KR102031489B1 - Disaster safety management system and operating method - Google Patents

Abstract

The present invention relates to a disaster safety management system and an operation method thereof, which replace boarding tickets for public transportation such as ships, trains, airplanes, cars, etc., or admission tickets for various theme parks and performance viewing facilities, with body-wearing control terminals; input personal information of a passenger and attendance to a wearable control terminal together with the boarding or the admission approval information; and further input and manage contact information of the protector (acquaintances) of the passenger and the attendance who can be contacted in case of a disaster such that it is possible to quickly identify the accurate number of casualties and personal information of the casualties in the event of a disaster and such incidents can be sent to a guardian (acquaintance) of the casualty in real time to reduce the time required for collecting the initial accident information and proceed prompt rescue operation without delay. To this end, the disaster safety management system comprises: the wearable control terminal sending emergency disaster occurrence information; a disaster response management operation server receiving the sent emergency disaster situation information in real time; a composite affiliate reader approving the use of the wearable control terminal and reading and processing the stored information data; and a dedicated repeater.

Description

Disaster safety management system and operating method

The present invention relates to a disaster safety management system, and more particularly, detailed use information of passengers using public transportation such as ships, trains, aircrafts, automobiles, etc., as well as using large-scale amusement facilities such as theme parks and water parks. The detailed usage information of visitors or the detailed usage information of visitors who visited a large performance facility for the event, performance, and movie screening are managed and controlled by the portable control terminal so that the unexpected cause of the accident, It is possible to grasp information on the size and urgent countermeasures of the accident site more quickly and accurately, and to make effective initial response to disaster accidents, thus facilitating smooth rescue activities and the evacuation of casualties. Disaster safety management system and operation of the system It relates to the law.

Today, natural disasters such as earthquakes, torrential rains and heavy snowfall occur frequently due to the causes of extreme weather, and also artificial disasters such as ship sinking, aircraft crash, train crash, etc., large fire and collapse of buildings. It is also a frequent occurrence in unpredictable places. Therefore, in view of this situation, we know that today's insecure reality is that no matter where people stay, it can never be declared a safe area. Can be.

In addition, in such disasters, in particular, artificial accidents such as sinking of ships, crashing of aircraft, crashing of trains, large fires and collapses of buildings, etc., have characteristics that occur in an environment or place where many unspecified people are gathered. As such, if the first responders in the event of an accident cannot be made in a quick and efficient form, this presents a serious problem that can only lead to a catastrophic disaster.

However, if you look briefly at today's disaster relief methods that deal with anthropogenic disasters like the ones described above, advanced rescue equipment, highly trained professional rescue personnel, and cutting-edge first aiders are available. Despite sufficient medical equipment and medical staff, real-time information on the accident site, clear analysis and judgment of the acquired information, and command and control management system based on the determined information are properly established. As it is not done, it can be seen that in the end, the failure to respond first to the accident and the number one cause a great casualty.

For example, assuming that a ship's sinking accident occurred at sea, the information on the point of accident of the first ship and the information on the number of people on board the ship should be made first, and in particular, the information on the number of people on board. It is best to get a list of passengers from the shipping company and analyze it.However, if you look at the shipping company's passenger management system, which is usually performed, it is possible that they have no specific rules and regulations. By missing only the personal information and managing it on the basis of the simple ticket quantity, it gives a problem of not knowing the exact number of people on board.In addition, the information on the real-time situation change and the specific location of the urgent rescuers for the urgent accident scene. Smooth rescue activities due to the impossibility of grasping In addition, it was not only to give a problem that can not be carried out, furthermore, if there is an unsaved, sinking with the ship and the crew is missing, there are also no countermeasures to locate and rectify the missing persons. One example is that they have a total problem that they are not doing well, and that they do not have everything.

On the other hand, in recent years, as a way to solve the problems of the general disaster relief method, as described above, a "disaster management system" has been invented (Patent Publication 2014-0071577) published in the Republic of Korea Patent Office.

Thus, when looking at the schematic configuration of the disaster response system as a pre-registered public technology, by using a mobile terminal that can transmit video and audio information, by enabling remote monitoring of the disaster site in the event of various disasters In addition, it can be seen that it is a system that collects the images necessary to identify the on-site situation, and enables the rescuers to contact the situation room so that they can be informed of the situation response.

However, such a "disaster response system" as a pre-registration technology is simply, without departing from the general method of collecting video information and communication connection, for example, the existing real-time CCTV shooting and wired / wireless speaker phone method. If only adopting and using the method, and only looking for differentiation, the technical features are limited to the configuration of the mechanical combination rather than the method aspect, and thus, the pre-registration disclosure technology is provided in the subway history. As a result of not exceeding the functional range of a general type of surveillance camera and a guide speaker phone, as a result, a coping effect exceeding expectations in the event of a disaster causes a very limited use problem that cannot be expected.

Accordingly, the present invention has been made to solve the general problems of the conventional disaster relief system;

An object of the present invention is to replace the boarding pass of the public transport means such as ships, trains, aircraft, automobiles, or the like, admission tickets of various theme parks, performance viewing facilities, etc. with a body wear control terminal, boarding the body wear control terminal configured as described above In addition to the admission approval information, enter specific personal information about the occupant and the passenger, such as name, address, social security number information, etc. In addition, the passengers and visitors who can be urgently informed of the accident situation in the event of a disaster The contact information of the guardian or acquaintance is also inputted and managed, so that in case of an unexpected disaster, it is possible to quickly identify the specific personnel of the accident (passenger or spectator) and their personal information, and to identify the situation. To be delivered to the guardian or acquaintance of the accident in real time, It is to provide a disaster safety management system and a method of operating the system so that the time required for collecting accident information can be drastically reduced, and the rescue activities can proceed without delay through such rapid initial information acquisition.

On the other hand, another object of the present invention, the communication function and the location tracking function by the GPS and the GDMA (GPS) incorporating the body wear control terminal, and, in addition, the image recording function, emergency disaster notification function, By providing accident response information receiving function, sound wave signal output function, communication information storage function, etc., it is possible to make initial response in emergency disaster accident site more quickly and smoothly. Efficient lifesaving activities can be carried out, and in the course of a series of rescue activities, if a missing person occurs, the missing person's location can be easily tracked, so that the missing person's probing work can be made more quickly and efficiently. A disaster safety management system and its operation are provided.

Thus, as a specific means of the disaster safety management system and the system operation method according to the present invention for achieving the above object;

A body wear control terminal for sending emergency disaster occurrence information, a disaster response management operation server for receiving the emergency emergency occurrence situation information transmitted in real time, and a composite affiliate that approves the use of the body wear control terminal and reads and stores the stored information data. Achieve by achieving reader and dedicated repeater.

In addition, using the above-described system configuration, the user information setting step, the user information data providing step, the group communication channel setting step, the disaster rescue signal transmission step, the initial accident status information collection step, the disaster accident site information This is accomplished by performing a collection step, providing an accident response manual, and processing a damage status.

In the above, the disaster safety management system and the operation method of the system according to the present invention, the boarding pass of the public transportation means such as ships, trains, aircraft, automobiles, or the like, admission tickets of various theme parks, performance viewing facilities, etc. are replaced with a body wear control terminal. In this way, the passengers and guardians of the passengers and passengers who can be urgently informed of the accident situation in the event of a disaster, together with specific personal information about the occupant and the passenger, together with the boarding or admission approval information on the configured body wear control terminal. The contact information is also managed to further input, so that in the event of an unexpected disaster, it is possible to quickly identify the definite number of persons involved in the accident (passenger or spectator) and their personal information. Real-time communication to acquaintances) Also, of course, it provides the effect of allowing it to proceed, such as through the rapid initial information to secure rescue work smoothly and without delay so that greatly reduce the Cross.

On the other hand, CDMA, RFID communication, GPS tracking, location tracking function by GPS, emergency disaster notification, image recording function, incident response information reception, sound wave signal output function, communication information By providing a body-wearing control terminal with a storage function, the first responder in an urgent disaster accident site can be made more quickly and smoothly. In addition, in this series of rescue activities, in the event of a missing person, the missing location of the missing person can be easily tracked through sound wave signal detection, so that the missing person's work can be performed more quickly and efficiently. In this case, this provides a very useful expectation.

1 is a conceptual diagram of a disaster safety management system according to the present invention
Figure 2 is a schematic configuration diagram of a wear control terminal to be applied to the present invention
3 is a schematic configuration diagram of a disaster response management operation server applied to the present invention
4 is a schematic configuration diagram of a composite affiliate reader applied to the present invention
5 is a schematic configuration diagram of a dedicated repeater applied to the present invention
6 is a flow chart of the disaster safety management system operating method according to the present invention

Hereinafter, a preferred embodiment configuration of the disaster safety management system and a method of operating the system according to the present invention will be described in detail with reference to the accompanying drawings.

Thus, with reference to the accompanying drawings look at the schematic configuration of a portable lantern utilized as a disaster relief means according to the present invention;

As shown in FIG. 1, it is composed of a body wear control terminal 1, a disaster response management operation server 2, a composite affiliate reader 3, and a dedicated repeater 4.

Here, first, the first body wear control terminal (1), will be used as a boarding pass for public transportation means such as ships, trains, aircraft, cars, etc., or as an admission ticket of various theme park facilities or performance viewing facilities, etc. As the use-specific classification according to whether it is to be used, setting and storing the use approval information data for these facilities and the personal information data of the users (riders and visitors), and through the wireless communication channel set up when an unexpected emergency disaster occurs during the use of the facility A component provided as a means for transmitting emergency disaster occurrence information;

Thus, the body-wearing control terminal 1 is selectively configured to have any one of the following types of attachment, such as wrist-attached, wrist-attached, ankle-attached, ankle-attached, necklace-type with a waterproof body. In this configuration, as shown in Figure 2, the body wear control terminal 1 of the configuration, the use information setting module 11, the facility use approval information and user identification information is input and stored, and the wireless communication connection medium CDMA module (12), and the GPS information management module 13 for providing real-time transmission to the disaster response management operation server (2), which describes the position information of the body wear control terminal (1), and the initial accident emergency signal and the end of the accident A signal transmission management module 14 for transmitting and controlling missing persons' probation location tracking sound wave signals and an emergency response response information received from a disaster response management operation server 2 to be described below and outputting the information in real time. And a beam receiving module 15, a biosignal detection module 16 for detecting any one of body changes in body pulse and body temperature of a user staying in a disaster scene, and recording and storing a real-time situation change of a disaster accident site. . Transfer between the image information recording module 17 and the body wear control terminal 1 and the disaster response management operation server 2 to be described later, which transmit and provide the photographed image information to the disaster response management operation server 2 to be described later. It is preferable to form a configuration in which the integrated information storage module 18 for storing and managing all received information data and the waterproof storage battery 19 for supplying energy to operate the body control control terminal 1 are mounted. .

In addition, the second configuration, the disaster response management operation server (2), the body wear control terminal (1) described above in a bundle between the users of the same facility, interlocking them in a dedicated communication channel for each group, the interlocked Receive real-time emergency emergency situation information transmitted from the body wear control terminal (1) through the communication channel, and again, real-time accident response information to the body wear control terminal (1) according to the received emergency disaster situation information received A configuration corresponding to a kind of disaster control control management server to be provided;

Thus, the disaster response management operation server 2 includes a call setup processing unit 21 for setting up a short-term group communication call to the body-wearing control terminal 1 and a composite affiliated reader 3 to be described later. Receives the use status information monitoring unit 22 for storing and managing the use information data of the body wear control terminal 1 transmitted into user groups for each use and disaster occurrence information transmitted from the body wear control terminal 1, The centralized control unit 23 stores and manages, the crisis response management unit 24 provides real-time transmission of accident response manual information to the body wear control terminal 1, and aggregates and processes the status of human injury at the accident site. It is preferable to configure the accident statistics processing unit 25.

In addition, the third member, the composite affiliate reader 3 reads the usage approval data information and the user identification information data stored in the above-described body wear control terminal 1, and uses the read processing approval data information. And means for providing transmission of the user identification information data to the disaster response management operation server 2;

In this way, the composite affiliate reader 3 reads the facility usage approval information stored in the body wear control terminal 1 and uses the usage information approval processing unit 31 for allowing the use approval, and the body for which the use approval is allowed. The body is limited to the user list database 32 which aggregates and processes the total quantity information of the wearing control terminal 1 and stores it as the aggregate information data, and the body wearing control terminal 1 which is permitted to use the above. It is preferable to configure the user information sending unit 33 for transmitting and providing the user identification information data stored in the wear control terminal 1 to the disaster response management operation server (2).

Finally, the fourth repeater, the dedicated repeater 4 is difficult to reach radio waves, equipment used for improving call quality and coverage for radio wave blocking areas due to features, for example, the wear control described above Receives the signal of the CDMA module 21 mounted on the terminal 1, converts and amplifies the signal of the authorized CDMA module 21, and public transportation such as a ship, train, aircraft, car, etc. Means well-known communication equipment to be transmitted to the inner shadow of the means, or the shade area in various theme park facilities or performance viewing facilities, such a dedicated repeater (4), as shown in Figure 5, the base station facing antenna 41 And a first duplexer 42, a forward signal processor 43, a second duplexer 44, a mobile station facing antenna 45, and a reverse signal processor 46. .

Therefore, the present invention made up of a series of system configuration as described above, to implement the system operation method of another differentiated form by utilizing the constructed system, and thus, having another characteristic configuration A preferred embodiment of the disaster safety management system operation method will be described in detail based on the accompanying drawings.

Thus, Figure 6 is a flow chart of the disaster safety management system operating method according to the present invention, looking at a series of method configuration;

This includes a user information setting step (S1), a user information data providing step (S2), a communication channel setting step (S3) for each group, a disaster relief signal sending step (S4), and an initial accident status information collecting step (S5). ), Disaster accident site information collection step (S6), the accident response manual providing step (S7), and the damage status is made through the processing step (S8).

Here, the first user information setting step (S1), body wearing control terminal (1) as a means of replacing the admission ticket of the public transport means such as ships, trains, aircraft, cars, or various theme parks, performance viewing facilities, etc. Then, when a person who intends to use the public transportation or various theme parks, performance viewing facilities, etc., performs ticketing with payment of costs, usage information according to the ticketing result, for example, facilities (public transportation or various theme parks) In addition to approval information for the use of performances, facilities for viewing, etc., basic personal information such as name, address, social security number information is provided from the ticketed user, and, in addition, in case of an unexpected disaster, Receive further contact information of the guardian or acquaintance of the user to be delivered, and transmits the information to the body wear control terminal 1 It is preferable that the input information is stored in the installed usage information setting module 11, and the body wearing control terminal 1 having such a series of information is worn on the user's body.

At this time, as a description, the usage information setting module 11 in which the above-described facility use approval information, user identification information, and contact information of a guardian (acquaintance) are input and stored is embedded in an identified object ( It refers to a conventional RFID (Radio-Frequency Identification) device, which is defined as a combination of an attached RFID tag and an external identifier that recognizes the information of the RFID tag from the outside.

In more detail, the external recognizer has a relatively large antenna and an apparatus for reading information input to an RFID tag by radio frequency transmission and reception, for example, the composite affiliate reader 3 to be described below is a configuration corresponding thereto. In the present invention, the RFID tag is a configuration corresponding to the usage information setting module 11 mounted on the wearable control terminal 2 in the present invention. Thus, the user information setting module 11 is a composite affiliate reader which will be described later. (3) performing a function of receiving a radio frequency transmitted from (3) through a relatively small antenna and outputting and storing stored information data. Therefore, the user information setting module 11 applied to the present invention has a conventional RFID tag configuration, For example, an RFID tag composed of a coder / decoder, a controller, and a one-chip made of a memory and an internal antenna may be used. As is the configuration in which the application applies.

In addition, the user information data providing step (S2), through the user information setting step (S1) through the body wear control terminal (1) in which the facility use approval information, user identification information, and the contact information of the guardian (acquaintance) is stored. Contacting and reading the composite affiliate reader (3) provided at the entrance to the public transport gates, theme parks, performance viewing facilities, etc., the information content stored in the user information setting module (11) by the composite affiliate reader (3) And transmits the collected information according to the reading result, for example, the body wear control terminal 1 to the disaster response management operation server 2 of the user information data stored in the user information setting module 1. It is desirable to make the process to provide.

For example, when a user contacts the body wear control terminal 1 worn on his / her body with the composite affiliate reader 3, the usage information approval processing unit 31 provided on the composite affiliate reader 3 may be a user information setting module. Read the personal information of the user together with the facility use approval information stored in (11) to allow boarding or admission, and at the same time, the total number of users boarding or entering the facility according to the admission approval is the multi-affiliation reader. (3) is extracted through the quantity information calculation of the body wearing control terminal (1), and the user identification information data together with the extracted quantity information data to the user list database 32 provided in the multi-member affiliate reader (3) It is to be stored as the aggregate information data, and, again, the stored user quantity (boarding or entrance number) information data and user identification information data are combined. For example, it may be provided to transmit to the usage status information monitoring unit 22 provided in the disaster response management operation server 2 through the user information transmitter 33 provided in the blind reader (3).

In this case, the information data provided to the disaster response management operation server 2 through the user information data providing step S2 includes the above-described user quantity (boarding to entry number) information data and user identification information data. Here, detailed usage information of the facility where the user boarded or entered, such as "boarding the Halla Sanho ferry boat to Incheon from Jeju on May 1, 13", "Exhibition Superman Screening of Hall 2 at XX Theater on July 20," etc. In this case, the detailed information of the facility will be transmitted as required information.

In addition, the communication channel setting step for each group (S3), the number of users (body wearing control terminal) transmitted to the disaster response management operation server (2) through the above-described user information data providing step (S2) Number of users) information data, user's personal information data, and detailed information on user's facilities by user group, for example, "Hallysan Sanctuary Passenger Ship Halla Corridor Group from Incheon on May 1 13:00 to Jeju", "July 20 16:00 XX" Theater 2, Superman screening group ", and the like, and store them in the usage status monitoring unit 22, and manage them, and wear them by the users based on the user information stored in this manner. The CDMA module of the wearable control terminal 1 and the call setup processing unit provided in the disaster response management server 2 are preferably connected to one communication group.

At this time, the process of connecting the body wear control terminal 1 to one communication group through the call setting processing unit, for example, the setting of the communication channel, first the quantity information of the body wear control terminal 1 divided into user groups for each use After the identification, the identification information to be given to the body wear control terminal 1 is set, and in addition, the CDMA module of the body wear control terminal 1 for each group and the disaster response management operation server 2 communicate with each other. A unique communication frequency band range that can be connected and short-term call calls, for example, communication connection number information, are automatically set through a conventional CDMA communication call setting processing method, so that they wear one body control terminal 1 in one communication. One example would be to link them into groups.

On the other hand, by way of explanation, the CDMA module provided in the wearable control terminal 1 is a communication technology having a code division multiple access or code division multiple access scheme, for example, an RF terminal for communication connection with a conventional external CDMA network. In the present invention, the module used in the conventional CDMA communication system is applied and applied as it is as an interface configuration formed of a circuit collection.

In addition, in the disaster relief signal sending step (S4), a series of user information data is stored in the disaster response management operation server 2 through the above-described user information data providing step (S2), and in addition, the communication channel setting step for each group Under the condition that the body wear control terminal 1 is set up in a communication group by use, when an unexpected emergency disaster occurs, the body wear control terminal 1 receives a disaster through the signal transmission management module 14. Along with the emergency emergency occurrence notification signal indicating that the accident has been issued, the location information of the disaster occurrence area is transmitted through the GPS information management module 13, and thus, the accident transmitted from the body wear control terminal 1 The emergency emergency occurrence notification signal and the location information of the disaster occurrence area are received through the disaster information central processing unit 23 provided in the disaster response management operation server 2, and the received disaster occurrence information is stored. This is preferred also be fulfilled by the process of the administration.

In this case, the initial emergency disaster occurrence notification signal transmitted through the signal transmission management module 14 may be a simple warning sound, or may be a voice signal that may receive an accident situation directly from the accident as a call connection through a communication channel. As such, the present invention utilizes all of these methods in parallel.

In addition, the initial accident status information collection step (S5), the initial emergency disaster notification signal and the location information of the disaster accident area sent from the body wear control terminal 1 is received by the disaster response management operation server (2) Once again, the disaster response management operation server 2 stores the received disaster occurrence information in the disaster information central processing unit 23, and at the same time, sends the disaster occurrence signal to the body wearing control terminal 1 The communication call information is assigned to the use status information monitoring unit 22, and through the substitution of the communication call information, among the body wear control terminals 1 stored in the group communication call setting relationship for each use, the disaster Extracts the list list of the body wear control terminal 1 belonging to the same group as the communication call of the body wear control terminal 1 which has sent out the generated signal, and the user information on each extracted body wear control terminal 1 data, I pray, it is preferable to be made to your quantity (number of persons on board to enter) and information data, user data, personal information, and, in the process of collecting detailed information about facilities available data, determine the basic status information of the disaster scene.

At this time, the disaster information central processing unit 23 extracts a list list of the body wearing control terminal 1 from the usage status information monitoring unit 22, and the user for each extracted body wearing control terminal 1 In collecting the information data, among the user information data of the body wear control terminal 1 stored in the use status information monitoring unit 22, the contact information of the guardian or acquaintance of the accident person is further extracted, and the guardian or acquaintance The process of notifying them of the disaster situation will be further performed.

In addition, the disaster accident site information collection step (S6) is a process of continuously monitoring the real-time changes of the disaster occurrence site after collecting the initial accident status information collection step (S5), and collecting and analyzing the information. In this way, the disaster accident site information collection step (S6), by the bio-signal detection module 16 mounted on the body wearing control terminal 1 to change the body, such as the pulse and body temperature of the accident staying at the disaster occurrence site Determining the health status of the accident and whether or not it survives, and by using the image information recording module (17) mounted on the body wearing control terminal to capture the real-time situational changes of the accident accident site, It is preferable to make the process of real-time transmission of the detection information and the captured image information to the disaster information central processing unit 23 provided in the disaster response management operation server (2).

At this time, the result of the pulse and body temperature detection of the accident by the bio-signal detection module 16, when the detection signal is not caught, it is determined that the death missing, in this case, the body wear control terminal 1, the signal transmission management The location tracking sound wave signal is transmitted by the automatic control by the module 14 to further provide the location information of the missing persons.

In addition, the accident response manual providing step (S7) is a process for transmitting the action information that can be taken under the rescue waiting situation for the body wear control terminal (1) located in the disaster occurrence area, such an accident, In response to the manual providing step (S7), through the crisis response management unit 24 provided in the disaster response management operation server (2), the manual on the emergency response response, such as "go to the deck wearing a life jacket". Transmit guidance information, such as "close your nose and mouth with a towel, and up to the floor", and, in this way, the electric guidance information is transmitted in real time through the accident response information receiving module 15 provided in the body wear control terminal 1. It is desirable to have a process of making it received, and outputted as voice or text information.

Finally, the damage status counting step (S8) is a process of finally counting and handling the status of casualties after the rescue and disappearance of the disaster accident site is completed, such as the damage status counting step ( S8), all the information exchange data transmitted and received between the body wear control terminal (1) and the disaster response management operation server (2) from the beginning of the disaster accident to the time when the disaster incident site is completed. Incident statistics processing unit 25 to be stored in the integrated information storage module 18 mounted on the wearing control terminal (1), the information stored in the integrated information storage module 19 in the disaster response management operation server (2) By substituting), the process of analyzing and processing is implemented, thereby implementing a disaster safety management system operating method according to the present invention.

1: body wear control terminal 2: disaster management response server 3: composite affiliate reader
4: Dedicated repeater 11: User information setting module 12: CDMA module
13: GPS information management module 14: transmission signal management module 15: accident response information receiving module
16: biosignal detection module 17: video information recording module 18: information integrated storage module
19: waterproof battery 21: call setup processing unit 22: accident status information monitoring unit
23 Disaster Information Central Processing Unit 24 Crisis Response Management Unit 25 Incident Statistics Processing Unit

Claims (6)

delete delete delete delete delete The body wear control terminal 1 used as a boarding pass, a theme park, and an entrance ticket of a public viewing facility is provided, and the facility use approval information data and the usage information setting module 11 mounted on the body wear control terminal 1 are provided. A user information setting step (S1) of inputting and storing user identification information data and guardian (acquaintance) contact information data of the user;
The body wear control terminal 1 is contacted with the combined affiliate reader 3 to read the contents of information stored in the user information setting module 11, and the user identification information data collected by the reading result and the protector of the user. (Acquaintance) the user information data providing step of transmitting the contact information data to the disaster response management operation server (S2)
The user information data transmitted to the disaster response management operation server 2 is divided into user groups for each use and stored in the usage status information monitoring unit 22, and stored in the usage status information monitoring unit 22. On the basis of the information of the group, the communication channel for each group connecting the body wearing control terminal (1) worn by their users through a call setup processing unit 21 provided in the disaster response management operation server (2) Setting step (S3)
When an emergency disaster occurs, the emergency disaster occurrence notification signal and the location information of the disaster occurrence area are transmitted through the signal transmission management module 15 and the GPS information management module 14 of the body wear control terminal 1, and the information is transmitted. Disaster relief signal transmission step (S4) for receiving and storing the information to the disaster information central processing unit 23 provided in the disaster response management operation server (2);
The communication call information of the body-wearing control terminal 1 which sent out the disaster occurrence signal was substituted into the use status information monitoring unit 22, and the same as the communication call of the body-wearing control terminal 1 which sent the disaster occurrence signal. The list of body wear control terminals 1 belonging to the group is extracted, and the user quantity information data, user identification information data, and usage facility detailed information data of the extracted body wear control terminals 1 are collected. A first accident status information collecting step (S5) for determining basic situation information of a disaster accident site;
The body signal detection module 17 mounted on the body wearing control terminal 1 detects the body change on the pulse and body temperature of the disaster victim, and captures the change in the situation of the accident site through the image information recording module 18. The body change detection information on the pulse and body temperature detected by the biosignal detection module 17 and the image information photographed through the image information recording module 18 are provided in the disaster response management operation server 2. Disaster accident site information collection step (S6) for real-time transmission to the disaster information central processing unit (23);
Through the crisis response management unit 24 provided in the disaster response management operation server (2), and transmits the manual information on the emergency response response action, the accident response information receiving module provided in the body wear control terminal (1) An accident response manual providing step of receiving in real time through the 16 and outputting voice or text information (S7);
All information exchange data transmitted / received between the body wear control terminal 1 and the disaster response management operation server 2 are stored in the information integration storage module 19 mounted in the body wear control terminal 1, and the stored Disaster safety management system characterized in that it consists of the damage status aggregation processing step (S8) by analyzing the information to the accident statistics processing unit 25 provided in the disaster response management operation server (2) to analyze and handle the human injury damage caused by the accident How to operate.

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