormal signs of body temperature or pulse or blood glucose When is outputted, the control operation unit 114 determines the abnormal state detection signal of the physical condition and transmits the body abnormality to the mobile phone 120 through the wireless communication means 111, if it is not an error output.

In addition, when the body sensor wireless sensor 115 is embedded in the electronic bracelet 110, upon detecting an abnormality in body temperature or pulse or blood sugar, the electronic bracelet 110 transmits it directly to the mobile phone 120.

The mobile phone 120 receiving the emergency rescue signal by the body abnormality signal from the electronic bracelet 110 automatically transmits the emergency rescue signal to the central server 140 through the mobile communication network 130 without pressing a button.

Simultaneously with the automatic transmission of the emergency rescue signal from the mobile phone 120, the central server 140 displays the location where the rescue signal is sent on the monitoring screen along with the alarm generated by the alarm means 141 and the personal information of the user of the mobile phone 120. Based on this, the dispatch command of the ambulance and the ambulance personnel is sent to the location of the occurrence of the rescue signal.

At this time, the central server 140 is provided with a mobile phone location tracking service from the mobile communication company through the mobile communication network 130, through which it is possible to display the location of the structure signal generation on the monitoring screen.

As a result, the rescue signal generator can be transported to the hospital and treated for emergency treatment by the dispatch of an ambulance and an ambulance worker.

Therefore, the present invention detects a body abnormality by detecting body temperature or pulse in case of an emergency or emergency such as sudden heart attack or unconsciousness, generates an automatic rescue signal and sends it to a central server for faster response and the body of the subject. Emergency care that is consistent with the condition is done to enable emergency rescue.

On the other hand, the present invention has been mainly described as a system for caring for the elderly, disabled people or people who are inconvenient to move, but it is not particularly limited thereto, and it is obvious that ordinary people can also use the system, and within the technical scope of the present invention. Of course, various substitution modifications and variations can be made.

As described above, according to the emergency rescue rescue system according to the present invention, it can be usefully used for those who are uncomfortable, such as elderly living alone or disabled, and can be used as a social rescue service, such as sudden heart attack or unconsciousness, and emergency and emergency When sulfur occurs, rescue signal is automatically generated based on the body detection data that detects the body's health condition such as body temperature, pulse or blood sugar, thus providing automatic emergency call and usefulness for emergency and emergency. Not only can it save valuable lives by enabling rapid response and efficient first aid that match the target, but also hospital transportation and treatment, and it has a remarkable effect to solve social problems caused by aging and incompetent people. .

Claims

Connected to the access point through a wired network, the alarm means for notifying the emergency situation when receiving the emergency rescue rescue signal from the access point, identifying the unique ID and basic information of the user of the electronic bracelet through the connection with the established DB And the monitoring device having a computer for displaying a position where a rescue signal is generated.

A type of wrist watch that fills the user's wrist, a body sensor for checking the user's body temperature and pulse, and receives the user's body temperature and body sensor data from the body sensor, and unique ID for user identification and user's health And an electronic bracelet equipped with an RFID tag for recording physical information such as a physical condition and radiating an RF radio signal;

It is connected to the RFID scanner through a wired network, and alarm means for informing the emergency situation upon receiving the emergency rescue rescue signal from the RFID scanner, and displays the user's unique ID and personal information data received from the RFID scanner. Emergency rescue and rescue system comprising a monitoring device equipped with a computer for displaying the location of the occurrence of the rescue signal of the electronic bracelet user through linkage with the built DB.

Receives a call signal of the emergency situation outgoing from the mobile phone through the mobile communication network, including the central server for indicating the occurrence of the alarm and the user's personal information and rescue signal generation position and the command to dispatch the ambulance for emergency treatment Emergency rescue system, characterized in that.

The method of claim 3, wherein

The electronic bracelet is provided with a control operation unit to perform overall operation control as well as to output a comparison of the user's physical state value and the preset value input from the body detection sensor when an emergency rescue signal is generated to prevent an error output of the emergency situation. Emergency rescue rescue system, characterized in that.

The method according to claim 1 or 3,

The electronic bracelet is an emergency rescue rescue system, characterized in that the body is made of a configuration that detects the body's abnormal signal through the body temperature or pulse and transmits it wirelessly.