KR20230162218A - management system for emergency situation - Google Patents

Abstract

The present invention relates to an emergency management system, and more specifically, to an emergency situation management system that can quickly identify emergencies and respond quickly and appropriately to care recipients in need, such as elderly people living alone, without infringing on individual privacy. It is about a situation management system.
The present invention for achieving the above object consists of a target terminal worn by a care target, a server connected by communication with the target terminal, and an administrator terminal connected by communication with the server, and the server is a care target. When an emergency situation is confirmed, the emergency situation is notified to the manager terminal.

Description

Emergency situation management system {management system for emergency situation}

The present invention relates to an emergency management system, and more specifically, to an emergency situation management system that can quickly identify emergencies and respond quickly and appropriately to care recipients in need, such as elderly people living alone, without infringing on individual privacy. It is about a situation management system.

In modern society, the phenomenon of nuclear families and aging is becoming more prominent, and as a result of this phenomenon, the phenomenon of discharged patients and elderly patients living alone without caregivers who can help is increasing day by day.

In this way, when an unexpected change occurs in the body of the elderly who live alone, they are restricted in their actions and must receive help from others to provide emergency rescue. However, as they are unable to receive help from others, their precious lives are lost. The unfortunate thing that happens is that you lose something.

In other words, in the past, there was a problem of life-saving accidents that resulted in the loss of the precious lives of elderly people living alone who could not receive help from caregivers because there was no equipment to notify of sudden changes occurring in the body of the elderly.

So, in order to solve this problem, the technology described in Korean Patent Publication No. 10-2007-0091969 as shown in Figures 1 and 2 was proposed, the technical feature of which is a camera that photographs the condition of an elderly person living alone or a patient. (10) and; an image server (20) that controls the camera (10), receives images captured by the camera (10), processes them, and transmits them to multiple users over a network; After the camera 10 captures the processed images from the video server 20, a screen is displayed to monitor the condition of the elderly person living alone or the patient, and a central management unit is called when an abnormality occurs in the elderly person living alone or the patient. 30) and; It is possessed by each elderly person living alone or the patient's manager and emergency dispatch personnel, and is characterized by comprising a terminal (40) capable of receiving and displaying images by accessing the video server (20) in charge of the patient.

However, the technology described in Korean Patent Publication No. 10-2007-0091969 allows the person in charge and emergency dispatchers in addition to the central management department (30) to check the condition of the elderly and patients living alone through the terminal (40), enabling convenient and rapid response. Although there are possible advantages, there is a problem that it is difficult to make an accurate judgment because the manager must directly judge the condition of the elderly person living alone or the patient through the video.

In addition, since video must always be taken, there is a lot of room for infringement on personal privacy, and since video cannot be confirmed at night, it is difficult to determine the condition of elderly people living alone or patients.

Korean Patent Publication No. 10-2007-0091969 (published on September 12, 2007)

The present invention was created to solve the above-mentioned problems, and the purpose of the present invention is to allow care recipients in need of help, such as elderly people living alone, to request help through the emergency button as well as through the care terminal they are wearing in an emergency situation. By detecting an emergency situation in the health of the person being cared for through the measured heart rate, we provide an emergency management system that not only prevents infringement of privacy, but also enables prompt response by immediately recognizing dangerous situations. .

Another object of the present invention is to notify adjacent managers when an emergency situation occurs in the care subject, control the elevator to wait on the first floor, and adjust the care subject's door lock to the unlocked state so that the manager can respond quickly. It provides an emergency management system that allows emergency treatment to be performed through real-time contact with emergency responders.

The present invention to solve these problems;

It consists of a target terminal worn by the care target, a server connected by communication with the target terminal, and an administrator terminal connected by communication with the server, and when an emergency situation of the care target is confirmed, the server sends an emergency message to the administrator terminal. It is characterized by notifying the situation.

Here, the target terminal is characterized by being equipped with a heart rate monitor to measure the heart rate of the care target and an emergency button to request help in an emergency situation.

At this time, the server analyzes the target DB where information on the care target is stored, the administrator DB where the manager's information is stored, and the information received from the target terminal, and determines that it is a health emergency or detects operation of the emergency button. When possible, it is characterized by consisting of a response module that notifies the emergency situation to the manager terminal.

Meanwhile, the response module is characterized in that it notifies an emergency situation including the location of the emergency care subject and the location information of the manager located within a set range of the care subject.

Here, the response module assigns a turn number according to the order of proximity to each manager and the care subject, and a button for selecting his or her turn number and dispatch or non-dispatch pops up on the manager terminal, and the manager terminal has the manager of the previous turn. The dispatch status is displayed in real time.

At this time, the response module is characterized by transmitting in real time the latest video for a set time and the current CCTV video among the CCTV images installed in the home of the care target stored in the target DB.

In addition, the response module is connected to the management control system of the apartment where the care subject lives, switches one elevator in the building where the care subject is located to emergency status and controls it to be located on the first floor, and locks the door lock installed in the care subject's house. It is characterized by dissolution.

Here, the response module is characterized in that it transmits the location and movement route of emergency equipment located within a set distance from the care target to the manager terminal.

In addition, the server is connected by communication with a public emergency rescue organization, and is characterized in that it connects a rescuer terminal of a public emergency rescue worker assigned by the public emergency rescue organization and the administrator terminal.

At this time, the manager terminal is characterized in that it receives the current public emergency rescuer's location in real time through the rescuer terminal and receives first aid video through the rescuer terminal.

According to the present invention of the above configuration, care subjects in need of help, such as elderly people living alone, not only request help through an emergency button in an emergency situation, but also monitor the health of the care subject through the heart rate measured through the care terminal worn. By detecting when an emergency situation has occurred, not only can it prevent an infringement of privacy, but it is also effective in making it possible to respond quickly by immediately notifying a dangerous situation.

In addition, the present invention notifies adjacent managers when an emergency situation occurs in the care subject, controls the elevator to wait on the first floor, adjusts the care subject's door lock to the unlocked state, so that the manager can respond quickly, and emergency It has the effect of allowing first aid to be performed through real-time contact with rescuers.

Figure 1 is a configuration diagram of a conventional elderly living alone and patient management system.
Figure 2 is a flow chart and perspective view when an emergency situation occurs in a conventional elderly living alone and patient management system.
Figure 3 is a conceptual diagram of an emergency management system according to the present invention.
Figure 4 is a block diagram of an emergency management system according to the present invention.
Figure 5 is a flow chart of an emergency management system according to the present invention.
Figure 6 is a block diagram of an emergency situation management system according to another embodiment of the present invention.
FIG. 7 is a flowchart of an emergency situation management system according to the embodiment of FIG. 6.

Hereinafter, preferred embodiments of the present invention will be described in more detail with reference to the attached drawings. The same reference numerals are used for the same components in the drawings, and duplicate descriptions for the same components are omitted. Additionally, it should be understood that the present invention can be implemented in many different forms and is not limited to the described embodiments.

Figure 3 is a conceptual diagram of the emergency management system according to the present invention, Figure 4 is a block diagram of the emergency management system according to the present invention, Figure 5 is a flow chart of the emergency management system according to the present invention, and Figure 6 is a flow chart of the emergency management system according to the present invention. It is a block diagram of an emergency management system according to another embodiment of the invention, and FIG. 7 is a flowchart of the emergency management system according to the embodiment of FIG. 6.

The present invention relates to an emergency management system, and as shown in FIGS. 3 to 5, the configuration includes a target terminal 200 worn by a care recipient in need, such as an elderly person living alone, and the target terminal 200. It consists of a server 100 connected through communication and an administrator terminal 300 connected through communication with the server 100.

Here, when the emergency situation of the care subject is confirmed, the server 100 notifies the manager terminal 300 of the emergency situation, thereby enabling the server 100 to quickly respond to the emergency situation of the care subject.

In addition, the target terminal 200 is formed so that it can be easily worn on the body of the care target, such as a watch. It can be manufactured separately and used, or a wearable device such as a smart watch, which is widely used in recent years, can be used.

Here, the target terminal 200 is equipped with a heart rate monitor 210 to measure the heart rate of the care target, an emergency button 220 to request help in an emergency situation, and a GPS 230 to check the location to provide care. The emergency situation of the target is transmitted to the remote server 100.

At this time, the manager terminal 300 can be used as a tablet or smartphone, and the current location of the manager can be confirmed in real time through GPS information provided therein.

Meanwhile, the server 100 analyzes the information received from the target DB 110, where information on the care target is stored, the manager DB 120, where the manager's information is stored, and the target terminal 110 to detect health emergency situations. It consists of a response module 140 that notifies the manager terminal 300 of an emergency situation when it is determined that the operation of the emergency button 220 is detected.

Here, the object DB 110 stores the care object's age, gender, underlying disease, physical information such as address, height, weight, guardian information, usual heart rate, real-time location, etc., and the manager stores the apartment where the care object resides. As a manager or a separately hired manager, information such as name, gender, age, workplace, and real-time location is stored in the manager DB 120.

So, as described above, if the heart rate information received from the target terminal 200 in the response module 140 is higher or lower than the usual heart rate and is outside the error range, it is determined to be a health emergency, so that the care target is in an emergency situation. Even if you cannot press the button 220, you can quickly respond to an emergency situation.

And, when the response module 140 notifies managers of an emergency situation of a care subject, the notification includes the location of the emergency care subject and the location information of the manager located within a set range of the care subject. .

Here, the location of the care subject and each manager are displayed as dots of different colors on the map so that the location can be intuitively confirmed, and the names of the care subject and manager are also displayed along with the location.

Meanwhile, the response module 140 calculates the distance between each manager and the care subject through the current location of the care subject and the manager's current location, assigns a turn number according to the order of proximity to each manager and the care subject, and displays the manager on the map. Make sure that the order number is printed along with the name.

At this time, a button for selecting one's turn number and dispatch or non-dispatch pops up on the manager terminal 300. The manager selects dispatch or cannot dispatch according to the turn number, and the selected state is displayed in real time on all manager terminals (300). ), allowing you to check which manager is dispatched.

In other words, even the nearest manager may not be able to dispatch depending on various situations, so inform the next-highest manager of your situation so that he or she can respond quickly in an emergency situation.

In addition, the response module 140 transmits the latest and current CCTV images for a set time among the CCTV images installed in the home of the care target stored in the target DB 110 to the manager terminal 300 in real time.

Here, the administrator terminal 300 outputs the stored video and the real-time video simultaneously. The stored video varies depending on the set time, but the video of the last 3 minutes is output at double speed to determine under what circumstances an emergency situation occurred in the care subject. You can check the current status and judge the situation more accurately.

At this time, if the care subject accidentally presses the emergency button 220, it can be determined that the care subject is not in an emergency situation through the most recent 3 minutes of video, current video, and heart rate information, thereby preventing unnecessary dispatch. .

Meanwhile, the server 100 is also connected by communication with the management control system 400 of Afit where the care subject resides, and the corresponding module 140 of the server 100 is connected through the management control system 400. The elevator 410 installed in each building and the door lock 420 installed in each household can be controlled.

Therefore, when an emergency situation occurs in a care recipient, as described above, the response module 140 not only notifies the emergency situation to the manager terminal 300, but also operates the corresponding elevator 410 so that the manager can arrive quickly. It is controlled to be located on the first floor, and the door lock 420 of the house where the care subject lives is switched to the unlocked state.

At this time, if the speed can be adjusted according to the elevator 410 installed in each apartment, it can be adjusted to operate at the maximum speed without causing strain.

In addition, each part of the apartment where the care recipient resides is equipped with emergency equipment to be used in an emergency situation. The server 100 stores the emergency equipment provided in each apartment and the location information of the emergency equipment. DB 130 is provided.

Therefore, when an emergency situation occurs in the care subject, the response module 140 determines the location of the emergency equipment located within a set distance from the care subject and the shortest route to reach the care subject with the emergency equipment at the manager terminal ( 300) so that you can respond to an emergency situation more quickly.

And, in another embodiment of the present invention, as shown in FIGS. 6 and 7, the server 100 supports not only the target terminal 200, the administrator terminal 300, and the apartment management system 400, but also the public emergency rescue organization ( 500) is also connected via communication.

Here, the public emergency rescue organization 500 includes an emergency rescue team, etc., and the public emergency rescue organization 500 allocates public emergency rescue workers, and the rescuer terminal 510 and the manager possessed by the assigned public emergency rescue technicians. The terminal 300 is connected.

At this time, the manager determines how to respond to the current emergency situation and whether to dispatch an emergency rescue team through the manager terminal 300, which is connected to the rescue worker terminal 510 by communication, thereby preventing the emergency rescue team from overworking.

In addition, when it is decided to dispatch an emergency rescue team, the location of the emergency rescue team is transmitted in real time to the manager terminal 300 through the rescue worker terminal 510 so that the manager can determine the current situation.

Here, if the manager's response ability is insufficient in an emergency situation, the public emergency rescuer responds to the situation from among the first aid videos stored in the video DB 520 provided at the public emergency rescue agency 500 through the rescuer terminal 510. The appropriate video is transmitted to the manager terminal 300.

Therefore, the manager can watch the first aid video through the manager terminal 300 and take appropriate action according to the situation of the care target, thereby enabling the manager to stably respond to an emergency situation.

Although the preferred embodiments of the present invention have been described above, the scope of the rights of the present invention is not limited thereto, and the scope of the rights of the present invention extends to the scope substantially equivalent to the embodiments of the present invention. Various modifications can be made by those skilled in the art without departing from the above.

The present invention relates to an emergency management system, and more specifically, to an emergency situation management system that can quickly identify emergencies and respond quickly and appropriately to care recipients in need, such as elderly people living alone, without infringing on individual privacy. It is about a situation management system.

100: Server 110: Target DB
120: Administrator DB 130: Emergency equipment DB
140: Response module 200: Target terminal
210: Heart rate monitor 220: Emergency button
230: GPS 300: Administrator terminal
400: Management control system 410: Elevator
420: Door lock 500: Public emergency rescue organization
510: Rescue worker terminal 520: Video DB

Claims (10)

The target terminal worn by the care subject,
A server connected to the target terminal through communication,
It consists of an administrator terminal connected to the server through communication,
An emergency management system, wherein the server notifies the manager terminal of the emergency situation when the emergency situation of the care target is confirmed.
According to paragraph 1,
The target terminal includes a heart rate monitor that measures the heart rate of the care target,
An emergency management system characterized by an emergency button for requesting help in an emergency situation.
According to paragraph 2,
The server includes a target DB where information on the care target is stored,
An administrator DB where the administrator's information is stored,
An emergency management system comprising a response module that analyzes information received from the target terminal and notifies the manager terminal of the emergency when it is determined to be a health emergency or when operation of the emergency button is detected.
According to paragraph 3,
The response module is an emergency situation management system, characterized in that it notifies an emergency situation including the location of the emergency care subject and the location information of the manager located within a set range of the care subject.
According to paragraph 4,
The response module assigns a sequence number according to the order of proximity between each manager and the care subject,
On the administrator terminal, a button to select your turn number and whether to dispatch or not to dispatch will pop up.
An emergency situation management system, wherein the manager terminal displays in real time whether the manager of the previous turn has been dispatched.
According to paragraph 4,
The response module is an emergency management system characterized in that it transmits in real time the latest video for a set time and the current CCTV video among the CCTV images installed in the home of the care target stored in the target DB.
According to paragraph 4,
The response module is connected to the management control system of the apartment where the care subject resides, and switches one elevator in the building where the care subject is located to an emergency state and controls it to be located on the first floor,
An emergency management system characterized by unlocking the door lock installed in the home of the care recipient.
According to paragraph 4,
The response module is an emergency management system characterized in that it transmits the location and movement route of emergency equipment located within a set distance from the care target to the manager terminal.
According to clause 5,
The server is connected by communication with public emergency rescue organizations,
An emergency management system, characterized in that it connects the rescuer terminal of a public emergency rescue worker assigned from the public emergency rescue organization and the manager terminal.
According to clause 9,
The manager terminal receives the current location of the public emergency rescuer in real time through the rescuer terminal,
An emergency management system characterized in that it receives first aid videos through the rescue worker terminal.

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