KR102606532B1 - Disaster training device and disaster training system - Google Patents

Abstract

The present invention reproduces a disaster situation on a virtual reality platform (1) utilizing ICT, and a number of firefighters and the general public accessing the platform conduct firefighting training and firefighting experience individually or in cooperation with each other, and the platform (1) A user unit 100 is connected to a network and supports signal input, transmission, reception and output of information, and an Internet network is established for simultaneous connection of the user units 100, and information that is selectively stored and managed externally is constructed. The connection unit 200, which calls and outputs, is linked with the connection unit to model a virtual space, experience objects, and avatars customized for each user to create a disaster situation, and outputs the avatar's behavior and messages input from the user unit to the virtual space to interact with each other. The virtual reality unit 300, which induces communication and provides and manages disaster situations by event in virtual space, takes over, manages and controls the signals and data information transmitted and received between the user unit, connection unit, and virtual reality unit, and provides and manages disaster situations in virtual space by event. In the emergency response road training system that includes a management unit 400 that analyzes and evaluates users' ability to respond to a staged disaster situation, the virtual reality unit 300 uses buildings and roads in a set area to recreate a disaster situation. , nature, NPC (Non-Player Character) for patients, first aid tools, disaster training, and experience objects are built, and it is built based on platforms and prototypes, and has a modeling function that can design and provide the entire structure based on reality. provided, training content and UX design creation function is provided, client's target environment determination function is provided, platform server and DB design creation function is provided, scenarios can be designed according to response methods, and patient severity classification algorithm is provided. (START, SALT, RTS), provides web-based CMS functions for patient case management, allowing you to create a virtual space that recreates specific areas in a 3D environment, and the recreated virtual space includes buildings, roads, and surrounding facilities, etc. In addition to buildings, effects such as fire and cracks, as well as accident vehicles, police vehicles, ambulances, and fire trucks, can be expressed to create realistic places, and components such as avatars, props, and animations are planned in virtual space. In addition, a DB to manage this is provided, and a modeling unit 310 that allows interaction according to patient creation patterns and environments through detailed functions, recognizes the behavior of the user avatar and outputs text to facilitate communication between users in a virtual space. A communication information unit 320 that guides the user avatar to overcome and respond to a disaster situation, and information calculated by determining whether or not a connection is available from the connection unit, virtual space, user avatar, and disaster-related objects, videos, and image information and a data center 330 that collectively stores the avatar's movement lines, retrieves and collects externally stored and managed information, classifies and stores it into video, image, and disaster-related object information, and It includes a transmitter and receiver 340 that transmits the stored information to a set path, and the NPC for the patient includes an appearance setting unit (A1) that sets the patient's age and gender, and a location setting unit that sets the patient's location in virtual space ( It consists of A2) and a severity setting unit (A3) that sets the location and severity of the patient's injury. The severity setting unit (A3) classifies the patient's condition into emergency, emergency, non-emergency, expected death, and death stages. Missions are assigned according to the patient's symptoms, color settings are given for each classified stage so that the user can be visually guided to the patient's severe condition, and detailed settings are made so that the patient's NPC's symptoms can change depending on the response time. This is possible, and the connection unit 200 includes an interface unit 210 that allows input of member information and call of information stored and managed externally, and guides entry by dividing guests and members into members. A membership registration unit 220 that collects and manages data related to admission and approves member information entered into the interface unit, an access information unit 230 that allows and guides approved members to enter the virtual reality department, and a virtual reality department. In addition to enabling real-time communication, it includes a photon server unit 240 that allows multiple access of the user unit 100 in a virtual space with a room-type cloud-based server developed with the Unity tool. The communication guide unit 320 includes an avatar creation unit 321 that forms an avatar based on the input signal from the user unit 100 and provides customization functions, and outputs the avatar's behavior in virtual space and the text entered by the user. a communication output unit 322, a camera control unit 323 that controls the viewpoint of the avatar according to the input signal from the user unit, and an avatar operation that enables movement of the avatar according to the viewpoint and forms the motion of the avatar according to the input signal from the user unit. Unit 324, generates, edits, and outputs at least one disaster event related to fire, collapse, traffic accident, natural disaster, or loss of life to be displayed in virtual space, and may distribute the created disaster event, Disaster event events produced by other companies can be imported and applied to the current platform, and the play time of disaster event events can be set flexibly through the administrator page, and the play time can be adjusted to the level of difficulty to evaluate the ability to respond to each disaster situation. It includes an event management unit 325 configured to apply restricted modes and various mission training, and the management unit 400 includes a motion collection unit 410 that collects behavioral information of the user unit 100, A calculation unit 420 that determines the user's disaster response ability based on the user's behavior information. With the calculated information, not only can the disaster response ability of individual and large-scale users be evaluated step by step, but also the time and It provides a system that can analyze coping abilities, and includes an evaluation unit 430 that analyzes in real time the areas where individual and large-scale responses were insufficient according to a pre-entered program and provides feedback on solutions.

Description

Emergency response road training system based on virtual reality {Disaster training device and disaster training system}

The present invention relates to an emergency response road training system for disaster safety education and experience. More specifically, technologies such as virtual reality, one of the future-oriented ICT technologies, are applied to the emergency response road training system. It can easily provide various disaster situations that are difficult to reproduce in reality, and furthermore, it can evaluate disaster response capabilities by more accurately analyzing the behavior patterns of the experiencer. This is about an emergency response road training system based on virtual reality that maximizes convenience and efficiency of use due to ease of use.

When various disasters such as fire, collapse, explosion, flooding, chemical, biological and radiological accidents, etc. occur, the damage is minimized by establishing efficient procedures in national organizations such as fire departments after a control tower is established for emergency measures and recovery. When such a disaster occurs, emergency measures and emergency activities are usually carried out by firefighting agencies, so firefighting agencies are providing various education and training to effectively respond to various disasters.

In particular, among the trainings carried out by firefighting agencies, road training can be seen as a process in which individual firefighters learn in advance to systematically share roles and duties and execute them organically. In other words, through continuous road training, road training can be viewed as The capacity for emergency activities will increase.

Among the road training in firefighting, training in life-saving activities that occur during various disasters is also important, and as an example, Publication Patent Publication No. 10-2017-0064867, “Simulation tool for disaster response training,” is published. The technology includes a map that shows a floor plan but shows structures such as doors, rooms, stairs, and compartments; and a zone card that is displayed in different colors so that it can be distinguished by grade and placed on the side of the structure to which the grade has been assigned. Different images are displayed so that they can be distinguished by job, and a person card is placed on the side of the structure where the job is to be performed; And, different images are displayed so that they can be distinguished by symptom, and patients with the corresponding symptom are placed on the side of the structure where patients with the corresponding symptom should be accommodated. Patient card placed; It is a technology consisting of a facility card that displays different images so that each purpose can be distinguished and is placed on the side of the structure where the purpose is to be executed.

However, the above technique has the disadvantage that the preparation process is complicated because there are too many cards and maps during training, and it is not systematic, and it is difficult to review and share the training among the members, and the evaluation time is too long, so the effect of the training is minimal.

A technology that overcomes this inconvenience is Registered Patent Publication No. 10-2398414, “Emergency response rescue training device and emergency response rescue training method,” and the technology is each built into the rescuer model in the administrator terminal and provides identification number information. After entering the entered NFC tag information and the rescuer's status information into the storage server, emergency activity information such as the rescuer's classification, first aid, and transport status is sequentially stored according to the NFC tag information and the rescuer's status information entered into the storage server. This is a technology that allows the administrator server to evaluate a series of emergency activity information by storing it on a storage server and accessing the storage server.

The above technology has made it possible to conveniently manage various emergency and rescue situations by utilizing NFC tags, but it requires a lot of labor and cost to repeatedly recreate disaster sites, disaster situations, and disaster conditions, so frequent training is conducted. It could not be done, and in addition, it was insufficient in terms of technology to produce various disaster situations in reality at the same level as reality, so it could not contribute significantly to improving the capabilities of firefighters.

Accordingly, the present invention has developed a system that can more easily and conveniently reproduce and stage various disaster situations realistically, and furthermore, can more accurately analyze and evaluate the capabilities of paramedics who have completed the experience.

Publication of Patent No. 10-2017-0064867 “Simulation tool for disaster response training” Registered Patent Publication No. 10-2398414 “Emergency response road training device and emergency response road training method”

The present invention was created to more actively solve the above-mentioned problems, and the solution is to develop a technology that can build a realistic disaster environment in a virtual space and check and evaluate whether the built program is operating normally. It's a task.

In addition, another problem of the present invention is to develop and provide technology to accurately determine the experiencer's competency as well as educate the experiencer by creating and providing patients with various locations and degrees of injury.

In addition, another problem of the present invention is to develop technology that allows multiple users to participate in a virtual space where a disaster situation is created, and to provide technology that allows interaction only for users who are connected simultaneously.

In addition, the present invention collects the behavior of the experiencer in real time and allows comparison and analysis of the results achieved by the experiencer, thereby providing technology that can more accurately determine the experiencer's ability to cope with disaster risks compared to existing ones. Another solution is to provide technology.

In order to achieve the above-mentioned problem, the emergency response road training system based on virtual reality proposed by the present invention is as follows.

The emergency response road training system of the present invention reproduces a disaster situation on a virtual reality platform (1) using ICT, and allows multiple firefighters and the general public connected to the platform to conduct fire training and firefighting experience individually or in cooperation with each other. It is characterized by

In addition, the platform 1 includes a user unit 100 that is connected to a network and supports input of signals and transmission, reception, and output of information; and an Internet network is established for simultaneous access of the user units 100, A connection unit 200 that selectively calls and outputs information stored and managed externally; and, in conjunction with the connection unit, models virtual space and experience objects for creating disaster situations and customized avatars for each user, and A virtual reality unit 300 that outputs input messages to a virtual space to encourage mutual communication and provides and manages disaster situations in the virtual space by event; and signal and data information transmitted and received between the user unit, the connection unit, and the virtual reality unit. It includes a management unit 400 that takes over, manages and controls, and analyzes and evaluates users' ability to respond to disaster situations created in virtual space.

In addition, the connection unit 200 includes an interface unit 210 that allows input of member information and recall of information stored and managed externally; and a membership registration unit 220 that approves member information input to the interface unit. , an access information unit 230 that allows and guides approved members to enter the virtual reality department; and a photon server unit 240 that allows real-time communication by allowing multiple access to the virtual reality department.

In addition, the virtual reality unit 300 includes a modeling unit 310 that builds buildings, roads, nature, patient NPCs (Non-Player Characters), first aid tools, and disaster training and experience objects in the setting area to recreate a disaster situation. ; Wow, a communication guide unit 320 that recognizes the behavior of the user avatar and outputs text to enable communication between users in a virtual space, and guides the user avatar to the situation so that it can overcome and respond to disaster situations; Wow, a connection unit 200 ), the information calculated by determining whether or not the connection is made, the virtual space, the user avatar, and disaster-related objects, video, and image information, as well as the avatar's movement line are collectively stored, and the information stored and managed externally is called and collected to collect video, images, and disaster information. It includes a data center 330 that classifies and stores related object information; and a transceiver 340 that transmits information stored in the data center 330 to a set path according to a received input signal.

In addition, the NPC for the patient includes an appearance setting unit (A1) that sets the patient's age and gender; a position setting unit (A2) that sets the patient's position in virtual space; and a setting unit that sets the patient's injury location and severity. Includes a severity setting unit (A3).

In addition, the severity setting unit (A3) classifies the patient's condition into emergency, emergency, non-emergency, expected death, and death stages, and provides color settings for each classified stage to visually guide the user to the patient's severe condition. Includes providing to receive.

In addition, the communication guide unit 320 includes an avatar creation unit 321 that forms an avatar based on the input signal from the user unit 100 and provides customization functions; and, the avatar's behavior in virtual space and the user's input. A communication output unit 322 that outputs a text; a camera control unit 323 that controls the viewpoint of the avatar according to an input signal from the user; and a camera control unit 323 that enables movement of the avatar according to the viewpoint and according to an input signal from the user. It includes an avatar operating unit 324 that forms the motion of the avatar; and an event management unit 325 that generates, edits, and outputs at least one disaster situation to be presented in a virtual space.

In addition, the management unit 400 includes a motion collection unit 410 that collects behavioral information of the user unit 100; a calculation unit 420 that determines disaster response capabilities based on the user's behavior information; and a calculation unit. It includes an evaluation unit 430 that evaluates the user's disaster response ability step by step with the contents.

According to the present invention, which consists of the above-described configuration, it is very effective because it can produce ideal results when put into practice by repeatedly carrying out emergency response training in an environment most similar to a disaster situation.

In addition, since the present invention allows the constructed program to be used repeatedly or semi-permanently, it has a significantly superior effect compared to the existing one in terms of spatial, cost, and time efficiency.

In addition, the present invention can have other effects, such as being able to train more safely in a virtual space like reality and actively improving the ability to respond to disaster situations by easily controlling various disaster situations and engaging in training.

In addition, the present invention actively contributes to the growth of related industries and the possibility of changes to standardized methods through development and introduction of technology appropriate for the times, providing better educational environments and opportunities for educators and experiencers, and further meeting the needs of various disaster fields. Other effects can be expected, such as greatly contributing to national development in responding to disaster situations.

In addition, unlike the existing method of relying on experts' training methods through educational materials, the present invention enhances the expertise of emergency response road training by allowing more advanced response methods to be developed in real situations through reality production training through disaster situation simulation. There is another effect that can further strengthen.

In addition, the present invention actively improves disaster response capabilities through 3D virtual training, and the resulting improvement in response capabilities leads to a reduction in disaster accidents and can dramatically reduce human casualties, and further provides various methods for training achievement. Through evaluation and a national ranking system using this, effects such as inducing positive competition within training and creating a proactive and voluntary training atmosphere can be achieved.

In addition, the present invention models a 3D virtual space, and by deriving and analyzing various types of training processes in that space, existing remaining blind spots are removed, another effect that can be expected to provide a more perfect emergency response when an actual situation occurs. There is.

In addition, the present invention has another effect of being able to bridge the gap in disaster response information between regions and provide universal information and communication services.

1 is a schematic diagram of the platform of an emergency response roadside training system constructed according to a preferred embodiment of the present invention.
2 to 4 are screens reproducing a virtual space using the virtual reality unit proposed by the present invention.
Figure 5 is a screen showing an example of registration management of patient NPC using the virtual reality unit proposed by the present invention.
Figure 6 is a chart showing the medical response steps according to the severity of the patient proposed by the present invention.

Hereinafter, the configuration of the present invention and its operations and effects will be described collectively with reference to the accompanying drawings.

The advantages and features of the present invention and methods for achieving them will become clear by referring to the embodiments described in detail below along with the accompanying drawings. However, the present invention is not limited to the embodiments disclosed below, and may be implemented in various different forms. The present embodiments are merely provided to ensure that the disclosure of the present invention is complete, and are provided by those skilled in the art in the technical field to which the present invention pertains. It is provided to fully inform those who have the scope of the invention, and the present invention is only defined by the scope of the claims. In addition, the same reference numerals refer to the same elements throughout the specification.

The present invention relates to an emergency response road training system for disaster safety education and experience.

Above all, the present invention combines technologies such as virtual reality, one of the future-oriented ICT technologies, with the emergency response road training system to easily provide various disaster situations that are difficult to reproduce in reality, and further improves the experience of the experiencer. Based on virtual reality, convenience of use and efficiency are maximized due to the ease of handling, use, maintenance, and repair that comes from a differentiated structure from the existing structure, including the ability to evaluate disaster response capabilities by analyzing behavior patterns more accurately. Please note that this is related to the emergency response road training system.

The emergency response road training system of the present invention reproduces a disaster situation on a virtual reality platform (1) using ICT, and allows multiple firefighters and the general public connected to the platform to conduct fire training and firefighting experience individually or in cooperation with each other. It is characterized by

1 is a schematic diagram of a platform of an emergency response road training system constructed according to a preferred embodiment of the present invention.

As shown in the drawing, the present invention is largely composed of a user unit 100; a connection unit 200; a virtual reality unit 300; and a management unit 400.

The user unit 100 is connected to a network and supports input of signals and transmission/reception/output of information. Specifically, it refers to hardware operated by the user, and can be connected to a network to input signals or receive and output various information through the user's operation.

The connection unit 200 establishes an Internet network for simultaneous connection of the user units 100, and selectively calls and outputs information stored and managed externally. In detail, it is built on the Web so that multiple user units 100 can be connected, and it includes a cloud-based Photon Cloud server.

The connection unit 200 includes an interface unit 210 that allows input of member information and recall of information stored and managed externally, a membership registration unit 220 that approves the member information entered in the interface unit, and an approved member. It is divided into an access information unit 230, which allows and guides entry into the virtual reality unit, and a photon server unit 240, which allows multiple access to the virtual reality unit and enables real-time communication.

The interface unit 210 divides guests into members and provides guidance on entry, collects and manages data related to the entrance of guests and members, and retrieves and outputs information stored and managed externally, such as on an Internet portal site or external hard drive. Various interfaces are provided to enable this.

The membership registration unit 220 is based on the normal membership registration process, such as guiding the simple registration process through identity verification and deciding whether to approve it.

The photon server unit 240 is a room-type cloud-based server developed with the Unity tool, which allows multiple access to the user unit 100 in a virtual space and enables communication between avatarized users.

The virtual reality unit 300 is linked with the connection unit 200 to model a virtual space, experience objects, and avatars customized for each user to create a disaster situation, and outputs the avatar's actions and messages input from the user unit to the virtual space. It encourages mutual communication and provides and manages disaster situations by event in virtual space. In detail, it is possible to build and provide a virtual space where disaster situations can be experienced and users can communicate, and disaster situation-related objects and events such as videos and images to overcome disaster situations are produced. Here, objects related to disaster situations refer to environmental disasters such as various fires, natural disasters, and collapses, as well as various human-related damage.

The virtual reality unit 300 includes a modeling unit 310 that builds buildings, roads, nature, patient NPCs (Non-Player Characters), first aid tools, and disaster training and experience objects in the setting area to recreate a disaster situation; A communication information unit 320 that recognizes the behavior of the user avatar and outputs text to enable communication between users in a virtual space and guides the user avatar to the situation so that it can overcome and respond to disaster situations, and whether or not there is a connection from the connection unit 200 The determined information, virtual space, user avatar and disaster-related objects, video and image information, and the movement line of the avatar are collectively stored, and externally stored and managed information is called and collected to create video, image and disaster-related object information. It can be divided into a data center 330 that classifies and stores information, and a transmitter and receiver 340 that transmits the information stored in the data center 330 to a set path according to the received input signal.

The modeling unit 310 is built based on a platform and a prototype, and is provided with a modeling function to design and provide the entire structure based on reality, provides training content and a UX design writing function, and provides An environment decision function is provided, a platform server and DB design writing function is provided, scenarios can be designed according to response methods, patient severity classification algorithms (START, SALT, RTS), and a web-based CMS function for patient case management. provides. Figures 2 to 4 are virtual spaces in which specific areas are reproduced in a 3D environment through the functions of the modeling unit 310. As shown in the drawings, in the virtual space recreated through the modeling unit 310, not only structures such as buildings, roads, and surrounding facilities are expressed, but also effects such as fire and cracks, as well as accident vehicles, police vehicles, ambulances, and fire trucks, You can create the same place. The modeling unit 310 can plan components such as avatars, props, and animations, and a DB is provided to manage them. In this way, the detailed functions of the modeling unit 310 enable interaction according to patient creation patterns and the environment. In particular, the patient NPC includes an appearance setting unit (A1) that sets the patient's age and gender, a position setting unit (A2) that sets the patient's location in virtual space, and a severity setting unit that sets the location and severity of the patient's injury. You can create the desired patient NPC through part (A3). For example, Figure 5 shows an example of an interface for registering and managing a patient NPC set through the appearance setting unit (A1), the position setting unit (A2), and the severity setting unit (A3), including the patient's appearance, name, age, Personal information such as gender, etc., as well as emergency information such as damage area, symptoms, and severity, are provided, and the response made by the user for each NPC is recorded. In particular, as shown in Figure 6, the severity setting unit (A3) classifies the patient's condition into emergency, emergency, non-emergency, expected death, and death stages, and assigns color settings to each classified stage so that the user can determine the patient's severe condition. Provides visual guidance. The severity setting unit (A3) can assign a mission according to the patient's symptoms, implement coping measures and interactions according to the patient's severity and situation, and in addition, the symptoms of the patient NPC can change according to the response time. Detailed settings are possible.

The communication guide unit 320 includes an avatar creation unit 321 that provides an avatar formation and customization function based on the input signal from the user unit 100, and the avatar's behavior in a virtual space and the text entered by the user. A communication output unit 322 that outputs output, a camera control unit 323 that controls the viewpoint of the avatar according to the input signal from the user unit, enables movement of the avatar according to the viewpoint, and forms the motion of the avatar according to the input signal from the user unit. It is divided into an avatar operation unit 324 that creates, edits, and outputs at least one disaster situation to be presented in a virtual space, and an event management unit 325 that generates, edits, and outputs at least one disaster situation to be presented in virtual space.

The event management unit 325 produces and outputs a 3D icon training environment. In general, there are events such as fires, collapses, and traffic accidents, and other disaster events related to natural disasters or loss of life can also be produced. The event management unit 325 may distribute the created 3D graphic training environment event, and may also load an event produced by another company and apply it to the current platform. The event management unit 325 provides a function to create a disaster environment case, and can flexibly set the play time of a disaster environment event through the administrator page. In addition, time-limited mode or various mission training can be applied according to the level of difficulty to evaluate the ability to respond to disaster situations.

The management unit 400 takes over, manages and controls signals and data information transmitted and received between the user unit 100, the connection unit 200, and the virtual reality unit 300, and helps users respond to disaster situations created in virtual space. Analyze and evaluate abilities.

The management unit 400 includes a motion collection unit 410 that collects behavioral information of the user unit 100, a calculation unit 420 that determines disaster response capabilities based on the user's behavioral information, and a user It is divided into an evaluation department (430) that evaluates disaster response capabilities in stages. As described above, the detailed functions of the management unit 400 can be used to test individual or large-scale response capabilities to a given disaster situation. In particular, a system is provided so that the user can analyze the time and coping ability to achieve a given goal, and further analyzes in real time the areas where the response is insufficient and provides feedback on solutions for the insufficient areas.

The emergency response rescue training system of the present invention, which consists of the above configuration, can produce ideal results when put into practice by repeatedly performing emergency response rescue training in an environment most similar to a disaster situation.

In addition, since the built program can be used repeatedly or semi-permanently, it is significantly superior in terms of spatial, cost, and time efficiency compared to the existing system. In addition, you can train more safely in a virtual space similar to reality, and you can easily control various disaster situations and engage in training, thereby actively improving your ability to respond to disaster situations.

In addition, through the introduction of development and technology appropriate for the times, we actively contribute to the possibility of change in standardized methods and the growth of related industries, providing better educational environments and opportunities for educators and experiencers, and further meeting the needs of various disaster fields. It can greatly contribute to national development in coping with the situation.

In addition, unlike the existing method of relying on experts' training methods through educational materials, the professionalism of emergency response road training has been further strengthened by allowing more advanced response methods to be developed in real situations through reality production training through disaster situation simulation. You can do it.

In addition, disaster response capabilities are actively improved through 3D virtual training, and the resulting improvement in response capabilities can lead to a reduction in disaster accidents and dramatically reduce human casualties. Furthermore, various methods of evaluation of training achievement and A national ranking system using this can stimulate positive competition within training and create a proactive and voluntary training atmosphere.

In addition, by modeling a 3D virtual space and deriving and analyzing various types of training processes in that space, existing blind spots can be eliminated, allowing for a more perfect emergency response when an actual situation occurs. In addition, it can bridge the gap in disaster response information between regions and provide universal information and communication services.

The present invention described above has been described with reference to an embodiment shown in the drawings, but this is merely illustrative, and various modifications and other equivalent embodiments can be made by those skilled in the art. should be clarified. Therefore, the true technical protection scope of the present invention should be interpreted in accordance with the attached claims, and all technical ideas within the equivalent scope should be interpreted as being included in the scope of the present invention.

100. User Department
200. Connection part
300. Virtual Reality Department
400. Management Department

Claims (8)

A disaster situation is recreated on a virtual reality platform (1) utilizing ICT, and a number of firefighters and the general public accessing the platform conduct firefighting training and firefighting experiences individually or collaboratively, and the platform (1) is connected to a network. A user unit 100 is connected to support signal input and information transmission, reception, and output, and an Internet network is established for simultaneous connection of the user units 100, and selectively calls and outputs information stored and managed externally. The connection unit 200 is linked with the connection unit to model a virtual space, experience objects, and avatars customized for each user to create a disaster situation, and outputs the avatar's actions and messages input from the user unit to the virtual space to encourage mutual communication. and a virtual reality unit 300 that provides and manages disaster situations in virtual space by event, and takes over, manages and controls signals and data information transmitted and received between the user unit, connection unit, and virtual reality unit, and disasters produced in virtual space. In the emergency response road training system that includes a management unit 400 that analyzes and evaluates users' ability to respond to situations,
The virtual reality unit 300 builds buildings, roads, nature, NPCs (Non-Player Characters) for patients, first-aid tools, disaster training and experience objects in the setting area to recreate a disaster situation, and also builds a platform and prototype-based It is built with a modeling function that can design and provide the entire structure based on reality, a function to create training content and UX design, a function to determine the client's target environment, and a platform server and DB design. Functions are provided, scenarios can be designed according to response methods, patient severity classification algorithms (START, SALT, RTS), and web-based CMS functions for patient case management are provided, and each specific region is recreated in a 3D environment. In addition to being able to form a space, the recreated virtual space not only expresses structures such as buildings, roads, and surrounding facilities, but also effects such as fire and cracks, as well as accident vehicles, police vehicles, ambulances, and fire trucks, creating a realistic place. Components such as avatars, props, and animations are planned in virtual space, and a DB is provided to manage them. A modeling unit (310) is provided that allows interaction according to patient creation patterns and environments through detailed functions. ) and a communication information unit 320 that recognizes the behavior of the user avatar and outputs text to enable communication between users in a virtual space, and guides the user avatar to the situation so that it can overcome and respond to the disaster situation, and whether or not to connect from the connection unit. The determined information, virtual space, user avatar and disaster-related objects, video and image information, and the movement line of the avatar are collectively stored, and externally stored and managed information is called and collected to create video, image and disaster-related object information. It includes a data center 330 that classifies and stores information, and a transmitter and receiver 340 that transmits information stored in the data center to a set path according to a received input signal,
The NPC for the patient includes an appearance setting unit (A1) that sets the patient's age and gender, a position setting unit (A2) that sets the patient's position in virtual space, and a severity setting unit that sets the location and severity of the patient's injury ( A3), where the severity setting unit (A3) classifies the patient's condition into emergency, emergency, non-emergency, expected death, and death stages, assigns a mission according to the patient's symptoms, and changes the color of the settings for each classified stage. It provides the user with visual guidance on the patient's severe condition, and includes detailed settings so that the patient's NPC's symptoms can change depending on the response time,
The connection unit 200 includes an interface unit 210 that allows input of member information and recall of information stored and managed externally, provides guidance on entry by classifying guests and members, and collects data related to the entry status of guests and members. and a membership registration unit 220 that approves member information entered into the interface unit, an access information unit 230 that allows and guides approved members to enter the virtual reality department, and enables real-time communication with the virtual reality department. In addition, it is a room-type cloud-based server developed with the Unity tool and includes a photon server unit 240 that allows multiple access to the user unit 100 in a virtual space.
The communication guide unit 320 includes an avatar creation unit 321 that provides an avatar formation and customization function based on the input signal from the user unit 100, the avatar's behavior in a virtual space, and the text entered by the user. A communication output unit 322 that outputs, a camera control unit 323 that controls the viewpoint of the avatar according to the input signal from the user unit, and an avatar that enables movement of the avatar according to the viewpoint and forms the motion of the avatar according to the input signal from the user unit. The operation unit 324 generates, edits, and outputs at least one disaster event related to a fire, collapse, traffic accident, natural disaster, or loss of life to be displayed in virtual space, and may distribute the created disaster event. , disaster event events produced by other companies can be imported and applied to the current platform, and the play time of disaster event events can be set flexibly through the administrator page, tailored to the level of difficulty to evaluate the ability to respond to each disaster situation. It includes an event management unit 325 formed to apply time-limited mode and various mission training,
The management unit 400 includes a motion collection unit 410 that collects behavioral information of the user unit 100, a calculation unit 420 that determines disaster response capabilities based on the user's behavioral information, and a user individual It provides a system that not only allows step-by-step evaluation of large-scale disaster response capabilities, but also analyzes the time and response ability of individual and large-scale individuals to achieve their goals, and allows individual and large-scale responses to be handled through pre-entered programs. An emergency response road training system based on virtual reality that includes an evaluation unit 430 that analyzes each insufficient part in real time and provides feedback on solutions. delete delete delete delete delete delete delete