JP5723701B2 - Plant operation training device - Google Patents

Description

  The present invention relates to a plant operation training apparatus used for operation and maintenance work training of a process plant such as a power plant or a chemical plant.

  Generally, power plants and advanced process plants have complex structures and functions, so advanced knowledge and skills are required for proper operation and maintenance according to plant conditions, and operation training is important. It is. For this reason, training of operation and maintenance work is performed by a plant operation training device that simulates the characteristics of the plant process using a computer.

  Conventional plant operation training devices calculate actual plant processes and control device characteristics based on physical models in response to switch operations on the simulated control panel, etc. By displaying the alarm in real time, it is possible to operate and monitor from the simulated control panel as if operating the actual plant.

  In such a plant operation training apparatus, it is known that voice data can be recorded and output by using voice data processing means (see, for example, Patent Document 1).

JP-A-9-69008

  In training using the plant operation training device, there are scenes where the instructor manually operates the plant operation training device, such as executing scheduling using the instructor console, and the operator cannot monitor the operator during operation, etc. It has become.

  Here, in the thing of patent document 1, although an operator's audio | voice is recognized and audio | voice data can be recorded, or audio | voice data can be reproduced | regenerated based on the time of a database, operation of a plant operation training apparatus is performed with an audio | voice. In other words, it is impossible to reproduce the voice set with the specific voice of the operator as a generation condition and analyze the degree of tension of the driver.

  The objective of this invention is providing the plant operation training apparatus which can reduce the burden of an instructor.

(1) In order to achieve the above object, the present invention provides a simulated control panel provided with an instrument for grasping the state of the plant and an operation switch for operating operation, and a plant according to the operation of the simulated control panel. a plant operation training device having a simulator computer to simulate conditions, and scheduling the function database a database of signal scheduling function, Lee constructor and shift supervisor, voice voiceprint during corresponding operations of the site operator and database and databases, Lee constructor and shift supervisor, a voice input unit for generating a sound signal by recognizing the voice of the operator, a speech recognition signal corresponding to the sound signal inputted from the voice input unit, one of the database removed from, and output to the scheduling processing unit of the simulator computer, the voice recognition A voice recognition device comprising an audio processor for outputting the speech synthesis device No., the speech recognition apparatus, the speech input from the speech input unit, the recorded operator or duty during operation training A long voice is searched, and the plant state is restored to a state where a specific voice is emitted .
With this configuration, the burden on the instructor in the plant operation training apparatus can be reduced.

( 2 ) Further , in order to achieve the above object, the present invention provides a simulation control panel provided with an instrument for grasping the state of the plant and an operation switch for operating operation, and according to the operation of the simulation control panel. A plant operation training apparatus having a simulator computer for simulating the plant state, a scheduling function database in which a signal of a scheduling function is databased, and a voice database in which voiceprints at the time of corresponding operations of instructors and field operators are databased A voice input unit that recognizes the voice of the instructor or the operator and generates a voice signal; and a voice recognition signal corresponding to the voice signal input from the voice input unit is extracted from any of the databases, and the simulator computer Output to the scheduling processing unit of the A voice recognition device comprising an audio processor for outputting the synthesizer, the speech recognition device outputs the operation or speech events and operator from the speaker from the recorded training results, and output through the printer A report is prepared.
With this configuration, the burden on the instructor in the plant operation training apparatus can be reduced.

According to the present invention, the burden on the instructor can be reduced by enabling the plant operation training apparatus to be operated by voice.

It is a block diagram which shows the whole structure of the plant operation training apparatus by one Embodiment of this invention. It is a block diagram which shows the structure used for the 1st process example of the audio | voice processing part in the plant operation training apparatus by one Embodiment of this invention. It is a block diagram which shows the structure used for the 2nd process example of the audio | voice processing part in the plant operation training apparatus by one Embodiment of this invention. It is a block diagram which shows the structure used for the 3rd process example of the audio | voice processing part in the plant operation training apparatus by one Embodiment of this invention. It is a block diagram which shows the structure used for the 4th process example of the audio | voice processing part in the plant operation training apparatus by one Embodiment of this invention. It is a block diagram which shows the structure used for the 5th process example of the audio | voice processing part in the plant operation training apparatus by one Embodiment of this invention. It is a block diagram which shows the structure used for the 6th process example of the audio | voice processing part in the plant operation training apparatus by one Embodiment of this invention. It is a block diagram which shows the structure used for the 7th example of a process of the audio | voice processing part in the plant operation training apparatus by one Embodiment of this invention.

Hereinafter, the configuration and operation of a plant operation training apparatus according to an embodiment of the present invention will be described with reference to FIGS.
Initially, the whole structure of the plant operation training apparatus by this embodiment is demonstrated using FIG.
FIG. 1 is a block diagram showing the overall configuration of a plant operation training apparatus according to an embodiment of the present invention.

  In the training room 100, a simulated control panel 1, a voice input unit 16A such as a microphone, and a speaker 22A are installed, and an operator 2 who performs training and a duty length 13 are arranged.

  The instructor room 200 is a space independent of the training room 100. In the instructor room 200, the instructor console 3, the voice recognition device 15, and the speaker 22B are installed, and the instructor 9 stays there. The training room 100 and the instructor room 200 are adjacent to each other. The instructor 9 in the instructor room 200 can confirm the operation of the operator 2 and the duty length 13 in the training room 100, but from the training room 100, the instructor 9 trains with a mirror or the like that the inside of the instructor room 200 cannot be seen. The room 100 and the instructor room 200 are partitioned.

  The simulator computer 10 is arranged in a space different from the training room 100 and the instructor room 200.

  The simulated control panel 1 is provided with an instrument for grasping the state of the plant, a display device, an alarm, etc., and an operation switch for performing an operation. The operator 2 confirms the state of the plant with the simulated control panel 1 and operates the operation switch. The duty length 13 monitors the operation of the operator 2. The voice input unit 16A converts the voice generated by the operator 2 or the like into an analog signal and inputs the analog signal to the voice processing unit 12 described later.

  The instructor console 3 includes an instructor input unit 4 having an input device such as a keyboard and a mouse, and an instructor monitoring unit 5 displayed on a monitor or the like. The instructor 9 inputs an operation command signal from the instructor input unit 4 when operating the plant operation training apparatus such as editing of scheduling. The instructor console 3 is connected to a scheduling processing unit 6, a voiceprint analysis device 7 and a driving training monitoring unit 8 which will be described later. The instructor 9 can monitor the plant state, the training history, the voice print analysis result, the scheduling state, and the like by the instructor monitoring unit 5.

  The simulator computer 10 includes a scheduling processing unit 6, a plant simulation unit 11, and an operation training monitoring unit 8.

  The operator 2 operates the switch of the simulation control panel 1 when training the operation from the start of the gas turbine to the rated operation state, for example. In response to the operation signal S1 from the simulation control panel 1, the plant simulation unit 11 simulates the plant state based on the physical model of the actual plant process and the characteristics of the control device. The plant state signal S2 as a result of the simulation is transmitted to the simulation control panel 1 and displayed in real time on the instrument, display device, alarm, etc. of the simulation control panel 1. As a result, operation and monitoring from the simulation control panel can be performed as if the actual plant is operating. Further, the plant state signal S2 is transmitted to the scheduling processing unit 6 and the operation training monitoring unit 8.

  The scheduling processing unit 6 determines the trigger condition registered in the scheduling. The training of the operator 2 includes not only the familiarity of the operation from the start of the normal gas turbine to the rated operation state, but also whether or not an appropriate response operation can be performed when a sudden event occurs. Therefore, in the scheduling registered in the scheduling processing unit, a sudden event occurs at an appropriate timing during the driving operation by the operator 2. As a sudden event, for example, vibration is generated due to shaft vibration of the turbine, the rotational speed of the gas turbine becomes abnormally high, or the temperature of the gas turbine becomes too high. The trigger condition is to determine the timing of occurrence of these abnormal events. As trigger conditions, there are a case where an opening operation is performed on a valve designated in advance by an operation of the operator 2, and a case where the rotation speed of the gas turbine becomes 500 rpm, for example. When these trigger conditions are satisfied, the scheduling processing unit 6 transmits the simulation signal S3 to the plant simulation unit 11 and the voice processing unit 12. The simulation signal S3 is a signal that vibration has occurred due to the shaft vibration of the turbine or a signal that the rotational speed of the gas turbine has become abnormally high.

  The operation training monitoring unit 8 records the history of operation of the equipment (pump start / stop, valve opening / closing, etc.), operation of the operator 2, voice of the operator 2 and the duty length 13 during operation training. The driving training monitoring unit 8 transmits the operation of the equipment during the driving training and the operation of the operator 2 to the instructor console 3 and the printer 14. Further, the driving training monitoring unit 8 transmits a history such as a voice of the operator 2 and the duty length 13 to the voice processing unit 12.

  The voice recognition device 15 includes a voice processing unit 12, a voice input unit 16B such as a microphone, a scheduling function database 17, a site acoustic database 18, a voice database 19, and a driving procedure manual database 20.

  The scheduling function database 17 is a database of scheduling function signals. The on-site acoustic database 18 is a database of driving sounds of on-site equipment. The voice database 19 is a database of instructions from the instructor 9 and duty length 13 and voice prints at the time of corresponding operations by field operators. The operation procedure manual database 20 is a database of operation procedure manuals.

  The voice input unit 16A transmits the voice signal S4 from the duty length 13 and the operator 2 to the voice processing unit 12, and the voice input unit 16B transmits the voice signal S4 from the instructor 9 to the voice processing unit 12.

  The speech processing unit 12 refers to each of the databases 17, 18, 19, and 20 to generate a speech recognition signal S5 corresponding to the speech signal S4 or the simulated signal S3, the scheduling processing unit 6, the driving training monitoring unit 8, the speech synthesizer 21, It is transmitted to the voiceprint analyzer 7. The specific processing contents by the voice processing unit 12 will be described in detail with reference to FIG.

  The voice synthesizer 21 synthesizes the voices of the duty length 13 and the operator 2 from the voice recognition signal S5 and transmits them to the speakers 22A and 22B.

  The voiceprint analyzer 7 analyzes the voice recognition signal S5 and transmits the analysis result to the instructor console 3.

Next, a first processing example of the voice processing unit 12 in the plant operation training apparatus according to the present embodiment will be described with reference to FIG.
FIG. 2 is a block diagram showing a configuration used for the first processing example of the voice processing unit in the plant operation training apparatus according to the embodiment of the present invention. The same reference numerals as those in FIG. 1 denote the same parts, and FIG. 2 shows only the parts necessary for the first processing example.

  In the first processing example, scheduling is executed by the voice of the instructor.

  The instructor 9 utters “scheduling execution” aloud, for example. The voice is input to the voice input unit 16B, and the voice input unit 16B transmits the voice signal S4 to the voice processing unit 12. The audio signal S4 is obtained by converting “scheduling execution” issued by the instructor 9 into a digital signal. The speech processing unit 12 refers to the scheduling function database 17 and transmits a speech recognition signal S5 of “execution of scheduling” to the scheduling processing unit 6 when a scheduling function corresponding to the speech signal S4 exists. The scheduling processing unit 6 executes scheduling in response to the input of the speech recognition signal S5 of “scheduling execution”.

  Conventionally, when executing scheduling, the instructor 9 has to operate the instructor console 3. In addition to “scheduling execution”, if the instructor manually operates using the instructor console 3, the operator is not able to monitor during that time, which is a burden on the instructor.

  On the other hand, in this example, the instructor 9 can execute scheduling without operating the instructor console 3.

  In addition to “execution of scheduling”, the instructor 9 also edits scheduling by uttering “scheduling edit”, “trigger setting”, etc., which are functions registered in the scheduling function database 17. be able to.

Next, a second processing example of the voice processing unit 12 in the plant operation training apparatus according to the present embodiment will be described with reference to FIG.
FIG. 3 is a block diagram showing a configuration used for the second processing example of the voice processing unit in the plant operation training apparatus according to the embodiment of the present invention. The same reference numerals as those in FIG. 1 denote the same parts, and FIG. 3 illustrates only the parts necessary for the second processing example.

  In the second processing example, a driving sound of the on-site equipment is generated during the on-site operation during training, and a sound is output at the on-site operation of the on-site operator.

  The instructor 9 schedules in advance that the voice of the on-site operator's corresponding operation is generated according to the “operation command for the on-site equipment” of the operator 2 and the driving sound is generated when the on-site equipment is operated during the on-site operation. create. During training, this scheduling is performed.

  In a general plant or the like, an operator is arranged at a remote plant site separately from an operator who operates the control panel. When an operation such as opening and closing the valve at the plant site is required, the operator contacts the site operator using paging (calling device), and the operator opens and closes the valve at the site based on the instructions. Is going.

  However, when using the operation training device, there is no actual plant at the actual site. Therefore, the operator usually contacts the instructor using paging (calling device), and the instructor acts as the operator of the site. ing. In this case, the burden on the instructor is large.

  Therefore, in this example, when an on-site operation is required during training, the operator 2 uses a paging (calling device) to issue an “on-site equipment operation command”. Here, as an example of “operation command for field equipment”, a case of “CRD drive water pressure control valve bypass valve open” will be described.

  The voice uttered by the operator 2 (“CRD drive water pressure control valve bypass valve open”) is input to the voice input unit 16A. The voice input unit 16A transmits a voice signal S4 obtained by converting the voice into a digital signal to the voice processing unit 12. The speech processing unit 12 refers to the speech database 19, and if there is a speech recognition signal S5 (“CRD drive water pressure regulating valve bypass valve open”) corresponding to the speech signal S4, “CRD drive water pressure” “Control valve bypass valve open” is transmitted to the scheduling processing unit 6.

  The scheduling processing unit 6 determines scheduling, and if “CRD drive water pressure control valve bypass valve open” as the voice recognition signal S5 is a trigger condition, the trigger condition is satisfied, and “CRD drive water pressure control valve bypass” A simulated signal S3 of “valve opening” is transmitted to the voice processing unit 12. The voice processing unit 12 refers to the voice database 19 and transmits the “CRD drive water pressure control valve bypass valve open” of the voice recognition signal S5 corresponding to the simulation signal S3 to the voice synthesizer 21. The voice synthesizer 21 synthesizes “CRD drive water pressure control valve bypass valve open” from the voice recognition signal S5 and outputs it to the speakers 22A and 22B.

  As a result, the voice that the instructor responds to by paging (calling device) is automatically output from the speaker 22A, so the burden on the instructor can be reduced.

  Thereafter, the operator 2 uses the simulated control panel 1 to perform an on-site operation for opening the CRD drive water pressure control valve bypass valve. The scheduling processing unit 6 makes the determination in the scheduling processing unit as described above, and the simulation signal S3 of “CRD drive water pressure control valve bypass valve open” is transmitted to the voice processing unit 12. The voice processing unit 12 refers to the on-site acoustic database 18 and transmits the “CRD drive water pressure control valve bypass valve open” of the voice recognition signal S5 corresponding to the simulation signal S3 to the voice synthesizer 21. The voice synthesizer 21 synthesizes on-site driving sound (sound that the CRD driving water pressure regulating valve bypass valve is opened: the driving sound of the motor or the sound when the valve collides with the stopper) from the voice recognition signal S5. To the speakers 22A and 22B.

  As described above, according to this example, it is possible to synthesize the driving sound of the on-site equipment and the sound at the time of the corresponding operation of the on-site operator from the on-site equipment operation command by the voice of the operator 2 and output it through the speakers 22A and 22B. .

  Further, by creating and executing a schedule for generating a duty length instruction in advance when the plant process changes, it is also possible to synthesize a voice of the duty length instruction when the plant process changes and output it through the speakers 22A and 22B.

Next, a third processing example of the voice processing unit 12 in the plant operation training apparatus according to the present embodiment will be described with reference to FIG.
FIG. 4 is a block diagram showing a configuration used for the third processing example of the voice processing unit in the plant operation training apparatus according to the embodiment of the present invention. The same reference numerals as those in FIG. 1 denote the same parts, and FIG. 4 illustrates only the parts necessary for the third processing example.

  In the third processing example, a training result event is output through the printer 14 to create a report. The event of the training result includes the operation of the device when the operator operates the switch and the like, and alarms such as pressure and water amount. Further, the operation of the operator 2 is output through the speaker 22.

  The event of the training result recorded in the driving training monitoring unit 8 and the training data S6 that is the operation of the operator 2 are transmitted from the driving training monitoring unit 8 to the voice processing unit 12. The voice processing unit 12 transmits a voice recognition signal S5 corresponding to the training data S6 to the voice synthesizer 21, and transmits a print command signal S7 to the printer 14. The voice synthesizer 21 synthesizes a voice (“CRD drive water pressure control valve bypass valve open”, etc.) generated by the operator's operation from the voice recognition signal S 5 and transmits the synthesized voice to the speaker 22. From the print command signal S7, the printer 14 prints a report that describes the operation of the device when the operator operates the switch and the like, and alarms such as pressure and water amount.

  In this way, according to this example, the event and the operation of the operator 2 can be output from the training result through the speaker 22 and output through the printer 14 to create a report.

  In addition, by setting the training result to be transmitted from the driving training monitoring unit to the voice processing unit 12 in real time, the instructor 9 can confirm the operation of the driver 2 during training from the speaker 22B. As described above, the training room 100 and the instructor room 200 are separate rooms, and the voice of the operator 2 in the training room 100 can be heard directly, but there is also the influence of the partition provided between the two rooms, and clearly Sometimes it cannot be confirmed. Even in such a case, the instructor can confirm the operation content of the operator by outputting the utterance of the operator from the speaker 22B of the instructor room 200.

Next, a fourth processing example of the voice processing unit 12 in the plant operation training apparatus according to the present embodiment will be described with reference to FIG.
FIG. 5 is a block diagram showing a configuration used for the fourth processing example of the voice processing unit in the plant operation training apparatus according to the embodiment of the present invention. The same reference numerals as those in FIG. 1 denote the same parts, and FIG. 5 shows only the parts necessary for the fourth processing example.

  In the fourth processing example, the voice of the operation command based on the driving procedure manual is synthesized during the independent training of the operator.

  The instructor 9 creates a schedule for performing voice guidance of the driving procedure, which is used for self-training of the driver in advance. The operator 2 executes this scheduling.

  The scheduling processing unit 6 determines scheduling and transmits a simulation signal S3 to the voice processing unit 12 when a predetermined trigger condition is satisfied. The voice processing unit 12 refers to the driving procedure manual database 20 and transmits a voice recognition signal S5 corresponding to the driving procedure signal to the voice synthesizer 21. The voice synthesizer 21 synthesizes the voice of the driving procedure from the voice recognition signal S <b> 5 and outputs it to the speaker 22.

  For example, when the turbine shaft rotational speed reaches a predetermined rotational speed, when a certain valve is opened, a voice recognition signal S5 such as “XX valve open” is triggered by the fact that the turbine shaft rotational speed has reached the predetermined rotational speed. Can be instructed to the operator of the next procedure by outputting a voice “XX valve opening” from the speaker.

  As described above, according to this example, it is possible to synthesize the voice of the operation command based on the operation procedure manual during the self-training of the operator 2. Thereby, even at the time of self-training without an instructor, the operator can easily perform an operation based on the operation procedure manual.

Next, a fifth processing example of the voice processing unit 12 in the plant operation training apparatus according to the present embodiment will be described with reference to FIG.
FIG. 6 is a block diagram showing a configuration used for the fifth processing example of the voice processing unit in the plant operation training apparatus according to the embodiment of the present invention. The same reference numerals as those in FIG. 1 denote the same parts, and FIG. 6 shows only the parts necessary for the fifth processing example.

  In the fifth processing example, a specific voice of the operator 2 during training is set as a trigger condition for scheduling execution.

  The instructor 9 executes scheduling editing using the scheduling editing function.

  When the voice registered in the voice database 19 (for example, “CRD drive water pressure control valve bypass valve open”) is set as a trigger condition, the scheduling processing unit 6 sets “CRD drive water pressure control valve bypass valve open”. A trigger setting command S8 for setting as a trigger condition is transmitted to the sound processing unit 12. The voice processing unit 12 refers to the voice database 19 and transmits a voice recognition signal S5 (for example, “CRD drive water pressure regulating valve bypass valve open”) corresponding to the trigger setting command S8 to the scheduling processing unit 6. The scheduling processing unit 6 sets the input voice recognition signal S5 as a trigger condition.

  When this scheduling is executed, the voice input unit 16 recognizes the voice set as the trigger condition (for example, “CRD drive water pressure control valve bypass valve open”) and transmits the voice to the voice processing unit 12, thereby transmitting the voice processing unit 12. Transmits the speech recognition signal S5 corresponding to the trigger condition to the scheduling processing unit 6. The scheduling processing unit 6 establishes the trigger condition, the scheduling is executed, and the simulation signal S3 is transmitted to the plant simulation unit 11.

  In this way, according to this example, a specific voice of the operator 2 who is training can be set as a trigger for scheduling execution.

Next, a sixth processing example of the voice processing unit 12 in the plant operation training apparatus according to the present embodiment will be described with reference to FIG.
FIG. 7 is a block diagram showing a configuration used for the sixth processing example of the voice processing unit in the plant operation training apparatus according to the embodiment of the present invention. The same reference numerals as those in FIG. 1 denote the same parts, and FIG. 7 shows only the parts necessary for the sixth processing example.

  In the sixth processing example, the plant state is restored until the operator 2 or the duty length 13 emits a specific sound during training.

  The speech processing unit 12 refers to the speech database 19 and transmits a speech recognition signal S5 corresponding to the input speech signal S4 to the driving training monitoring unit 8. The driving training monitoring unit 8 records the voice recognition signal S5 input during training.

  When the plant state needs to be restored to a past state during training, the instructor 9 speaks, for example, “setback”, “operator”, “reactor water level drop”. The voice of the instructor 9 is input to the voice input unit 16, and the voice input unit 16 transmits the voice signal S4 to the operation processing unit 12. The voice processing unit 12 refers to the voice database 19 and transmits a voice recognition signal S5 corresponding to the voice signal S4 to the driving training monitoring unit 8. The operation training monitoring unit 8 searches the voice recognition signal S5 that the operator 2 has issued a reactor water level drop from the voice recognition signal S5. When the corresponding voice recognition signal S5 is recorded, the driving training monitoring unit 8 transmits a setback request signal S9 to the plant simulation unit. The setback request signal S9 includes time information, and the plant simulation unit 11 performs a setback at the time of the setback request signal S9 and restores the state of the plant at that time.

  Thus, according to this example, it is possible to restore the plant state restoration up to the state where the operator 2 or the duty length 13 emits a specific voice during training.

Next, a seventh processing example of the voice processing unit 12 in the plant operation training apparatus according to the present embodiment will be described with reference to FIG.
FIG. 8 is a block diagram showing a configuration used for the seventh processing example of the voice processing unit in the plant operation training apparatus according to the embodiment of the present invention. The same reference numerals as those in FIG. 1 denote the same parts, and FIG. 8 shows only the parts necessary for the seventh processing example.

  In the seventh processing example, the operator's tension is analyzed from the voice of the operator 2 during training.

  The voice uttered by the operator 2 during the training is input to the voice input unit 16. The voice input unit 16 transmits the voice signal S4 to the voice processing unit 12. The voice processing unit 12 converts the input voice signal S4 into a voiceprint signal S10 and transmits the voiceprint signal S10 to the voiceprint analyzer 7. The voiceprint analyzer 7 analyzes the input voiceprint signal S10. For example, the voiceprint analyzer 7 determines the degree of tension by paying attention to the frequency of the voice uttered by the operator 2. For example, the frequency range of the operator's voice during normal driving operation is confirmed. In addition, the frequency range of the operator's voice when a sudden event occurs is confirmed. Then, by comparing the two, if the operator's voice is high when a sudden event occurs, it can be determined that the operator is nervous. In addition, the degree of tension can be quantified. In addition to the frequency of the voice, it can be determined that the person is nervous as the speed of the voice increases. The analysis result is transmitted to the instructor console 3. The instructor console 3 displays the analysis result.

  Thus, according to this example, it is possible to analyze the degree of tension from the voice of the operator 2 during training.

  As described above, according to the present embodiment, it is possible to execute scheduling from a scheduling execution command by an instructor's voice during training.

  In addition, scheduling can be edited from a scheduling editing command by the instructor's voice at the time of scheduling creation.

  Furthermore, it is possible to synthesize the driving sound of the field equipment from the on-site equipment operation command by the length of the voice during the on-site operation during training and synthesize the sound at the time of the on-site operator's corresponding operation and output it through the speaker. A realistic plant operation training device can be obtained.

  In addition, it is possible to synthesize a duty length instruction voice when the plant process changes during training and output it through a speaker.

  Further, it is possible to output the event and the operation of the operator from the training result through a speaker, and output through a printer, and create a report.

  Furthermore, it is possible to synthesize voice of operation commands based on the driving procedure manual during the driver's self-training and output it through the speaker.

  Furthermore, it becomes possible to output the operation of the operator through the speaker during training.

  Furthermore, it becomes possible to use a specific voice of the trained operator as a trigger for scheduling execution.

  Furthermore, it becomes possible to restore the plant state to a state where the operator or the duty on duty has made a specific sound during training.

  Furthermore, it becomes possible to analyze the degree of tension from the voice of the operator during training, and the training effect can be improved.

As described above, according to the present embodiment, the burden on the instructor can be reduced.

DESCRIPTION OF SYMBOLS 1 ... Simulated control panel 2 ... Operator 3 ... Instructor console 4 ... Instructor input part 5 ... Instructor monitoring part 6 ... Scheduling processing part 7 ... Voiceprint analyzer 8 ... Driving training monitoring part 9 ... Instructor 10 ... Simulator computer 11 ... Plant simulation Unit 12 ... Voice processing unit 13 ... Duty length 14 ... Printer 15 ... Voice recognition device 16 ... Voice input unit 17 ... Scheduling function database 18 ... On-site acoustic database 19 ... Voice database 20 ... Operating procedure manual database 21 ... Voice synthesizer 22 ... Speaker S1 ... Operation signal S2 ... Plant state signal S3 ... Simulation signal S4 ... Voice signal S5 ... Voice recognition signal S6 ... Training data S7 ... Print command signal S8 ... Trigger setting signal S9 ... Setback request signal S10 ... Voiceprint signal

Claims (2)

A simulation control panel provided with an instrument for grasping the state of the plant and an operation switch for operating operation;
A plant operation training apparatus having a simulator computer for simulating a plant state according to operation of the simulation control panel,
A scheduling function database in which scheduling function signals are databased ;
Lee constructor and shift supervisor, and a voice database the voice print at the time of the corresponding operation of the site operator and database,
Lee constructor and shift supervisor, a voice input unit for generating a sound signal by recognizing the voice of the operator,
A speech recognition signal corresponding to the sound signal inputted from the voice input unit, removed from one of the databases, audio processing and output to the scheduling processing unit of the simulator computer to output the speech recognition signal to the speech synthesizer a voice recognition device comprising a part,
The voice recognition device searches for an operator or duty-long voice recorded during driving training by voice inputted from the voice input unit, and restores the plant state to a state where specific voice is emitted. A plant operation training device. A simulation control panel provided with an instrument for grasping the state of the plant and an operation switch for operating operation;
A plant operation training apparatus having a simulator computer for simulating a plant state according to operation of the simulation control panel,
A scheduling function database in which scheduling function signals are databased ;
And a speech database was database voiceprint of time corresponding manipulation of the gastric constructor and field operators,
A voice input unit for generating a sound signal by recognizing the voice of Lee constructor and operator,
A speech recognition signal corresponding to the sound signal inputted from the voice input unit, removed from one of the databases, audio processing and output to the scheduling processing unit of the simulator computer to output the speech recognition signal to the speech synthesizer a voice recognition device comprising a part,
The said speech recognition apparatus outputs the event and operation of an operator, and a voice from a recorded training result from a speaker, and outputs it through a printer and creates a report, The plant operation training apparatus characterized by the above-mentioned.

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