KR101845657B1 - System for earthquake drill base on augmented reality and method using the same - Google Patents

Abstract

Disclosed are an augmented reality-based earthquake evacuation drill system, which determines a facility where a participant is staying based on information on the image and location of the periphery of the participant, and which conducts an earthquake evacuation drill by using virtual information to which the information on the image and location of the periphery of the participant and information on the facility where the participant is staying are reflected, and a method using the system. The augmented reality-based earthquake evacuation drill system of the present invention comprises: a participant terminal obtaining participant information including image information and real-time location information on a facility where a participant is staying; an earthquake evacuation drill server receiving, from the outside, or loading and obtaining, from a pre-stored database, the information on the facility where the participant is staying when detecting the facility where the participant is staying based on the real-time location information included in the obtained participant information, and generating augmented reality information including an image created to display a virtual earthquake generated in the facility from which the facility information has been obtained; an image output device outputting the augmented reality information when being synchronized with the participant terminal; and an experience suit provided as a type of suit wearable on the participant and transmitting a vibration stimulus to the participant′s body when the augmented reality information is outputted through the image output device. Accordingly, ordinary persons including children can experience an earthquake in various facilities without limitations on place and can conduct an evacuation drill under a virtually created earthquake situation.

Description

[0001] The present invention relates to an augmented reality-based earthquake evacuation training system and a method using the same.

The present invention relates to an augmented reality based seismic evacuation training system and a method using the same, and more particularly, to an augmented reality based seismic evacuation training system for evaluating a facility in which an experiencer is staying based on image information and location information of an athlete, The present invention relates to an earthquake evacuation training system for performing earthquake evacuation training using virtual information reflecting information on facility information of a facility in which a user is staying, and a method using the earthquake evacuation training system.

In order to experiment with the adaptability of seismic intensity according to seismic intensity, and to test the suitability of indoor design considering seismic replacement training and actual earthquake, However, existing technologies are not able to be installed in a narrow space such as an interior, so that there is a problem that the user must go to a place where the device is located.

In addition, there are limitations on existing places where visitors have to visit a specific facility and experience an earthquake, and only limited users can experience it.

On the other hand, the Augmented Reality technology is a technology for superimposing virtual objects on the real world seen by the viewer as an eye, and can display the virtual worlds having additional information in real time in a real world together as a single image. Technology has been studied in various fields such as education, remote medical diagnosis, broadcasting, architectural design, and manufacturing process management.

Therefore, it is required to find a way to experience earthquake experience and earthquake evacuation drill by using augmented reality technology.

Korean Registered Patent No. 10-1590955 (Title: Earthquake Experience Apparatus)

SUMMARY OF THE INVENTION The present invention has been made in order to solve the above problems, and an object of the present invention is to provide an augmented reality- The present invention provides an augmented reality-based earthquake evacuation training system capable of performing evacuation drill by directing an earthquake evacuation training system and a method using the same.

According to another aspect of the present invention, there is provided an augmented reality-based earthquake evacuation training system for an experiential terminal to acquire experiential information including image information and real-time location information for a facility in which an experient is staying; If the experient recognizes the facility in which the experient is staying based on the real-time location information included in the acquired experient information, the experient is allowed to receive facility information about the facility in which the experient is staying from the outside or be loaded from a previously stored database An earthquake evacuation training server that generates the augmented reality information including the image that the virtual earthquake is generated in the facility where the facility information is obtained; A video output device for outputting the augmented reality information when being synchronized with the experiential terminal; And an experiential suit that is provided in a suit-type suit to be worn by the experient and transmits the stimulus to the body of the experiencer when the augmented reality information is output through the video output device.

The facility information includes at least one of architectural drawing information including information on a plan view, a layout view, an elevation view, and a cross-sectional view of the structure of the facility, and information on architectural drawings including information on electrical equipment, gas equipment, furniture, Equipment information including information can be provided.

In addition, the earthquake evacuation training server may further include evacuation path information for evacuating path information for allowing the experient to escape safely or escape to a safe point on the basis of the building drawing information and the facility information, And based on the experiential information continuously updated, it is possible to evaluate the evacuation behavior of the experient by judging whether the experient is escaping from the facility or evacuating to the safe point based on the evacuation route information .

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In addition, the earthquake evacuation training server may be configured to acquire the facility information from outside, to update the acquired facility information based on the image information acquired from the experiencer terminal, to reflect the updated facility information, If the intensity of the generated virtual earthquake is changed, the evacuation path information may be updated according to the intensity of the changed earthquake.

The earthquake evacuation training server adds a temporary ID to the experiential terminal, logs in without inputting a separate password, escapes safely to the video output device synchronized with the experiential terminal logged in with the temporary ID, The augmented reality information including the evacuation path information for evacuating to a safe point can be transmitted.

The earthquake evacuation training server may generate movement path information of the experiencer terminal logged in with the temporary ID when the real time location information acquired through the experiential terminal logged in with the temporary ID is updated over time, The evacuation behavior of the experiencer can be evaluated by comparing the evacuation route information with the generated moving route information.

The experiential terminal may further include a biometric information acquiring unit that acquires the augmented reality information including the evacuation path information through the synchronized video output device, , Kidney, body temperature, heart rate, respiration rate, and blood sugar.

In addition, the earthquake evacuation training server may be arranged such that the intensity of the vibration stimulus transmitted to the body of the experiencer through the experience suit is determined according to the magnitude of the generated earthquake, and based on the obtained biometric information, It is possible to judge the health state during evacuation training and readjust the intensity of the determined vibration stimulus according to the health state.

According to another aspect of the present invention, there is provided an augmented reality-based earthquake evacuation training method for an experiential terminal, the method comprising: Is obtained; The earthquake evacuation training server recognizes the facility in which the experient is staying based on the real time location information included in the acquired experient information, ; Generating augmented reality information including an image generated by the earthquake evacuation training server that a virtual earthquake occurs in the facility where the facility information is acquired; Outputting augmented reality information including an image that a virtual earthquake is generated in a facility where the facility information is acquired by the video output device when the video output device is synchronized with the experiential terminal; And outputting the augmented reality information through the video output device, and transmitting a vibration stimulus to the body of the experiencer by an experience suit provided in a suit type that the experient can wear.

As a result, it is possible to experience seismic situations for the general public including children, at various facilities in various places, and conduct evacuation drills by producing virtual earthquake situations.

FIG. 1 is a schematic view of an augmented reality-based earthquake evacuation training system according to an embodiment of the present invention.
FIG. 2 is a diagram illustrating a configuration of an experiencer terminal of an augmented reality-based earthquake evacuation training system according to an embodiment of the present invention.
FIG. 3 is a diagram illustrating a configuration of an earthquake evacuation training server of an augmented reality-based earthquake evacuation training system according to an embodiment of the present invention.
4 is a diagram illustrating a configuration of an image output apparatus of an augmented reality based seismic evacuation training system according to an embodiment of the present invention.
FIG. 5 is a diagram illustrating a configuration of an experience suite of an augmented reality-based earthquake evacuation training system according to an embodiment of the present invention.
6 is a flowchart illustrating an augmented reality based seismic evacuation training method according to an embodiment of the present invention.

Hereinafter, the present invention will be described in detail with reference to the drawings. The embodiments described below are provided by way of example so that those skilled in the art will be able to fully understand the spirit of the present invention. The present invention is not limited to the embodiments described below and may be embodied in other forms. In order to clearly explain the present invention, parts not related to the description will be omitted from the drawings.

FIG. 1 is a diagram schematically showing an augmented reality-based earthquake evacuation training system (hereinafter, referred to as an earthquake evacuation training system) according to an embodiment of the present invention.

The earthquake evacuation training system according to the present embodiment is based on augmented reality information to experience seismic situations for ordinary people including children in various facilities without limitation of places and to perform a evacuation drill by directing a virtual earthquake situation .

To this end, the earthquake evacuation training system includes an experience terminal 100, an earthquake evacuation training server 200, a video output device 300, and an experience suit 400.

The experiential terminal 100 is implemented as a mobile terminal that a user can possess or wear, such as a smart phone, a smart watch, and a tablet PC. The experiential terminal 100 includes an image of the facility in which the experient is staying, And transmit it to the earthquake evacuation training server 200.

The experiential terminal 100 is provided with image information acquiring means such as a panoramic camera and is photographed at different viewpoints through the subject and is displayed on the front, back, up, down , Image information including at least two adjacent ones of the left and right room images can be obtained.

At this time, adjacent at least two pieces of image information are stitched to each other by the earthquake evacuation training server 200 so that the image information can be produced as a panorama image.

The earthquake evacuation training server 200 can recognize the facility in which the experient is staying based on the location information included in the experient information received from the experiencer terminal 100 and obtain the facility information on the facility in which the experient is staying .

For example, the earthquake evacuation training server 200 can acquire the facility information about the child care center from the outside or load it from the pre-stored database if the experient is aware that the facility in which the user is staying is the child care center.
Here, the earthquake evacuation training server 200 can recognize a facility where an experient is staying based on location information, through a location information service of a search engine such as Naver or Google.

Specifically, the earthquake evacuation training server 200 receives the building drawing information for the child care center A from outside to acquire the facility information for the child care center A, extracts the interior information of the child care center A from the image information included in the experience information can do.

At this time, when the respective image information is received individually from the plurality of experiential terminal 100, the interior information is extracted from the image information received from the first experiencer terminal 100 If it is unsuccessful to extract the information about the furniture in the child care center A, the information about the flooring inside the child care center A is tried to be extracted through the image information received from the second experience user terminal 100, The interior information can be extracted through the image information. In addition, in the same manner, the information about the electric facilities, the gas facilities, the furniture, the lights and the doors inside the child care house A can be extracted from the respective image information.

In addition, the earthquake evacuation training server 200 may be configured such that, when facility information on the facility in which an experiencer is staying is acquired, a virtual earthquake occurs in a facility where the experimenter is staying, Generates real-world information.

For example, the earthquake evacuation training server 200 acquires the facility information about the resident facility of the experiencer when the experient is staying in the residence where the resident resides, and if a virtual earthquake occurs in the resident facility It is possible to generate the augmented reality information including the image that is generated as being generated.

In addition, after the virtual earthquake has occurred, the earthquake evacuation training server 200 may continuously update the augmented reality information according to the elapse of time, thereby producing a state in which a virtual earthquake is diffused or interrupted over time .

For example, the earthquake evacuation training server 200 may be configured such that the evacuation path information, which allows the experimenter to escape safely or escape to a safe point in a facility where the experimenter is staying, is continuously updated based on the augmented reality information And based on the continuously updated experiential information, it is possible to evaluate the escape behavior of the experient by judging whether or not the escape person escapes from the facility or evacuates to the safe point based on the evacuation route information.

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As a result, it is possible to prevent a second accident in which a fire or gas leakage occurs due to an electric leak when an earthquake occurs.

The earthquake evacuation training server 200 acquires the facility information from outside, updates the acquired facility information based on the image information acquired from the experiencer terminal, and generates the evacuation path information by reflecting the updated facility information And if the intensity of the generated virtual earthquake changes, the evacuation path information can also be updated in accordance with the intensity of the changed earthquake.

In another example, the earthquake evacuation training server 200 adds a temporary ID to the experiencing person's terminal 100 of the experiencing person who is judged to be staying in a specific facility, logs in without inputting a separate password, The augmented reality information including the evacuation path information that allows the video output apparatus 300 synchronized with the terminal 100 to escape to the outside of the specific facility or evacuate to a safe point can be transmitted.

At this time, if the real-time location information acquired through the experiential terminal 100 logged in as the temporary ID is updated as time elapses, the earthquake evacuation training server 200 searches the moving path of the experiential terminal 100, Information can be generated, and evacuation behavior of the user can be evaluated by comparing the created route information with the evacuation route information.

In addition, when the experience user terminal 100 is provided with the image information acquisition means such as a panorama camera, the earthquake evacuation training server 200 can acquire a plurality of adjacent image information through the experience user terminal 100, Information can be stitch-processed to produce a panoramic image.

Then, the earthquake evacuation training server 200 causes a virtual earthquake to occur in a specific area, and then, based on the experiential information of the experiencer on the augmented reality information, the experient can escape from the facility in which the user is staying or can evacuate to a safe point Information on evacuation route information and appropriate response measures for earthquake situations can be included so that the experimenter can appropriately respond to earthquake situations and evaluate evacuation behavior.

Appropriate evacuation behaviors include the use of stairs rather than elevators to protect the body, such as a table, a desk or the like, during an earthquake, or to evacuate to a safe location , Falling objects, whether or not they are moving around the lighting device, and the like.

When the image information is received, the earthquake evacuation training server 200 judges whether or not another experiential person exists around the experiential person based on the received image information, and if there is another experiential person around the experient , A cooperative event may occur with the other participants to evacuate to the outside of the facility or to a safe point within a predetermined time.

In addition, the earthquake evacuation training server 200, when each image information and each experient information are individually obtained through each experiential terminal 100 used by a plurality of experients, Based on the location information, evacuation path information for escaping to the outside of the specific facility or evacuating to a safe point based on the facility information for the specific facility, the image information obtained from each experiencer terminal 100 and the real- Can be generated individually.

The video output apparatus 300 is provided so that an experient can be worn such as an HMD (Head Mounted Display) or a VR glass. When the experiente terminal 100 is synchronized with the experience user terminal 100, The augmented reality information generated by the earthquake evacuation training server 200 can be output.

Particularly, when the earthquake evacuation training server 200 transmits the augmented reality information including the panorama image, the virtual image is outputted through the panorama image and the real appearance of the facility where the experient is staying It is possible to cause the image produced as being displayed to be output together with the viewer's viewpoint.

When the augmented reality information is outputted through the video output device 300, the experiencing suit 400 is provided so that the experiente can be worn, and the vibration stimulus is transmitted to the body of the experiencer so that the experiencer can indirectly experience a situation in which an actual earthquake occurs .

FIG. 2 is a diagram illustrating a configuration of an experiencer terminal of an augmented reality-based earthquake evacuation training system according to an embodiment of the present invention.

The experiential terminal 100 according to the present embodiment is provided for acquiring experient information including image information or real-time location information for a facility where the experient is staying as described above.

The user terminal 100 includes an image information acquisition unit (not shown), a location information acquisition unit 110, a control unit 120, a communication unit 130, a storage unit 140, and a display unit 150 .

The image information acquisition unit (not shown) may be implemented by a camera of the experience user terminal 100, and may acquire image information by photographing the vicinity of the user, such as a facility where the user is staying.

The image information acquisition unit (not shown) is implemented by a panoramic camera. The image information acquisition unit (not shown) captures images of the environment around the user, such as the facility in which the user is staying, at different points in time, It is possible to acquire image information including at least two adjacent ones of the upper, lower, left and right room images.

The positional information obtaining unit 110 is provided for obtaining real-time positional information on the current position of the experiencer.

Here, the real-time position information means the position information of the experient at the current time, and when the experient moves, the position information can be updated and real-time position information can be obtained.

The control unit 120 is provided for controlling the components of the experience user terminal 100 to perform the overall tasks of the experience user terminal 100. [

Specifically, the control unit 120 may transmit the experience information acquired through the image information acquisition unit (not shown) or the location information acquisition unit 110 to the earthquake evacuation training server 200.

In addition, it is possible to synchronize the augmented reality information with the specific image output device 300 so that the experiencing person can access the augmented reality information reflecting his / her experience information through the synchronized image output device 300.

The communication unit 130 is provided to transmit images acquired by the earthquake evacuation training server 200 using a network communication network or to be synchronized with a specific video output apparatus 300 using a local communication network such as a Bluetooth or a beacon do.

The storage unit 140 is provided to store applications and data necessary for performing tasks of the experiential terminal 100. [

Specifically, the storage unit 140 may install an application provided by the earthquake evacuation training server 200. [

The display unit 150 is provided for outputting information to be output by the experiencer terminal 100.

In addition to the above-described image information acquisition unit, position information acquisition unit 110, control unit 120, communication unit 130, storage unit 140, and display unit 150, the experiential terminal 100 may acquire biometric information (Not shown), an input unit (not shown), and a battery unit (not shown).

The biometric information acquisition unit (not shown) may be provided to acquire at least one biometric information of the age, body weight, height, body temperature, heart rate, respiration rate, and blood glucose of the participant.

An input unit (not shown) is provided for inputting a command related to a task to be performed, and a battery unit (not shown) may be provided for supplying power.

FIG. 3 is a diagram illustrating a configuration of an earthquake evacuation training server of an augmented reality-based earthquake evacuation training system according to an embodiment of the present invention.

The earthquake evacuation training server 200 according to the present embodiment recognizes the facility in which the experient is staying based on the experient information received from the experiencer terminal 100, acquires facility information about the facility in which the experient is staying, Is provided to generate the augmented reality information including the image that the virtual earthquake is generated in the self-staying facility.

To this end, the earthquake evacuation training server 200 includes a communication unit 210, a control unit 220, and a storage unit 230.

The communication unit 210 is provided for communicating with the experiencer terminal 100, the video output apparatus 300, and other external servers using a network communication network.

Specifically, the communication unit 210 receives image information and real-time location information of the facility in which the experiencer is staying from the experiencer terminal 100 using the network communication network, or receives facilities information about the facility in which the experiencer is staying from outside .

In addition, the communication unit 210 can transmit the augmented reality information generated using the network communication network to the video output apparatus 300. [

The control unit 220 is provided for controlling the components of the earthquake evacuation training server 200 to perform the overall tasks of the earthquake evacuation training server 200

Specifically, the control unit 220 recognizes the facility in which the experiencer is staying based on the received experience information, and receives the facility information about the facility from the outside or stores it in the storage unit 230 ) From the pre-stored data.

Herein, the facility information includes information on the construction drawing information including the floor plan, the layout plan, the elevation view and the section view of the structure of the facility, information on the fire fighting equipment provided in the facility, And interior information that includes information about lights, curtains, and doors.

On the other hand, when the facility information on the facility in which the experient is staying is acquired, the controller 220 stores the augmented reality information including the image that the virtual viewer is experiencing in the facility or the specific area of the facility, Can be generated.

In addition, after the virtual earthquake is generated, the controller 220 may continuously update the augmented reality information with the lapse of time, and may produce a state in which a virtual earthquake spreads or evolves according to the behavior of the experiencer.

In addition, after the virtual earthquake occurs in the facility in which the user is staying, the control unit 220 allows the user to escape from the facility in which the user is staying or to evacuate to the safe point based on the experience information of the user Information on evacuation route information and appropriate response measures for earthquake situations can be included so that the experimenter can appropriately respond to earthquake situations and evaluate evacuation behavior.

In addition, when the biometric information of the experiencer is received from the experiencer terminal 100, the control unit 220 can determine the health state of the experiential evacuation training based on the obtained biometric information.

This is because, when the control unit 220 determines the intensity of the vibration stimulus transmitted to the body of the experiencer through the experience suit according to the intensity of the generated earthquake, It is possible to readjust the intensity of the vibration stimulus determined according to the health condition.

For example, the control unit 220 can adjust the intensity of the vibration to 10 in the case of a 5-year-old child, and the intensity of vibration in a 15-year-old youth if the vibration intensity is 5, considering the age of the experiencer.

In addition, the controller 220 determines the intensity of the vibration to be 6 for a child weighing 15 kg and the intensity of vibration for a child weighing 12 kg, in consideration of the weight, even when the experimenter is a child of both 5 years old 5 can be adjusted.

Through such vibration stimulation re-adjustment, the control unit 220 can prevent the injured person in the course of performing the evacuation action by adversely affecting the health by the vibration stimulus.

When the plurality of experiential terminals 100 are provided and the respective image information and the respective experiential information are individually obtained through each experiential terminal 100, Based on the real-time location information, the facility information on the facility, the escape route information for allowing escape to the outside of the specific facility based on the image information and the real-time location information obtained from each experiencer terminal 100 .

On the other hand, the storage unit 230 is provided for storing programs and data necessary for performing the tasks of the earthquake evacuation training server 200.

Specifically, the storage unit 230 stores information on the construction plan information including the plan, layout, elevation, and sectional views of the structure of the facility, information on the fire extinguishing facilities provided in the facility, and electrical equipment and gas Equipment information including equipment, furniture, lighting and door information can be stored.

4 is a diagram illustrating a configuration of an image output apparatus of an augmented reality based seismic evacuation training system according to an embodiment of the present invention.

The image output apparatus 300 according to the present embodiment synchronizes with the experience user terminal 100 and displays the image of the facility where the experient is staying according to the viewpoint of the experient and the augmented reality information generated by the earthquake evacuation training server 200 .

The image output apparatus 300 includes a communication unit 310, a control unit 320, and a display unit 330.

The communication unit 310 is provided for receiving the augmented reality information from the earthquake evacuation training server 200 by using a local communication network such as a Bluetooth or a beacon, synchronizing with the specific experience user terminal 100, or using a network communication network .

The control unit 320 is provided to control the components of the video output apparatus 300 to perform overall tasks of the video output apparatus 300.

Specifically, the control unit 320 may output the augmented reality information generated by the earthquake evacuation training server 200 together with the image of the facility where the experiencer is staying, according to the viewpoint of the experiencer.

In addition, when the earthquake evacuation training server 200 transmits the augmented reality information including the panorama image, a virtual earthquake is generated through the panorama image and the real image of the facility where the experient is staying, It is possible to output them together according to a time point.

The display unit 330 may output the augmented reality information generated by the earthquake evacuation training server 200 together with the image of the facility where the experient is staying according to the viewpoint of the experient.

In addition, when the earthquake evacuation training server 200 transmits the augmented reality information including the panorama image, the display unit 330 displays the actual state of the facility in which the experiencing person is staying and a virtual earthquake occurred through the panorama image Can be outputted together with the viewpoint of the experient.

FIG. 5 is a diagram illustrating a configuration of an experience suite of an augmented reality-based earthquake evacuation training system according to an embodiment of the present invention.

The experiential suit 400 according to the present embodiment is provided so that the experiential wearer can wear the experiential suit 400. When the augmented reality information is outputted through the video output device 300,

For this purpose, the experience suit 400 includes a communication unit 410, a control unit 420, and a vibration stimulation generating unit 430.

The communication unit 410 is provided for performing communication with the earthquake evacuation training server 200 using a network communication network.

Specifically, the communication unit 410 can receive a control signal for transmitting a vibration stimulus from the earthquake evacuation training server 200 to the body of the experiencer.

When the control unit 420 receives the control signal through the communication unit 410, the controller 420 controls the vibration stimulus generator to cut the vibration stimulus to the body of the experimenter.

The vibration stimulus generator 430 can transmit a vibration stimulus to the body of the experiencer.

Specifically, the vibration stimulation generating unit 430 is implemented as a pad made of a silicon material, and conductive particles are added to the inside of the vibrating stimulation generating unit 430. When a minute current is supplied to the conductive particles, a vibration stimulus can be generated.

6 is a flowchart illustrating an augmented reality based seismic evacuation training method according to an embodiment of the present invention.

The earthquake evacuation training method according to the present embodiment is based on the augmented reality information, and it is possible to experience an earthquake situation for a general public including a child in various facilities without limitation of a place and to perform a evacuation drill by directing a virtual earthquake situation have.

For this purpose, the experiencer terminal 100 can acquire the experient information including the video information and the real-time location information of the facility where the experient is staying (S510).

When the experient information is obtained, the earthquake evacuation training server 200 recognizes the facility in which the experient is staying based on the acquired experient information, and determines whether the facility information about the facility in which the experient is staying is present in the database of the previously stored facility (S520).

If the facility information on the facility where the experient is staying exists in the database of the pre-stored facility (S520-Y), the earthquake evacuation training server 200 loads facility information about the facility in the database for the pre-stored facility Can be obtained.

If the facility information on the facility where the experient is staying does not exist in the database of the previously stored facility (S520-N), the facility information on the facility can be received from the outside and acquired.

When the facility information on the facility where the experient is staying is obtained, the earthquake evacuation training server 200 can generate the augmented reality information that causes a virtual earthquake to occur in the facility where the experient is staying (S530).

When the video output apparatus 300 is synchronized with the experiencer terminal 100, the video output apparatus 300 can output the generated augmented reality information (S540).

When the augmented reality information is output through the video output device 300, the experiential suit 400 provided with a suit-type suit for the experient can transmit a vibration stimulus to the experient's body (S550) You can try it.

While the embodiments of the present invention have been described with reference to the accompanying drawings, it is to be understood that the present invention is not limited by the specific embodiments for effectively explaining the technical idea of the present invention. Therefore, it is intended that the present invention covers the modifications and variations of this invention provided they come within the scope of the appended claims and their equivalents. . In addition, the scope of the present invention is indicated by the following claims rather than the above detailed description. Also, all changes or modifications derived from the meaning and scope of the claims and their equivalents should be construed as being included within the scope of the present invention.

100: experiencer terminal 110: position information obtaining unit
120: control unit 130:
140: storage unit 150: display unit
200: earthquake evacuation training server 210: communication part
220: control unit 230:
300: video output device 310:
320: Control section 330:
400: Experience suit 410: Communication department
420: control unit 430: vibration stimulation generating unit

Claims (10)

An experiential terminal for acquiring experiential information including image information and real-time location information for a facility where the experient is staying;
If the experient recognizes the facility in which the experient is staying based on the real-time location information included in the acquired experient information, the experient is allowed to receive facility information about the facility in which the experient is staying from the outside or be loaded from a previously stored database An earthquake evacuation training server that generates the augmented reality information including the image that the virtual earthquake is generated in the facility where the facility information is obtained;
A video output device for outputting the augmented reality information when being synchronized with the experiential terminal; And
And an experiential suit that is provided in the form of a suitable wearable suit so that the augmented reality information is output through the video output device so that a vibration stimulus is transmitted to the body of the experiencer. The method according to claim 1,
The facility information includes:
A construction drawing information including information on a plan view, a layout view, an elevation view and a cross-sectional view of the structure of the facility, and equipment information including information on electric equipment, gas equipment, furniture, Wherein the augmented reality-based seismic evacuation training system comprises: 3. The method of claim 2,
The earthquake evacuation training server comprises:
The evacuation route information that allows the experient to escape safely or escape to a safe point in the facility where the experient is staying based on the building drawing information and the facility information is continuously included in the updated augmented reality information,
Wherein said experience evaluator evaluates evacuation behavior of said experiencer based on said experiential information continuously updated based on said evacuation path information whether said evacuee escapes from said facility or evacuates to said safe point, Earthquake evacuation training system based on reality. delete The method of claim 3,
The earthquake evacuation training server comprises:
Wherein the facility information acquisition unit acquires the facility information from outside, updates the acquired facility information based on the image information acquired from the experiencer terminal,
The evacuation path information is generated by reflecting the updated facility information, and when the strength of the generated virtual earthquake is changed, the evacuation path information is also updated according to the strength of the changed earthquake. system. The method according to claim 1,
The earthquake evacuation training server comprises:
A temporary ID is added to the experiential terminal, and the login is made without inputting a separate password,
The augmented reality information including the evacuation path information for escaping safely from the resident facility or evacuating to a safe point is transmitted to the video output device synchronized with the experiential terminal logged in with the temporary ID. Based seismic evacuation training system. The method according to claim 6,
The earthquake evacuation training server comprises:
When the real-time location information acquired through the experiential terminal logged in as the temporary ID is updated as time elapses, movement route information of the experiential terminal logged in with the temporary ID is generated, and the generated travel route information and the evacuation And evaluating the evacuation behavior of the experiencer by comparing the path information with the augmented reality based seismic evacuation training system. 8. The method of claim 7,
The experiential terminal,
Wherein the biometric information obtaining unit is provided with the biometric information obtaining unit and the biometric information obtaining unit outputs the augmented reality information including the evacuation path information to the experiencer through the synchronized video output device, the age, weight, , Respiration rate, and blood sugar level of the at least one biological information are obtained. 9. The method of claim 8,
The earthquake evacuation training server comprises:
The strength of the vibration stimulus transmitted to the body of the experiencer through the experience suit is determined according to the strength of the generated earthquake, and the health state of the experiencer during the earthquake evacuation training is determined based on the obtained biometric information, Wherein the intensity of the vibration stimulus is readjusted according to the health condition. Acquiring experiential information including image information and real-time location information of a facility where the experient is staying, by the experiential terminal;
The earthquake evacuation training server recognizes the facility in which the experient is staying based on the real time location information included in the acquired experient information, ;
Generating augmented reality information including an image generated by the earthquake evacuation training server that a virtual earthquake occurs in the facility where the facility information is acquired;
Outputting augmented reality information including an image that a virtual earthquake is generated in a facility where the facility information is acquired by the video output device when the video output device is synchronized with the experiential terminal; And
And an augmented reality-based earthquake evacuation training method comprising the steps of: when the augmented reality information is outputted through the video output device, a vibration stimulus is transmitted to a body of the experiencer by an experience suit provided in a suit- .

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