JP2008076711A - Plant emergency training device - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a plant emergency traing device that can carry out drill by grasping the plant state by introducing simulated plant data into the current operating system. <P>SOLUTION: The plant emergency training device has a data receiver 11 to receive process data from the plant simulator 20 and from one or more plants 30, a display system 10 having a data display 14 to display the received plant data, and a display information setup section 14a to set up the display format of the data from the plant simulator 20. The data receiver 11 receives from the plant simulator 20 the simulated plant data simulating the plant operation regarding them as the data from an independent plant, and the display information setup section 14a sets up the display format for the simulated plant data from the plant simulator 20 and displays them on the data display 14. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  The present invention relates to a plant disaster prevention training apparatus for displaying plant behavior data for nuclear disaster prevention training.

In recent years, interest in nuclear disaster prevention has increased, and training conducted by local governments, electric utilities, residents, etc. has been implemented in disaster prevention training organized by the government as well as training for electric utilities. As a training apparatus, there is a training apparatus that improves the efficiency of data creation, display method, and the like, and performs training close to practice in consideration of the reliability of data values (for example, see Patent Document 1). In this training apparatus, a method of training using scenario data created in advance is used.
JP2004-37847

  However, in the training apparatus as shown in Patent Document 1, training using predetermined scenario data is suitable for training to confirm basic behavior, but it is possible to cope with the situation according to the situation on the spot. It is not suitable for training to confirm and make decisions.

  In addition, for nuclear facilities, there is a system that monitors the plant in the event of a plant emergency, but considering the effect on actual plant data, it takes time to display data that is not the actual plant in the actual operation system. It is difficult to use the actual operation system in disaster drills.

  Then, an object of this invention is to provide the plant disaster prevention training apparatus which can perform the training which takes in simulated plant data in an actual operation system, and grasps | ascertains a plant condition.

  The plant disaster prevention training device of the present invention receives a plant simulation device that simulates the behavior of one or more plants, plant simulation data from the plant simulation device, and process data from plant computers of one or more plants. A display system for displaying, wherein the display system regards the simulated plant data simulating the behavior of the plant from the plant simulator as data from one independent plant, and receives the plant simulation. A display information setting unit for setting the data display format of the apparatus; and a data display unit for displaying the received plant data and plant simulation data in the data display format set by the data table information setting unit. And

  According to the plant disaster prevention training apparatus of the present invention, it is possible to carry out training for grasping the plant status by incorporating simulated plant data into an actual operation system.

  FIG. 1 is a configuration diagram of a plant disaster prevention training apparatus according to the first embodiment of the present invention. The plant disaster prevention training device includes a plant simulation device 20 that simulates the behavior of one or more plants, plant simulation data from the plant simulation device 20, and plant computers 30a to 30n of one or more plants 31a to 31n. And a display system 10 for receiving and displaying process data. The display system 10 is a system that receives process data of one or a plurality of plants 31a to 31n from each of the plant computers 30a to 30n and displays the data regardless of the operation control of the plant. For example, it is a system used for grasping the plant state in an emergency in an emergency room of an operator, an off-site center, or the like. The plant simulation device 20 is a device having a function of simulating the behavior of the plant, and shows, for example, a simulator.

  Each of the plants 30a to 30n includes plant computers 31a to 31n that input and output plant process data. The data receiving unit 11 of the display system 20 receives process data from, for example, each of the n plants 30a to 30n. It stores in the plant database 12a-12n provided for every plant 30a-30n. The data receiving unit 11 can simultaneously receive data of the plurality of plants 30a to 30n. In addition, the data receiving unit 11 stores the plant simulation data received from the plant simulation device 20 in the plant simulation database 13 for the plant simulation device 20. The plant simulation database 13 and the plant databases 12a to 12n of the plants 30a to 30n are equivalent.

  The data display unit 14 switches the connection with the plant computers 31a to 31n of the plurality of plants 30a to 30n, and displays the plant data of any one of the plants 30a to 30n.

  The display information setting unit 14a sets how to display the simulated plant data from the plant simulation device 20 on the data display unit 14, and for example, designates the “plant display name” of the simulated plant data. . As the plant name, the names of the actual plants 30a to 30n (plants 1 to n) may be assigned, or the name may be arbitrarily designated as "simulated plant A". When the name of the actual plant is assigned, the display is made on the screen so that it can be seen which plant simulation data of which plant 30a-30n is displayed.

  In addition, it is possible to specify that the name of the plant (plants 31a to 31n) in which the plant simulation device 20 performs the plant simulation is changed to another name on the display or to be made invisible.

  As described above, according to the first embodiment, the plant simulator 20 is processed as a single plant alongside the actual plants 30a to 30n, so that there is no influence on the data of the actual plants 30a to 30n. Data can be displayed.

  Moreover, it becomes possible to perform training closer to practice by apparently showing the simulated plant data of the plant simulation device 20 as data of the actual plants 30a to 30n.

  FIG. 2 is a configuration diagram of a plant disaster prevention training apparatus according to the second embodiment of the present invention. In contrast to the first embodiment shown in FIG. 1, a flag indicating simulated plant data is set in the plant simulation data from the plant simulation device 20 received by the data receiving unit 11 and stored in the plant database 12i. Then, the process simulation data stored in the plant database 12i is saved in the data saving area 16a by the data saving unit 16 during the reception of the plant simulation data from the plant simulation device 20, and the plant simulation device stored in the database 12 after training is stored. The 20 simulated plant data are deleted, and the process data saved in the data saving area 16a by the data restoring unit 17 is restored. The same elements as those in the first embodiment shown in FIG.

  The plant simulation device 20 transmits plant simulation data simulating any of the plants 30 a to 30 n to the display system 10 to the data receiving unit 11.

  In addition to the plant simulation data from the plant simulation device 20, the data reception unit 11 receives process data (referred to as actual plant data) from the plant computers 31a to 31n of the plants 30a to 30n, and is provided for each of the plants 30a to 30n. Stored in the plant databases 12a-12n. When the simulated plant data is received, a simulated plant data flag is added to the simulated plant data and stored in the plant database 12i of the plant 30i being simulated among the plants 30a to 30n. The actual plant data of the actual plant 30 i to which the simulated plant data is input is accumulated in the data saving area 16 a in time series by the data saving unit 16.

  The data display unit 14 reads and displays data from the plant databases 12a to 12n. In the case of simulated plant data, a simulated plant data flag is added, so that it can be displayed that it is simulated plant data. In addition, the data transmission unit 15 transmits the data of the plant databases 12a to 12n to the downstream system 40.

  After the reception of the simulated plant data from the plant simulation device 20 stops, the data restoration unit 17 deletes the simulated plant data stored in the plant database 12i, and the actual plant data saved in the data saving area 16a is converted into the plant. Restore to database 12i. The data transmission unit 15 is also notified of the completion of restoration of actual plant data. The data transmission unit 15 can notify the downstream system 40 of the completion of the actual data restoration, thereby deleting the simulated plant data in the downstream system 40 or requesting retransmission of the actual plant data.

  As described above, according to the second embodiment, the simulated plant data of the plant simulation device 20 is processed using the plant databases 12a to 12n of the actual plants 30a to 30n, so that it is similar to the actual plant data. It can be processed. For example, even when data is transmitted from the display system 10 to the downstream system 40, the data transmission / reception side can be processed in the same manner as actual plant data without special consideration. It is possible to train in cooperation using.

  Here, in the first embodiment or the second embodiment, when online transmission with the plant simulation device 20 is difficult to realize, as shown in FIG. It is also possible to take the time-series data of the plant simulation data 18 that has been made offline into the simulation data input unit 19 of the display system 10 through a media medium, etc., read the imported data by the simulation data input unit 19, and pass it to the data reception unit 11. It is. Instead of media, time-series data may be transferred to a transmission system by batch file transfer.

  In this case, even in an environment in which online transmission with the plant simulation device 20 is difficult to realize, it is possible to carry out training using the data of the plant simulation device 20.

  FIG. 4 is a configuration diagram of a plant disaster prevention training apparatus according to the third embodiment of the present invention. In the third embodiment, an interrupt input unit 21 is additionally provided to the first embodiment shown in FIG. 1 or the second embodiment shown in FIG. Further, an interrupt transmission unit 22 that operates based on a command from the interrupt input unit 21 is additionally provided. The same elements as those in FIG. 1 or FIG.

  The interrupt input unit 21 stops, rewinds, and regenerates training data for the plant simulation apparatus 20 when training data (stopping, rewinding, replaying, and operation) is performed by a trainee (trainee). A signal is transmitted. The interrupt receiving unit 22 in the plant simulation apparatus 20 that has received the stop, rewind, and replay signals of the training data stops, rewinds, and regenerates the training data that is currently generated.

  For example, when stopping, rewinding, and reproducing are performed, interrupt signal data is transmitted from the interrupt input unit 21 to the interrupt receiving unit 22 of the plant simulation apparatus 20 in the configuration as shown in FIG. The interrupt signal data includes an operation command A indicating stop, rewind, and reproduction and a training data step number B. For example, in the case of stop, interrupt signal data “A = 1” is transmitted. In the case of rewinding, interrupt signal data “A = 2” and B = step number of training data to be rewound are transmitted. In the case of reproduction, interrupt signal data “A = 3” is transmitted.

  On the other hand, the interrupt receiving unit 22 in the plant simulation apparatus 20 that has received the interrupt signal data of FIG. 5 according to the contents of the operation command A and the training data step number B of the interrupt signal data (stop, rewind, regeneration), etc. And the training data of the specified step number is reproduced.

  Further, the interrupt input unit 21 can record the operation of the training data (recording what operation the trainer has performed) by the recording operation of the trainee. This operation record can be used later when the same training is repeated.

  According to the third embodiment, even if the person who receives the disaster prevention training is not familiar with the operation of the simulator, the disaster prevention training that easily reproduces the plant event for the self-learning of the original disaster prevention training This can be implemented by using the function.

  FIG. 6 is a configuration diagram of a plan disaster prevention training apparatus according to the fourth embodiment of the present invention. The fourth embodiment is different from the first embodiment shown in FIG. 1 or the second embodiment shown in FIG. 2 in that a predicted event input unit 51, an event time storage unit 52, a predicted time evaluation A part 53 and a questionnaire processing part 60 are additionally provided. The same elements as those in the first embodiment shown in FIG. 1 or the second embodiment shown in FIG.

  The predictive event input unit 51 shown in FIG. 6 stores a plurality of predefined events, selects an event from them, and arrives at a parameter related to the event event of the plant that will occur in the future. The expected occurrence time is input and notified to the event time recording unit 52. The event time recording unit 52 monitors and records the occurrence of the notified event. The predicted time evaluation unit 53 compares and evaluates the predicted occurrence time input to the event time recording unit 52 and the event occurrence time recorded by the event time recording unit 52 and displays the evaluation result on the display system 10. It has a questionnaire processing unit 60 that assists and supports evaluation after training.

  FIG. 7 is a predicted time input diagram showing an example of a screen for inputting the predicted time of event occurrence. A list of predefined event items is displayed on the left side of FIG. 7. When it is determined that an event occurs for each item, check the check box to the right of the item, enter the predicted occurrence time, and save. .

  For example, in the case of simulating an accident / failure that may result in radioactive release in the plant simulation device 20, the disaster prevention trainer determines the event simulation status displayed on the display system 10 and is registered in the event time recording unit 52. Select an event that will occur in the future (for example, radioactivity release) from the occurrence events such as water level drop, radioactivity release, etc., and check the check box to the right of the item to generate the event. Enter the predicted time. In the event time recording unit 52, a parameter for determining an event and a threshold value for determining the occurrence are registered for each registered occurrence event.

  When an event item is input, the event time recording unit 52 monitors the occurrence of the input event item (radioactive release) in the plant simulation device 20, and records the time when the event item occurred. Thereafter, the predicted time evaluation unit 53 compares and evaluates the predicted time and the generation time of the event (radioactive release) input by the predicted event input unit 51 and the generated event (radioactive release) recorded by the event time recording unit 52. Then, the questionnaire processing unit 60 outputs an evaluation result (time difference) and displays it on the display system 10.

  Moreover, the example of the display item of the prediction result shown in FIG. 8 is a prediction event item, prediction time, generation | occurrence | production time, the prediction result which shows the magnitude relationship between prediction time and generation | occurrence | production time, a time difference, etc. It is possible to determine the current disaster drill based on the diagram displaying this result.

  For example, it is possible to use the determination rank A when the error between the predicted time and the occurrence time is within 10% using a database in which the determination criteria are registered.

  As shown in FIG. 9, the questionnaire processing unit 60 includes a questionnaire creation function unit 61 that creates a questionnaire after a disaster prevention training result from a basic format, and a questionnaire questioning function unit 62 that adds items related to the contents of the training conducted this time. A questionnaire totaling analysis function unit 63 that analyzes the collected questionnaire, a questionnaire search function unit 64 that searches the collected questionnaire for keywords, and a questionnaire evaluation function unit 65 that summarizes training evaluation and questionnaire results in the simulator.

  For example, when taking a questionnaire of the implementation results after the disaster prevention training, a questionnaire is created in a predetermined format by the questionnaire creation function unit 61, and a questionnaire content related to the training content conducted this time is added by the questionnaire questioning function unit 62.

  Thereafter, the collected questionnaire is automatically tabulated and graphed by the questionnaire tabulation analysis function unit 63. The collected questionnaire can also be searched by keyword using the questionnaire search function unit 64.

  Furthermore, by taking the predicted time evaluation result in the simulator into the questionnaire evaluation function unit 65, the generation time in the simulator, the trainee's predicted time, the execution time based on the questionnaire result, and the like can be easily compared and displayed.

  For example, when simulating a radioactive emission accident, the occurrence time in the plant simulation device 20, the predicted time input by the person in charge of training, and the actual evacuation time collected in the questionnaire should be displayed in one table. This makes it possible to evaluate how much evacuation advisory needs to be issued since the accident occurred in this area.

  As described above, according to the fourth embodiment, the person in charge of disaster prevention training can grasp the behavior of the plant, predict the progress, and confirm whether or not the understanding of the own plant behavior is correct. In addition, through repeated training, the understanding of plant behavior will improve, and it will be possible to give accurate instructions (what to do, what instructions and actions to be taken) by the actual disaster prevention instructions. become.

  FIG. 10 is a configuration diagram of a plan disaster prevention training apparatus according to the fifth embodiment of the present invention. The fifth embodiment is different from the first embodiment shown in FIG. 1 or the second embodiment shown in FIG. 2 in that an audio / video data storage device 70 and plant data / audio / video data are used. A playback device 76, a training management database 73, an audio / video storage database 74, and a plant storage database 79 are additionally provided. The same elements as those in the first embodiment shown in FIG.

  FIG. 11 is a block diagram of the audio / video data storage device 70. The audio / video data storage device 70 includes a training subject side display unit 71 and a trainee side operation unit 72. The training subject side display unit 71 includes a plant data display unit 71a for displaying plant data transmitted from the training subject and a video display unit 71b for the training subject. The trainer-side operation unit 72 includes a notifying unit 72a for a tester to be notified by the trainee to the training tester side, and a management setting unit 72b for setting and updating each database.

  The trainee sees the plant data for training sent from the training subject in real time and displayed on the plant data display unit 71a, and causes the training subject displayed on the training subject's video display unit 71b to generate an accident. Talk to each other on the basis of people who sometimes communicate with each other, such as plant operators and people gathered at disaster prevention bases. This conversation can be recorded. Training plant data sent by the training subject may be input by the training subject, or simulated plant data from the plant simulator 20 may be used. The plant data for training is only displayed here and need not be recorded, but does not exclude recording.

  As shown in FIG. 12, the training management database 73 stores information on questions and trainees, and the trainer accumulates audio / video data with an ID registered in the training management database 73. The trainer is identified by logging into the device 70. Once logged in, the trainer, when a notification process such as inquiry / contact / plant status report item occurs to the trainee, the role of the trainee, eg, the plant Businesses and people at disaster prevention bases notify the trainees from the trainer side operation unit 72. This notification is performed by the notifying section 72a (button) to the questioning person, and is sent to the training questioning person side as information with audio data and video data added in time series. The sent contents are information composed of time / site (training plant power plant) / unit / questioner / trainer / flag / data section, and an audio / video storage database 74 in the format shown in FIG. To be recorded.

  The information on the trainees and the trainee information is recorded in the training management database 73 as information including a site, a unit, a group, a flag, an ID, and a name. Information relating to the trainee and trainer can be updated from the management setting means 72b (button). Further, database update such as import and export of the audio / video storage database 74 can be performed from the management setting means 72b (button).

  FIG. 14 is a configuration diagram of the plant / audio / video data reproducing device 76. The plant / audio / video data reproducing device 76 includes a questionee information reproduction display unit 77 including a plant data reproduction display unit 77a, a video reproduction display unit 77b, and an audio reproduction unit 77c, a reproduction designation unit 78a, and a reproduction stop unit 78b. It has a trainer reproduction operation unit 78 having it.

  The trainee designates and reproduces the time / site / unit or questions and trainee, or designates and reproduces the display screen while displaying the plant data. The reproduction process searches the audio / video storage database 74 from the specified event and reproduces the audio / video data, and simultaneously synchronizes with the audio / video data from the plant storage database 79 using the time as a key as shown in FIG. To regenerate the plant data. That is, while displaying the plant data, the part to be reproduced is clicked and reproduced.

  FIG. 16: is a block diagram of the plant disaster prevention training apparatus concerning the 6th Embodiment of this invention. This sixth embodiment is different from the fifth embodiment of the present invention shown in FIG. 10 in that the plant data / voice data search / search result video synchronizer 80, the search result database 84, the character data / A video synchronization device 85 and a display device 85a are additionally provided. The same elements as those in the fifth embodiment shown in FIG.

  FIG. 17 is a configuration diagram of the plant data / voice data search / search result video synchronization apparatus 80. The plant data / voice data search / search result video synchronization apparatus 80 includes a search unit 81 and a voice conversion data processing unit 82. The search unit 81 determines a flag (audio / video) from the audio / video data storage database 74 recorded by the audio / video data storage device 70 using time specification, keyword specification, and plant data specification as search conditions, and performs a search. Search only audio data that meets the conditions. The retrieved voice data is converted into character data by the voice conversion data processing unit 82. When processing by the voice conversion data processing unit 82 is performed, the data is stored in the voice conversion character database 83.

  By providing the voice conversion data processing unit 82 for converting voice into character data, the voice data is replaced with character data and recorded in the voice conversion character database 83, so that a search by specifying a keyword such as a character string is also possible.

  The trainee can specify time specification / keyword specification / plant data at the time of the search, and can search with an AND condition and an OR condition, respectively. By specifying the time in the search condition, the plant data can be searched from the time key of the plant accumulation database 79 and the character data can be searched from the voice conversion character database 83. Similarly, necessary character data can be searched by specifying keywords. Also, by specifying plant data, it is possible to search centering on plant data, to specify I / O data to be searched, or to search by putting the upper and lower limit values of plant values in the search conditions. The search result is stored in the search result database 84. The search result database 84 can display a search result as a list or print it as a hard copy as necessary.

  Further, the data output as the search result can be reproduced by synchronizing the character data and the video by using the time as a key in the character data video synchronizing device 85, and the reproduced video is displayed on the display device 85a. .

  As described above, according to the sixth embodiment, the trainer during the disaster prevention training records the conversation as if the trainee was the communication partner of the trainee, and inquires the trainee about the plant status. By creating a database of alternating information such as matters, questions, and communication items, it is possible to reproduce and synchronize with the plant data while confirming the display of the plant status. It is possible to provide data that can be evaluated as to whether or not it was appropriate to communicate with each other. Also, by identifying the conversation partner and recording the conversation, it becomes clear who the conversation is.

  Furthermore, back data of evaluation data after disaster prevention training can be provided by searching from plant data or voice data by specifying time, keyword, and plant data.

  FIG. 18: is a block diagram of the plant disaster prevention training apparatus concerning the 7th Embodiment of this invention. In the seventh embodiment, a guide / question information management device 90 is added to the first embodiment shown in FIG. 1 or the second embodiment shown in FIG. is there.

  In FIG. 18, the guide / question input device 93 in the guide / question information management device 90 is configured such that the trainer views the data display of the plant data reproduction unit 92 that reproduces the plant data for training from the plant accumulation database 79. It is for inputting guide contents and questions. For example, if it is guide information, enter information such as “Please plant XXX because the plant state is XXX”, and if it is a question, enter information such as “Plant state is XXX, what should I do?” Display on the question / answer display device 94. The guide / question information is stored in the guide / question information database 95 every time it is used. Answers to the question information are created by the guide result / answer generating device 96 from the saved guide / question information database 95 and the answer information database 97 storing past answer result information, and the guide / question / answer / The answer is displayed on the answer display device 94. The guide / question information database 95 and the answer information database 97 can add / delete / modify guide information and answer information by a guide result / answer editing device 98.

  As described above, according to the seventh embodiment, trainers during disaster prevention drills can obtain guide information in a timely manner while grasping the plant status, or receive advice if there are questions. it can. Thereby, the environment of the smooth training according to the plant condition can be provided.

The block diagram of the plant disaster prevention training apparatus concerning the 1st Embodiment of this invention. The block diagram of the plant disaster prevention training apparatus concerning the 2nd Embodiment of this invention. The block diagram of the other example of the plant disaster prevention training apparatus concerning the 2nd Embodiment of this invention. The block diagram of the plant disaster prevention training apparatus concerning the 3rd Embodiment of this invention. The block diagram of the interrupt signal data in the 3rd Embodiment of this invention. The block diagram of the plan disaster prevention training apparatus concerning the 4th Embodiment of this invention. Explanatory drawing of the event generation | occurrence | production estimated time input screen in the 4th Embodiment of this invention. Explanatory drawing of the prediction result display screen in the 4th Embodiment of this invention. The block diagram of the questionnaire process part in the 4th Embodiment of this invention. The block diagram of the plan disaster prevention training apparatus concerning the 5th Embodiment of this invention. The block diagram of the audio | voice and video data storage apparatus in the 5th Embodiment of this invention. Explanatory drawing of the training management database in the 5th Embodiment of this invention. Explanatory drawing of the audio | voice / video storage database in the 5th Embodiment of this invention. The block diagram of the plant data, audio | voice, and video data reproducing | regenerating apparatus in the 5th Embodiment of this invention. The characteristic view of the plant data displayed synchronizing with the audio | voice data in the 5th Embodiment of this invention. The block diagram of the plant disaster prevention training apparatus concerning the 6th Embodiment of this invention. The block diagram of the plant data / voice search / search result video synchronization apparatus in the sixth embodiment of the present invention. The block diagram of the plant disaster prevention training apparatus concerning the 7th Embodiment of this invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 10 ... Display system, 11 ... Data receiving part, 12 ... Plant database, 13 ... Database, 14 ... Data display part, 14a ... Display information setting part, 15 ... Data transmission part, 16 ... Data saving part, 16a ... Data saving area , 17 ... Data restoration unit, 18 ... Simulated plant data storage unit, 19 ... Simulated plant data input unit, 20 ... Plant simulation device, 21 ... Interrupt input unit, 22 ... Interrupt reception unit, 30 ... Plant, 31 ... Plant computer, DESCRIPTION OF SYMBOLS 40 ... Downstream system, 51 ... Predictive event input part, 52 ... Event time recording part, 53 ... Predictive time evaluation part, 60 ... Questionnaire processing part, 61 ... Questionnaire creation function part, 62 ... Questionnaire question function part, 63 ... Questionnaire Total analysis function section, 64 ... questionnaire search function section, 65 ... questionnaire evaluation function section, 70 ... voice / movie Data storage device, 71a ... plant data display unit, 71b ... video display unit for training subjects, 71 ... training subject side display unit, 72b ... management setting means, 72 ... trainer side operation unit, 72a ... for tester Notification unit 73 ... Training management database 74 ... Audio / video storage database 76 76Plant data / audio / video data reproduction device 77a ... Plant data reproduction display unit 77b ... Video reproduction display unit 77c ... Audio reproduction unit 77 ... Questioner information reproduction display unit, 78 ... Trainer reproduction operation unit, 78a ... Reproduction designation unit, 78b ... Reproduction stop unit, 79 ... Plant accumulation database, 80 ... Plant data / audio data retrieval / search result video synchronizer, 81 ... Search unit, 82 ... Voice conversion data processing unit, 83 ... Voice conversion character database, 84 ... Search result database, 85 ... Character data 90. Guide / question information management device, 92 ... Plant data reproduction unit, 93 ... Guide / question input device, 94 ... Guide / question / answer display device, 95 ... Guide / question information database, 96 ... Guide Result / answer creation device, 97 ... response information database, 98 ... guide result / answer editing device

Claims (9)

  A plant simulation device that simulates the behavior of one or more plants, and a display system that receives and displays plant simulation data from the plant simulation device and process data from plant computers of one or more plants, A display system regards simulated plant data that simulates the behavior of the plant from the plant simulator as data from an independent plant, and a display that sets a data display format of the plant simulator A plant disaster prevention training apparatus comprising: an information setting unit; and a data display unit that displays received plant data and plant simulation data in a data display format set by the data table information setting unit.   The display system includes a plant database that stores process data of a plant received by the data receiving unit, a data saving unit that saves the process data stored in the plant database, and the saved process data, A data restoration unit that restores the plant database, sets a flag indicating that the data from the plant simulation device received by the data reception unit is simulated plant data, stores the flag in the plant database, and stores the plant The process data stored in the database is saved in the data saving unit while receiving data from the plant simulation device, and the simulated plant data of the plant simulation device accumulated from the database after training is deleted and saved in the data saving unit. To restore process data Plant drills according to claim 1, symptoms.   The plant disaster prevention training apparatus according to claim 1, wherein the simulation data input unit of the display system reads simulated plant data input offline from the plant simulation device.   The plant simulation apparatus includes an interrupt receiving unit capable of stopping, rewinding, reproducing, and recording the generated simulated plant data, and stopping, rewinding, reproducing, and recording the simulated plant data in the interrupt receiving unit. The plant disaster prevention training device according to any one of claims 1 to 3, further comprising an interrupt input unit that transmits a signal for operating the control unit.   A prediction event input unit that predicts and inputs the occurrence time of an event generated by training, an event time recording unit that monitors and records the occurrence of the event, and a prediction time evaluation unit that compares and evaluates the predicted event and the generated event The plant disaster prevention training apparatus according to any one of claims 1 to 4, further comprising:   The plant disaster prevention training apparatus according to claim 5, further comprising a questionnaire processing unit that supports questionnaire evaluation after the disaster prevention training.   A trainer regeneration operation unit that processes notification information such as reports / contacts / inquiry items from the trainee to the trainee, and the training plant data and voice at the necessary timing while displaying the plant data for training. The plant disaster prevention training apparatus according to claim 1, further comprising a plant data / audio / video data reproducing device that reproduces the video data in synchronization.   Converts voice data into character data, searches plant information for the character data, outputs the search results, plant data / voice data search / search result video synchronizer, and character data for synchronizing character data and video data The plant disaster prevention training device according to claim 7, further comprising a video synchronization device.   A guide / question input device for trainers to input guide contents and questions, a guide / question display device for displaying guide contents and question details, and a guide result / answer editing device for training subjects to input the guide results / answers And a guide / question information management device including a guide / answer creation device that automatically searches for similar answers from a guide information database and creates an answer. Plant disaster prevention training equipment.

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