JPH11249542A - Earthquake disaster simulation experience device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To obtain an earthquake disaster simulation experience device capable of effectively improving each person's dealing ability to an earthquake disaster. SOLUTION: A consultant 58 displays videos s in time series on a display part 26 of a terminal so provided on a testee's 54 side as videos on a screen of a TV 68 in which similar past earthquake disaster situations in which the testee 54 is situated, are picked up and also displays a radio 70 and explains the situation of the disaster through a synthesized voice from a speaker without being illustrated as if the voice are uttered from the radio 70. Moreover, the consultant 58 displays questions by a window 80 on the display part 26 so as to urge the testee 54 to input his judgments in response to the scene of each situation. The testee 54 inputs his judgment results to the questions displayed on the display part 26. The consultant 58 presents the testee 54 the next situation in response to the judgment result of the testee 54.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an apparatus for simulating an earthquake disaster, and more particularly, to an apparatus for simulating an earthquake that can experience an event occurring at the time of an earthquake disaster.

[0002]

2. Description of the Related Art The Great Hanshin-Awaji Earthquake of 1995, 199
Earthquakes that hit cities in recent years, such as the four-year North Ridge earthquake, have strongly recognized the vulnerability of modern, highly integrated communities to disasters. Structures that are considered to have excellent seismic performance often suffer damage when struck by a severe earthquake. If at least the interior fixtures, facilities and equipment are damaged due to damage to the building itself, business functions will be impaired.

[0003] In addition, the impact of disasters on the core members of crisis response is extremely large, and the judgment of the situation of the top management and executives immediately after the earthquake and the appropriateness of emergency response actions may greatly affect the subsequent development. The importance of crisis management, including proactive measures, has been pointed out.

[0004] Against this background, disaster drills have conventionally been conducted in accordance with procedures that have been prepared in advance in order to improve the ability to respond to events that occur during an earthquake disaster.

[0005]

However, the above-mentioned disaster prevention drills are carried out in accordance with a procedure determined according to the manual, so that they are easily turned into skeletons, and each individual's ability to respond in the event of an unexpected situation is high. However, there is a problem that it is influenced by each past experience and qualities.

In addition, when evaluating the ability to respond to earthquake disasters, only the overall evaluation of how long the overall training time for disaster prevention drills could be shortened was performed. There was a problem that it was not done. For this reason, the reality of disaster prevention drills has diminished, and training has become less urgent.

SUMMARY OF THE INVENTION The present invention has been made to solve the above problems, and an object of the present invention is to provide an earthquake disaster simulating experience device capable of effectively improving the ability of individuals to respond to an earthquake disaster. I do.

[0008]

In order to achieve the above object, an apparatus for simulating an earthquake disaster according to the first aspect of the present invention is an apparatus for simulating an earthquake disaster, which allows a subject to simulate an event occurring at the time of an earthquake disaster. A first storage unit for storing at least one of a video of an event that occurred during a past earthquake disaster and communication contents performed during the earthquake disaster;
A second storage unit that stores information for connecting at least one of the video and the communication content stored in the storage unit in a time-series manner, and a video and communication content stored in the first storage unit. A reproducing means for simulating an event occurring at the time of an earthquake disaster by combining at least one of the information and information stored in the second storage means.

According to the earthquake disaster simulating experience apparatus of the first aspect, the reproduction means stores the image of the event that occurred in the past earthquake disaster and the communication contents performed in the event of the earthquake disaster stored in the first storage means. Occurs in the event of an earthquake disaster by combining at least one of the above and information for connecting at least one of the video and communication content stored in the first storage means stored in the second storage means in time series. The event is simulated.

[0010] The images of the events that occurred during the past earthquake disaster stored in the first storage means include, in addition to the raw images, images processed or manufactured based on the raw images. . Further, the communication contents stored at the time of the earthquake disaster stored in the first storage means include, in addition to the raw communication contents, a conversation processed or manufactured based on the raw communication contents.

As described above, according to the earthquake disaster simulating experience device of the first aspect, at least one of the video of the event that occurred at the time of the past earthquake disaster and the communication content performed at the time of the earthquake disaster is connected in time series. Since the simulation is reproduced in a simulated manner, a simulated experience of an earthquake disaster with a very high sense of reality can be implemented, and the subject's ability to respond to the earthquake disaster can be effectively improved.

[0012] Further, the earthquake disaster simulation experience device according to claim 2 is the earthquake disaster simulation experience device according to claim 1,
A third storage unit configured to store information related to an earthquake disaster of the organization to which the subject belongs; the reproduction unit sets a state related to the earthquake disaster of the organization based on the information stored in the third storage unit; After a similar state is configured by combining at least one of the video and communication content stored in the first storage means and the information stored in the second storage means, the configured event is simulated. Things.

According to the seismic disaster simulation experience apparatus of the second aspect, the reproducing means in the earthquake disaster simulation experience apparatus of the first aspect relates to the earthquake disaster of the organization to which the subject stored in the third storage means belongs. Based on the information, a state similar to the state related to the earthquake disaster of the organization is formed by combining at least one of the video and the communication content stored in the first storage means and the information stored in the second storage means. After that, the configured event is reproduced in a simulated manner.

In this way, according to the earthquake disaster simulating experience device of the second aspect, the event at the time of the earthquake disaster is reproduced in a state similar to the state related to the earthquake disaster of the organization to which the subject belongs. Improve the responsiveness of subjects to earthquake disasters more effectively, as compared to the case of reproducing the event at the time of earthquake disaster without considering the organization's state related to earthquake disaster. Can be.

According to a third aspect of the present invention, there is provided an earthquake disaster simulation experience apparatus according to the first or second aspect, wherein the earthquake disaster simulation experience apparatus responds to an event simulated by the reproducing means. Input means for inputting the judgment result of the subject, and evaluation for evaluating the judgment result of the subject input from the input means based on the contents stored in the first storage means and the contents stored in the second storage means Means.

According to the third aspect of the present invention, the judgment result of the subject in accordance with the event simulated by the reproducing means is input by the input means, and the input judgment result of the subject is inputted. The evaluation unit evaluates the contents stored in the first storage unit and the contents stored in the second storage unit.

Thus, according to the earthquake disaster simulating experience device of the third aspect, the judgment result of the subject in response to the event simulated by the reproducing means is evaluated based on past earthquake disaster cases. Therefore, it is possible to accurately evaluate a subject's ability to respond to an earthquake disaster.

Furthermore, the earthquake disaster simulating experience device according to a fourth aspect of the present invention may be configured such that the earthquake disaster simulating experience device according to the third aspect outputs the judgment result from the subject input from the input means to an external device. And remote control from the external device.

According to a fourth aspect of the present invention, the earthquake disaster simulating experience device is capable of outputting the judgment result from the subject input from the input means to an external device and performing remote control from the external device. I have.

In the remote operation at this time, for example, arbitrary information is selected from the storage contents of the first storage means and the second storage means of the earthquake disaster simulating experience apparatus, and the selected information is used for the earthquake. An event that occurs at the time of a disaster can be simulated on an earthquake disaster simulation experience device. Therefore, by setting the external device to be operated by a third party other than the subject, the external device can selectively perform the next situation setting according to the determination result of the subject.

As described above, according to the earthquake disaster simulating experience device according to the fourth aspect, the next situation setting can be selectively performed according to the judgment result of the subject, so that the subject is given a foresight. Without compromising situational judgments and behavioral decisions, making subjects aware of their level of disaster prevention awareness,
The simulation experience effect can be enhanced.

[0022]

BEST MODE FOR CARRYING OUT THE INVENTION Hereinafter, an embodiment of an apparatus for simulating an earthquake disaster according to the present invention will be described in detail with reference to the drawings. First, a basic configuration of the earthquake disaster simulation experience apparatus according to the present embodiment will be described with reference to FIG.

As shown in FIG. 1, the earthquake disaster simulating experience apparatus according to the present embodiment includes a control device 10, which controls the entire earthquake disaster simulating experience device, executes a predetermined program, performs various operations. And the like, a display control unit 14 that controls a display unit 26 described below, and a CPU 1
2 includes an internal memory 16 used as a storage of a program to be executed in the computer 2 and a working area when the program is executed. The CPU 12, the display control unit 14, and the internal memory 16 include an input / output interface 18 Are connected so that they can communicate with each other in both directions.

The input / output interface 18 includes an input device 20 including a keyboard 22 and a mouse 24 used when inputting various information to the control device 10, and is controlled by the display control unit 14. A display unit 26 for displaying various information and an external storage device 30 used as a storage area for various databases are connected.

Next, in the present embodiment, the external storage device 3
Various databases stored in 0 will be described.

The disaster case database 30A is based on the earthquake damage investigation data, and includes a list of damaged earthquakes in the past, earthquake characteristics (magnitude, seismic intensity distribution, etc.), structural damage, fire, tsunami damage, casualties, damage to function, etc. The database of images of events (photographs, video images, etc.) and communication contents (voice, text information, etc.) performed at the time of the earthquake disaster.

For example, in the case of damage to a structure, the causal relevance to the damage is organized based on the ground conditions, the characteristics of the structure (structure type, construction year, etc.), the estimated earthquake input strength, etc., and a database. Become The information in the database can be searched by keywords such as earthquake name, damage type, and earthquake intensity.

Event stream database 30B
Is a database obtained by combining the flows of damage phenomena of a plurality of past earthquake disasters stored in the disaster case database 30A in consideration of the passage of time.

An earthquake disaster is a compound damage in which various damages are combined. For example, there is a case where a heating appliance falls down due to shaking due to an earthquake and fires out, causing a house fire, and further spreading a fire to an urban fire. However, the situation does not always change in this way, and it is necessary to consider various conditions such as failure of initial fire extinguishing, weather conditions such as wind direction and wind speed, and shortage of fire extinguishing water. In order to simulate the situation of the earthquake disaster, which is such a complex disaster, it is not sufficient to simply create a database of the damage status of the past earthquake disaster individually. By constructing and using it, it is possible to reproduce a more realistic damage situation combining a plurality of damages.

FIG. 2 shows an example of an event stream database 30B constructed by organizing a damage situation scene assuming that an earthquake occurs while at home and major options for corresponding actions at that time.

In the event stream database 30B shown in FIG. 3, when a disaster occurs, first, a damage situation scene of "observe the surrounding situation." At this time, there is no option for the response action.

Next, a damage situation scene of "recognizing the surrounding situation." Is assumed. In this case, two options of "home" and "coming to work" are available as options for judging a place to be at the time of an earthquake. When “home” is selected, a damage situation scene “confirm family safety.” Is assumed. At this time, there is no option for the response action.

On the other hand, when "Working" is selected,
It is assumed that the damage situation scene is “continuation of the previous action”. In this case, as options for determining the place at the time of commuting, “walking”, “in public transportation”, and “passenger car” Medium ”.

Similarly, the event stream database 30B shown in FIG. 2 is composed of various damage situation scenes and response action options.

As described above, in the event stream database 30B shown in FIG. 2, the disaster situation scenes at the time of the occurrence of the earthquake disaster are stored in chronological order so as to be shifted from left to right. Are stored in such a manner that each option is arranged vertically at the same position in the left-right direction.

The client characteristic database 30C is
Preliminary information on the location and environmental conditions of the client (company, organization, etc.) conducting the training (simulation experience) using the earthquake disaster simulation experience device, building earthquake resistance, fire prevention characteristics and equipment maintenance status, disaster prevention plan, manual maintenance status, etc. To make an interactive input with the earthquake disaster simulation experience device, analyze and evaluate the input content,
This result is a database.

The subject characteristic database 30D allows the subject to be trained to input in advance the risk management consciousness, disaster experience, disaster knowledge, role recognition, etc., in an interactive format with the earthquake disaster simulation experience device, and analyzes the input contents.・ Evaluated and compiled this result into a database. Crisis management depends heavily on personal qualities. Therefore, an effective training can be performed by making the information about the subject into a database and using it when constructing a scenario database 30F described later.

The technical information database 30E stores, for example, an outline of hardware technologies such as seismic diagnosis, seismic reinforcement, and seismic isolation structure, and an outline of software technologies such as a disaster prevention curriculum example, expected effects, and expected cost information. It is a database.

The scenario database 30F is formed by selecting and combining a disaster case database 30A and an event stream database 30B similar to the environment where the subject is located, based on the contents of the client characteristic database 30C and the subject characteristic database 30D. The actual simulation experience simulation is performed based on the scenario database 30F.

Simulation result database 30G
Is a database in which the correspondence status of the subject when performing the simulation experience simulation is recorded as a database.

The disaster case database 30A is the first storage unit of the present invention, the event stream database 30B is the second storage unit of the present invention, and the client characteristic database 30C is the third storage unit of the present invention. Each corresponds to a means.

Next, with reference to FIG. 3, an overall procedure for performing a simulation experience simulation using the earthquake disaster simulation experience apparatus according to the present embodiment will be described. In addition,
Before performing the simulated experience simulation, the above-described disaster case database 30A, event stream database 30B, and technical information database 30E are constructed in advance.

First, in step 100 in FIG.
The target client and the subject are investigated and analyzed, and the above-described client characteristic database 30C and the subject characteristic database 30D are constructed. As a result, the subject can be made aware of the risk of the earthquake, and the risk of the earthquake can be analyzed.

In the next step 102, the ability of the client and the subject to respond to the earthquake disaster is checked based on the result of the survey and analysis of the target client and the subject in the step 100. As a result, if the responsiveness is lower than the predetermined level, in steps 104 and 106, after learning about earthquake disaster prevention and performing basic measures for disaster prevention, the process returns to step 102, where the responsiveness is checked again. If the responsiveness is lower than the predetermined level, the process returns to step 106 again. Accordingly, after Steps 102 and 106 are repeatedly performed until the response ability of the target client and the subject to the earthquake disaster is equal to or higher than the predetermined level, the process proceeds to Step 108.

That is, if the target client or the subject has not reached a certain level of response to the earthquake disaster, even if the simulation experience simulation of the earthquake disaster is performed, the effect cannot be expected so much. Is to raise the level of responsiveness to the above-mentioned predetermined level in advance depending on the target client and the subject's confidence. The above-mentioned predetermined level is set to a level at which an organization for one disaster countermeasure can be created.

In step 108, based on the contents of the client characteristic database 30C and the subject characteristic database 30D, the scenario database 30A and the event stream database 30B similar to the state where the subject is placed are selected and combined to create a scenario database. Build the 30F, the next step 1
At 10, a simulation experience simulation is performed. Specific examples of the simulation experience simulation will be described later in detail. At the time of the simulated experience simulation in step 110, the transition of the situation and the judgment result of the subject are automatically stored as a simulation result database 30G in a predetermined area of the external storage device 30. Steps 108 and 110 correspond to the reproducing means of the present invention.

In the next step 112, step 110
Reference is made to the simulation result database 30G created in the above, and the disaster case database 30A
And, based on the event stream database 30B, the subject evaluates the judgment result and presents the evaluation result to the subject, and based on the evaluation result and the above-mentioned technical information database 30E, improves future tasks and disaster prevention capability. To the subject as an analysis report. In this case, the evaluation of the subject's judgment result is good if the judgment result is appropriate for each judgment, good if it is inappropriate, and good if there is a problem. The subject is presented with what the judgment was. This step 112 corresponds to the evaluation means of the present invention.

In the next step 114, the above step 1
Based on the evaluation result and the analysis report presented in 12, the disaster prevention measures of the target client are implemented.

Thereafter, if necessary, the capability check in step 102 is performed again to confirm the effect of the disaster prevention measures implemented in step 114.

Next, referring to FIG. 4, step 1 in FIG.
An example of the simulation experience simulation in No. 10 will be described.

In the present embodiment, as shown in FIG. 4, the earthquake disaster simulation experience apparatus according to the present embodiment is
And the terminal 50 is connected to the terminal 52 installed in a separate room to enable bidirectional communication between the terminal 50 and the terminal 52, and one trainer 56 is attached to the subject 54, A case where a plurality of consultants 58 are provided on the terminal 52 side in another room will be described. In addition, the trainer 56 is the keyboard 22 and the mouse 24 of the subject 54.
It has the role of assisting the input of various information by the user, commenting on questions and the like, and giving advice on procedures for answering questions. Further, the consultant 58 has a role of determining the content to be displayed next on the display unit 26 based on the determination result indicated by the subject 54 and displaying the content.

Also, the consultant 58 to the subject 54
In the present embodiment, the multimedia function of the terminal 50 is used to present various information and instructions to the terminal 50. Specifically, for example, when presenting the damage situation to the subject 54, the display unit 26 is displayed using the disaster case database 30A.
Television 68 displaying video images, animation videos, damage investigation photos, etc., on the screen, showing the damage situation.
Can be displayed, or the image of the radio 70 is displayed on the display unit 26, and the situation of the damage can be explained by emitting a synthesized voice from a speaker (not shown) as if the voice is output from the radio 70. .

When other contact information is presented to the subject 54, an image of the stationary telephone 72 or the portable telephone 74 is displayed on the display unit 26, and is not shown as if sound is being output from the telephone. Desired information is emitted as a synthesized voice from a speaker, an image of a facsimile 76 in a state where the desired information is being printed and output is displayed on the display unit 26, and the desired information is displayed on the display unit 26 by e-mail. Personal computer 78 displayed as
Image can be displayed.

Also, the consultant 58 to the subject 54
When the user is prompted to make a determination, a window 80 displaying a message for prompting the user to make a determination, options, and the like is displayed, and input from the subject 54 using the mouse 24 or the like is performed.

On the other hand, from the subject 54 to the consultant 58
When presenting various types of information, the stationary telephone 72, the mobile phone 74, the facsimile 76, the personal computer 78, and the like are displayed on the display unit 26 so that each device can be used in a pseudo manner. At this time, various information such as the judgment result input from the subject 54 is displayed on the display unit 60 of the terminal 52 on the consultant 58 side. In addition, each device that can be used in a pseudo manner as described above is
The consultant 58 can set a state where it is difficult to use according to the scale of the disaster, the surrounding environment, and the like.

Next, an example of a damage situation scene or the like presented by the consultant 58 to the subject 54 in time series during the simulation experience simulation will be described. Here,
This example shows a situation in which the subject 54 goes to his workplace to deal with the earthquake after the direct-type earthquake is damaged in his suburban home. (1) The disaster situation at home is presented on the television 68.

Damage scenes in the building body and in the room, which are similar to the damage situation estimated from the characteristics of the building at home and the state of daily safety management, are selected from the past damage investigation materials in the disaster case database 30A and shown.

As an example, the situation of a single-family house where the damage was considerable but the building was not severely damaged or collapsed and various articles were scattered indoors is shown. (2) Ask about the following reactions to the disaster situation.

"Are you injured?""Is your family safe?" (3) The radio 70 starts transmitting earthquake information and damage information. (4) A request is made from the company to work by the stationary telephone 72 as follows.

"I want you to come to work immediately because of an emergency." (5) The window 80 asks about the means of transportation for coming to work as follows.

"I received a request to go to work. How do you come to work?" If the subject 54 inputs the judgment result slowly, the following options are presented. Wait for the company car. Drive the car yourself. I go by bicycle. Go by train. Go on foot. Other. (6) Going to work by car, but get stuck in traffic and cannot move. The window 80 is asked as follows.

"I cannot move due to traffic congestion. What should I do?" If the subject 54 inputs the judgment result slowly, the following options are presented. Just go by car. Abandon the car and return home. Walk to work. Other. (7) The traveling direction is a large-scale fire. The window 80 is asked as follows.

"It looks like a danger to proceed as it is with a fire. What do you do?" If the subject 54 inputs the judgment result slowly, the following options are presented. Proceed as it is. Look for a detour. Watch for a while. Give up working. Other. (8) A sudden change in weather conditions changes the wind direction, and the wind strength increases. As a result, the intensity of the fire is further increased, and there are many sparks, and the range of the fire is rapidly widened. Window 8
The following instruction is performed by 0.

"It is extremely dangerous and must escape." As described above, in the earthquake disaster simulation experience apparatus according to the present embodiment, the scene of the disaster presented to the subject is based on the actual case. And the presentation is performed by utilizing the multimedia function of the terminal, so that the presence is very high and the subject's ability to cope with the earthquake disaster can be effectively improved.

Further, since the situation is set according to the subject's response by the consultant in a separate room, the subject can be forced to make a situation judgment or action decision without giving a foresight to the subject. The level of disaster prevention awareness can be recognized and the simulation experience effect can be enhanced.

Furthermore, since a virtual disaster situation can be configured by combining the case information, preparations for a disaster situation expected in the future can be made in advance.

In this embodiment, the client characteristic database 30C and the subject characteristic database 30
The case where D is constructed based on information input in an interactive manner has been described, but the present invention is not limited to this. For example, D may be constructed based on information obtained by a face-to-face interview with subject 54. It goes without saying that it is good.

In the present embodiment, when performing the simulation experience simulation, as shown in FIG. 4, the earthquake disaster simulation experience device is connected to a terminal installed in a separate room, and remote control from a terminal in the separate room is performed. The case where the earthquake disaster simulation experience device is controlled by the operation has been described. However, the present invention is not limited to this. A mode in which the simulation experience simulation is automatically performed only by the earthquake disaster simulation experience device using the scenario database 30F. It may be.

Further, in the present embodiment, the case has been described where the response to the earthquake disaster is checked in step 102 in FIG. 3 and the disaster prevention measures are performed in step 106 until the response reaches a predetermined level. The present invention is not limited to this, and steps 102 to 106 in FIG. 3 need not always be performed.

In this embodiment, the case where nothing is displayed as the background of the display unit 26 in FIG. 4 has been described. However, the present invention is not limited to this, and the actual disaster response headquarters is photographed. A mode in which a moving image, a still image, or the like is displayed as a background image may be adopted. In this case, a more realistic feeling can be given to the subject 54, and the subject's ability to respond to an earthquake disaster can be more effectively improved.

In the present embodiment, the case where both the video of the event that occurred during the past earthquake disaster and the communication content performed during the earthquake disaster are stored as the disaster case database 30A, the present invention However, the present invention is not limited to this.

Further, in this embodiment, the case where seven types of databases are constructed and used has been described. However, the present invention is not limited to this, and other types of databases may be added as necessary. Or external storage device 30
It is also possible to select and use six or less databases out of the above seven types according to the limitation of the storage capacity.

[0073]

According to the earthquake disaster simulating experience apparatus of the first aspect, at least one of the video of the event that occurred during the past earthquake disaster and the communication content performed during the earthquake disaster is connected in a time series to create a simulation. Therefore, it is possible to carry out a simulated experience of an earthquake disaster with a very high sense of reality, and it is possible to effectively improve the ability of the subject to respond to the earthquake disaster.

Further, according to the earthquake disaster simulating experience device of the second aspect, the event at the time of the earthquake disaster in a state similar to the state related to the earthquake disaster of the organization to which the subject belongs is reproduced. Compared to the case of reproducing the event at the time of the earthquake disaster without considering the state related to the disaster, it is possible to enhance the sense of reality and improve the subject's ability to respond to the earthquake disaster more effectively. The effect is obtained.

Further, according to the earthquake disaster simulating experience device of the third aspect, the judgment result of the subject according to the event simulated by the reproducing means is evaluated based on the past earthquake disaster case. This has the effect that the ability of the subject to respond to the earthquake disaster can be accurately evaluated.

Further, according to the earthquake disaster simulating experience device of the fourth aspect, the next situation setting can be selectively performed according to the judgment result of the subject, so that the situation can be set without giving a preview to the subject. This makes it possible to make judgments and decide actions, to make the subject aware of his / her level of disaster prevention consciousness, and to increase the simulation experience effect.

[Brief description of the drawings]

FIG. 1 is a configuration diagram showing one configuration example of an earthquake disaster simulation experience device according to an embodiment.

FIG. 2 is a schematic diagram illustrating an example of an event stream database.

FIG. 3 is a flowchart showing a flow of an overall procedure when a simulation experience simulation is performed by the earthquake disaster simulation experience device according to the embodiment.

FIG. 4 is a diagram illustrating a configuration in which the earthquake disaster simulation experience apparatus according to the embodiment is used as a terminal on the subject side, and the terminal is connected to a terminal installed in a separate room so that bidirectional communication can be performed between the terminals; FIG. 3 is a schematic diagram showing a configuration in a case where one trainer is attached to a terminal and a plurality of consultants are attached to a terminal in another room, and a display state of a display unit in each terminal.

[Explanation of symbols]

Reference Signs List 10 control device 12 CPU 14 display control unit 16 internal memory 18 input / output interface 20 input device (input means) 22 keyboard 24 mouse 26 display unit 30 external storage device 30A disaster case database (first storage unit) 30B event stream database ( Second storage means) 30C Client characteristic database (third storage means) 30D Subject characteristic database 30E Technical information database 30F Scenario database 30G Simulation result database 50 Terminal (earthquake disaster simulation device) 52 Terminal (external device) 54 Subject 56 Trainer 58 Consultant

 ──────────────────────────────────────────────────続 き Continuing on the front page (72) Inventor Masafumi Taniai 3-3-3 Toyoshu, Koto-ku, Tokyo NTT Data Communication Co., Ltd. 301 (72) Inventor Junichi Ikeda 1-5-18 Sarugaku-cho, Chiyoda-ku, Tokyo Within the Earthquake Prediction Research Association

Claims (4)

[Claims] Claims 1. An apparatus for simulating a disaster, which allows a subject to experience a simulated event occurring at the time of an earthquake disaster, comprising a video of an event occurring at the time of a past earthquake disaster and a communication content at the time of the earthquake disaster. First storage means for storing at least one, and second storage means for storing information for connecting at least one of the video and the communication content stored in the first storage means in chronological order, Reproducing means for simulating an event occurring at the time of an earthquake disaster by combining at least one of the video and communication content stored in the first storage means and the information stored in the second storage means; Earthquake disaster simulation experience device equipped. 2. The information processing apparatus according to claim 1, further comprising: a third storage unit configured to store information on an earthquake disaster of an organization to which the subject belongs, wherein the reproduction unit stores the information of the organization based on the information stored in the third storage unit. After configuring a state similar to the state related to the earthquake disaster by combining at least one of the video and communication content stored in the first storage means and the information stored in the second storage means, The earthquake disaster simulation experience device according to claim 1, wherein the simulation disaster simulation device is reproduced. 3. An input means for inputting a judgment result of the subject according to an event simulated by the reproducing means, and a first storage means for storing the judgment result of the subject input from the input means. The earthquake disaster simulation experience device according to claim 1 or 2, further comprising: an evaluation unit that evaluates based on the storage content of (a) and the storage content of the second storage unit. 4. The apparatus according to claim 3, wherein the judgment result from the subject input from the input means can be output to an external device, and the remote operation can be performed from the external device.