KR101896248B1 - System for editing scenario of simulation action nuclear generating station's disaster - Google Patents

Abstract

The present invention relates to a system for editing a scenario of disaster response simulation training of a nuclear power plant. More specifically, the present invention relates to the system for editing a scenario of disaster response simulation training of a nuclear power plant which conducts various simulation training with respect to emergencies capable of being varied according to a disaster occurring site, a type of disaster, severity of the disaster and a weather condition when conducting disaster response simulation training of a nuclear power plant based on a preset scenario. The system for editing a scenario of disaster response simulation training of a nuclear power plant comprises a simulation device (100), a simulation server (200), and an editing server (300).

Description

SYSTEM FOR EDITING SCENARIO OF SIMULATION ACTION NUCLEAR GENERATING STATION'S DISASTER FOR NUCLEAR POWER PLANT

The present invention relates to a scenario editing system for disaster response simulation training in a nuclear power plant.

Specifically, in order to conduct disaster response simulation training at a nuclear power plant based on a preset scenario, it is necessary to provide a variety of emergency situations that can be variously changed depending on the place of the disaster, the type of the disaster, the severity of the disaster, And to a scenario editing editing system for a disaster response simulation training scenario of a nuclear power plant capable of editing a scenario so that simulation training can be performed.

As a method for simulating a serious accident of a nuclear power plant in the past, a configuration information input file and an accident scenario for a critical accident nuclear power plant are generated in advance, and a modular accident analysis program MAAP (Modular Accident Analysis Program) The results are analyzed by analyzing nuclear accidents.

In this regard, Patent Publication No. 10-1585066 discloses an interactive nuclear critical serious accident simulation system.

The technique includes a user interface for receiving a simulation command from a user; A critical accident analysis engine that converts critical incident analysis code into DLL (Dynamic Linking Library); And a controller for controlling the critical accident analysis engine using the simulation command to execute a nuclear critical serious accident simulation and transmitting the generated simulation result to the user interface and outputting the result, Executing a simulation including at least two steps by executing a plurality of control routes to be controlled, applying a simulation command inputted in the middle of execution of the simulation to the next step of the step currently being executed, So that the user can intervene in the middle of the operation.

As another technique, Patent Publication No. 10-1698335 describes a computer program for simulation of a nuclear fuel and a simulation method of the nuclear fuel applied thereto.

The above-described technique is a method for simulating nuclear fuel, comprising the steps of: (a) inputting data relating to a movement sequence of a nuclear fuel; (B) extracting information of the nuclear fuel from the data, coordinates of the drawing area of the nuclear fuel and coordinates of the loading area of the nuclear fuel; And (c) simulating the information extracted in the step (b) according to the flow chart of the data. According to the present invention, Systematically validating faults has the advantage of being able to accurately and quickly verify all fuel mobility tasks that require withdrawal and loading of nuclear fuels. This enables the workload of about 3Man-days per cycle to be 3Man-hour, which can significantly reduce the work time for migration verification.

As another technique, Patent Registration No. 10-1752328 describes a simulation system for education and training in response to an accident at a nuclear power plant adjacent to a Korean peninsula.

The above-mentioned technique relates to a simulation system for education and training for emergency response to a nuclear accident in a neighboring country on the Korean peninsula, and includes a reactor DB including information on a reactor in the vicinity including the location and operation year, output, reactor type, The scenario of the scenario database including the scenario and the scenario of the reactor database and the scenario DB of the reactor DB is used to estimate the type and amount of the radioactive material generated in the event of a major accident. And an exposure dose evaluation module for evaluating the exposure dose from the concentration of the radioactive substance and outputting the radiological effect of the human body by evaluating the exposure dose from the concentration of the radioactive substance .

However, the above-described techniques do not describe a scenario editing for simulation training.

On the other hand, Japanese Laid-Open Patent Publication No. 10-2012-0052782 discloses an apparatus and method for generating a game scenario.

The present invention relates to a game scenario generating apparatus based on interaction with users corresponding to game producers and game players, and a method thereof.

The game scenario generating apparatus includes an editor for configuring a scenario flow of the entire game in accordance with a game producer's intention, a production section for verifying consistency in the scenario flow, generating the entire scenario based on the verification result, And a quest generating unit for generating a quest corresponding to the scenario or mission corresponding to the sub-level and inserting the quest into the entire scenario to finally generate the entire scenario.

Although this technique is described for editing a scenario, when the virtual reality-based simulation training is supported, it is considered that the present invention differs from the present invention that the present applicant intends to provide because it includes other configurations.

Patent Registration No. 10-1585066 (issued on January 13, 2016) Registered Patent Publication No. 10-1698335 (published on Mar. 23, 2017) Registered Patent Publication No. 10-1752328 (published on June 29, 2017) Japanese Patent Application Laid-Open No. 10-2012-0052782 (2012.05.24.)

It is an object of the present invention to provide a method and system for disaster response simulation training in a nuclear power plant based on predetermined scenarios in which emergency situations can be variously varied depending on the place of the disaster, the type of the disaster, the severity of the disaster, , And a scenario editing system capable of editing various scenarios so that various simulation exercises are possible.

In order to accomplish the above object, the present invention provides a scenario editing system for disaster response simulation of a nuclear power plant, comprising: a simulation apparatus 100 used by a user for VR virtual training; A simulation server (200) for enabling VR virtual training in cooperation with the simulator (100); And an editing server (300) for editing scenarios stored in the simulation server (200) in cooperation with the simulation server (200)

When the editing server 300 transmits the scenario to be edited in word form to the simulated server 200 as information,

The simulation server 200 receives and stores scenario information and uses the scenario information as a scenario for VR virtual training.

At this time, the simulation server 200,

And an interlocking unit operable to interlock with the simulator device (100) and the editing server (300)

Wherein the interlocking portion comprises:

A VR interworking module and a sensor interworking module for receiving information received from the simulator device 100 and interworking with the simulator server 200;

An editing linkage module interlocked with the editing server 300 to share the edited scenario information and link the edited scenario information to the simulator server 200; And

And a personnel interworking module for interworking a plurality of users using the simulator device 100 in a predetermined virtual reality using the simulated server 200.

In addition, the simulation server 200,

Further comprising a database storing information for VR virtual training performed through the simulation server (200) and the simulation apparatus (100)

The database includes:

The feature information for realizing the virtual reality for VR virtual training, and the personal information of the user connected to the VR virtual training, and the character information to be implemented in the virtual reality.

In addition, the simulation server 200,

And controls the VR virtual training to be possible through the information of the database based on the data by the interlocking unit.

According to the scenario editing system of disaster response simulation of the nuclear power plant according to the present invention, there is a growing interest in the nuclear safety of the people after the Fukushima nuclear accident, and the demand for the training system centering on the municipalities where nuclear power plants are installed is increasing in the country, It is recognized as a national disaster in the proliferation and it is recognized as a major disaster. Therefore, if the target training program is developed to improve the ability of the concerned person and set as a package when exporting,

In addition, various civic groups opposed to nuclear power have a critical stance focusing on the damage caused by nuclear accidents, but they are also concerned about the uneasiness of the people through additional programs such as field trips to virtual nuclear accident response training for civic groups. It is possible to solve.

In addition, nuclear disaster-related disaster-related drills are required to be trained to periodically conduct training in the Nuclear Energy Act, and regular on-the-spot training is provided to improve the capability of responding to nuclear fires early. And contribute to building a "safe nuclear power Korea".

In addition, it is a program to train with the first firefighting team alone and with other fire brigade (korea). If necessary, residents around the nuclear power plant and officials of other disaster facilities can participate in training as observers and contribute to the ability to cope with nuclear accident by forming social consensus. have.

FIG. 1 shows a schematic configuration of a scenario editing system for disaster response simulation training in a nuclear power plant according to the present invention.
FIG. 2 is a block diagram illustrating a detailed configuration for interworking between a simulation server, an editing server, and a simulator in a disaster response simulation scenario editing system of a nuclear power plant according to the present invention.

The terms and words used in the present specification and claims should not be construed as limited to ordinary or dictionary meanings and the inventor can properly define the concept of the term to describe its invention in the best possible way And should be construed in accordance with the principles and meanings and concepts consistent with the technical idea of the present invention.

Therefore, the embodiments described in the present specification and the drawings are only the most preferred embodiments of the present invention and are not intended to represent all of the technical ideas of the present invention. Therefore, various equivalents It should be understood that water and variations may be present.

Before describing the present invention with reference to the accompanying drawings, it should be noted that the present invention is not described or specifically described with respect to a known configuration that can be easily added by a person skilled in the art, Let the sound be revealed.

The present invention relates to a scenario editing system for disaster response simulation training in a nuclear power plant.

Specifically, in order to conduct disaster response simulation training at a nuclear power plant based on a preset scenario, it is necessary to provide a variety of emergency situations that can be variously changed depending on the place of the disaster, the type of the disaster, the severity of the disaster, And to a scenario editing editing system for a disaster response simulation training scenario of a nuclear power plant capable of editing a scenario so that simulation training can be performed.

The present invention will be described with reference to Figs. 1 and 2 of the accompanying drawings.

FIG. 1 shows a schematic configuration of a scenario editing system for disaster response simulation of a nuclear power plant according to the present invention, and FIG. 2 shows a simulation server, an edit server, and a simulator in a scenario editing system for disaster response simulation of a nuclear power plant according to the present invention. FIG. 2 is a block diagram showing a detailed configuration for interworking between devices.

According to the accompanying drawings, the present invention mainly includes a simulation apparatus 100, a simulation server 200, and an editing server 300.

The simulation apparatus 100, the simulation server 200, and the editing server 300 cooperate with each other to exchange information, thereby enabling disaster response simulation training based on a virtual reality (VR) and enabling scenario editing .

The main object of the present invention is to edit scenarios so that a detailed description of the VR system for simulation training is omitted, emphasizing that it is fully understandable by those skilled in the art.

The simulation apparatus 100 includes an information transmitting and receiving unit.

The information transmission / reception unit transmits / receives all information for VR virtual training, and the information means information enabling all VRs including sensing information, image information, and motion information.

The simulation server 200 interlocks with the simulation apparatus 100 to enable VR virtual training, and shares the edited scenario linked with the editing server 300.

To this end, the simulation server 200 may include an interlocking unit, a driving unit, a database, an evaluation unit, and a mode determination and control unit.

The interlocking unit is interlocked with the simulation apparatus 100 and the editing server 300, and functions to interlock a plurality of personnel. To this end, the interlocking unit includes a VR interlocking module, a sensor interlocking module, an editing interlocking module, and a personnel interlocking module.

The VR interworking module and the sensor interworking module receive the information received from the simulation device 100 and interwork with the simulated server 200 and receive sensing information such as terrain information for the VR virtual training and the user's motion .

The editing interworking module interlocks with the editing server 300, and shares the edited scenario information to be linked to the simulation server 200. [ The editing interworking module can further receive guide information in addition to the scenario information received from the editing server 300 as needed, which will be described in detail while explaining the editing server 300. [

The personnel interworking module functions to enable a plurality of users using the simulation apparatus 100 to be trained together in a predetermined virtual reality by using the simulation server 200. [ Since this is conventionally used in various technical fields, a detailed description thereof will be omitted.

At this time, it should be understood that there may be a plurality of simulation apparatuses 100.

The driving unit performs a control function to enable VR virtual training through information of a database to be described later on the basis of the data by the above-described interlocking unit. A specific description of such a driving unit can be derived from the conventional VR related technology, and thus a detailed description thereof will be omitted.

The database stores information for VR virtual training performed through the simulation server 200 and the simulation apparatus 100. [

At this time, the database may include a terrain database, a user database, and a scenario database. The terrain database stores terrain information for implementing a virtual reality for VR virtual training, and the user database stores user information And the character information to be implemented in the virtual reality.

At this time, the implementation of the terrain information and the character information is graphically based on the actual terrain and the person, and input in 3D. Since the terrain information and the character information are widely used in various technical fields including the game technology field, detailed description thereof will be omitted.

The mode determination and control unit distinguishes and stores a plurality of modes in performing the VR virtual training, determines a mode according to a user's selection, and controls the VR virtual training to be performed in the corresponding mode.

At this time, the mode can be implemented, for example, in three modes, such as the beginner, intermediate, and advanced.

Beginning mode means low difficulty level, intermediate mode is high difficulty mode, and advanced mode is high civilian mode. It is a mode in which civilian care can be performed together.

At this time, the difficulty level of the beginner mode and the intermediate mode may be changed by expert knowledge of a person skilled in the art, but the advanced mode may be based on the input of the civilian person compared to the intermediate mode.

In other words, it is set to the highest degree of difficulty because it is difficult for the civilian personnel to carry out the response of the field and the civilian victim who has no knowledge of the nuclear power plant due to the civilian input.

At this time, if the user using the simulation apparatus 100 is a civilian based on the personal information of the user, the civilian input is allowed to participate in the training by the civilian through the interworking module of the interworking unit. Of course, experts can change to private information and access to the private sector. This may be possible by changing the authorization information of the user stored in the user database of the database. Or to provide an interface for temporary changes to the civilian population.

As a result, as compared with the civilian persons provided by the system, a person can act as a civilian person directly, thereby generating active accidents and realistic training situations,

It has the advantage of providing a training situation close to the actual situation.

The Assessment Department provides an interface for civilian participants to evaluate the training situation.

At this time, the meaning of the interface is to provide a questionnaire form in the form of a questionnaire sheet so that a user who is a civilian person can properly evaluate the questionnaire.

Therefore, by asking questions about a given question, it is possible to confirm whether the response according to the training situation has been properly performed.

The editing server 300 has a function of transmitting the edited scenario information interlocked with the simulated server 200. [

In this case, the meaning of editing means not only editing the scenario stored in the simulation server 200 but also including the category of the new scenario.

To this end, the editing server 300 includes a scenario editing unit for performing scenario editing and a scenario information transmitting unit for transmitting the edited scenario to the simulation server 200 as information.

The scenario editing unit provides a word program interface (I / F) provided from the editing server 300 to a connected terminal so that a user can edit the scenario with a word, and the scenario can be edited into a word.

However, the meaning of a word can be expressed in the same format as an event log, and means that it can be edited in word form.

When such scenario information is transmitted to the simulation server 200, the editing interworking module of the interworking unit extracts text from the received scenario information, compares information of the previously stored scenario database, edits the changed text part, To the scenario database.

At this time, if the received scenario information does not coincide with the scenario stored in the scenario database and less than a predetermined value (for example, 30%), the edit interlock module recognizes the new scenario information as new scenario information and stores the new scenario in the scenario database You may.

The simulation server interworking unit enables the editing server 300 to interwork with the simulation server 200. [ Particularly, the VR virtual training controlled by the driving unit of the simulation server 200 can be interlocked with the data so that the editing server 300 can recognize the data training state.

The correspondence and the misprocessing judging unit share both the recognized training situation and the correct response scheme corresponding to the scenario stored in the scenario database so as to judge whether the corresponding measures are performed in order or whether there is an erroneous correspondence.

In other words, the scenario database is stored by the designer so that at least one countermeasure according to the scenario is constructed. In addition, as described above, even when an unexpected situation occurs due to the input of a civilian person, You can save it.

The determination based on this correspondence and the erroneous processing determination unit determines whether or not the set A or the correspondence of the predetermined A has been made to the situation A,

If an appropriate response is not made or a completely different response is made, guide information can be provided to the trainee through the guide I / F.

At this time, the provision of the guide information may be that the trainer provides the audio guide to the listening means (earphone, headset, etc.) in use, or provides the visual message with visual means (such as goggles).

It will be apparent to those skilled in the art that the present invention may be embodied in other specific forms without departing from the spirit or scope of the invention as defined in the appended claims. It is self-evident to those who have.

Therefore, the above-described embodiments are to be considered as illustrative rather than restrictive, and accordingly the present invention is not limited to the above description, but may be modified within the scope of the appended claims and equivalents thereof.

100: Simulation device
200: Simulation server
300: edit server

Claims (4)

A simulator (100) for providing an environment in which a trainee can perform a VR virtual training and sensing a behavior of a trainer, including an information transmitting and receiving unit for transmitting and receiving all information for VR virtual training;
A simulation server (200) for enabling VR virtual training in cooperation with the simulator (100); And
And an editing server (300) for editing scenarios stored in the simulation server (200) in cooperation with the simulation server (200), the system comprising:
(a) When the editing server 300 transmits a scenario to be edited in word form to the simulated server 200, the simulated server 200 receives and saves the scenario information, and stores the stored scenario information in the VR virtual training As a result,
(b) The simulated server 200,
- an interlocking unit operable to interlock with the simulator device (100) and the editing server (300) and to interlock a plurality of personnel,
Wherein the interlocking portion comprises:
A VR interworking module and a sensor interworking module for receiving information received from the simulator device 100 and interworking with the simulator server 200;
An editing linkage module interlocked with the editing server 300 to share the edited scenario information and link the edited scenario information to the simulator server 200; And
And a personnel interworking module for interlocking a plurality of users using the simulation apparatus 100 in one virtual reality using the simulation server 200,
- the simulated server (200)
Further comprising a database storing information for VR virtual training performed through the simulation server (200) and the simulation apparatus (100)
The database includes:
The method includes storing geographical information for implementing a virtual reality for VR virtual training, character information of a user connected to the VR virtual training, and character information to be implemented in a virtual reality,
- A simulation system for disaster response simulation training scenario of a nuclear power plant, characterized by controlling the VR virtual training through information of the database based on the data by the linking part. delete delete delete

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