JP2011199469A - Training apparatus using facility monitoring device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To create a training pattern adapted to actual operation of a facility easily by using past result data.SOLUTION: The training apparatus includes: a data processing unit 14 which collects event information indicating the state of a facility, and creates a message character string indicating the state of the facility and additional information including the time of the event and tag information; a statistics message database 11 which stores the message character string and the additional information created in the data processing unit; a statistics message data searching unit 16 which searches the statistics message database for the statistics message data at the time of disaster by inputting a specific key word, and registers the searched statistics message data in a training pattern table; and a training execution unit 18 which reads a training pattern from the training pattern table and generates a simulation event.

Description

  The present invention relates to a training apparatus using a facility monitoring apparatus, and more particularly, to a training apparatus using a facility monitoring apparatus that can generate a training pattern in accordance with the actual operation of the facility.

  Remote monitoring and control devices that monitor facilities distributed on roads and the like are installed in facilities ranging from 100 to 200 such as interchanges and tunnels. Operators can monitor monitored equipment (power receiving / distributing equipment, lighting equipment, tunnels, etc.) The state of disaster prevention equipment, tunnel ventilation equipment, etc.) is monitored, the circuit breakers that make up the equipment are turned on and off, and the lights are turned on and off.

  As described above, the road distant monitoring and control device monitors a large number of facilities, and therefore focuses on monitoring the current facility status in real time without being aware of the operation sequence of the facility to be monitored. .

  Further, in the road distant monitoring and control device, an operator is required to perform an appropriate operation corresponding to the situation when various disasters such as a power failure or a fire occur, and therefore training is performed regularly (Patent Document 1). ).

JP-A-7-154879

  When registering a training pattern that simulates a disaster such as a power outage or a fire in the training device that trains the operator, for example, investigate the scope of impact on the disaster, and investigate multiple facilities at multiple affected facilities at the time of the disaster. It is necessary to analyze the operation sequence in detail. In addition, the specifications of a plurality of facilities monitored by the facility monitoring device may differ depending on the age and manufacturer of the facilities installed. For this reason, it is difficult to grasp all of these circumstances and predict an operation time, an operation order, etc. for each failure item at the time of a disaster and generate a training pattern.

  In addition, when the conventional training function registers the investigation result as a training pattern in the training device, it is necessary to register the failure items and the monitoring items one by one while determining the generation order or the generation interval. . Furthermore, when the monitoring line is extended or the equipment to be monitored is updated due to aging, it is necessary to review the training pattern each time.

  As described above, since the creation and maintenance of the training pattern requires enormous effort, in practice, training is often performed by creating a simplified training pattern.

  The present invention has been made in view of these problems, and provides a training apparatus for an equipment monitoring apparatus that can easily create a training pattern according to the actual situation.

  In order to solve the above problems, the present invention employs the following means.

  A data processing unit that collects event information representing the state of equipment and generates additional information including a message character string representing the state of the equipment, an occurrence time of the event, and tag information, and the message generated by the data processing unit Statistical message database that stores character strings and additional information, and statistical messages that input predetermined keywords, retrieve statistical message data at the time of disaster from the statistical message database, and register the retrieved statistical message data in the training pattern table A data search processing unit and a training execution processing unit that reads a training pattern from the training pattern table and generates a simulated event are provided.

  Since this invention is provided with the above structure, the training pattern based on an example can be created easily.

It is a figure explaining the training apparatus using the equipment monitoring apparatus concerning embodiment of this invention. It is a figure which shows the detail of the data stored in a statistical message database.

  Hereinafter, embodiments will be described with reference to the accompanying drawings. FIG. 1 is a diagram illustrating a training apparatus using a facility monitoring apparatus according to an embodiment of the present invention. As shown in FIG. 1, a training device (monitoring control processing device) 1 using a facility monitoring device is a device that plays a central role in a remote monitoring control system that remotely monitors roads and the like. Monitoring data from each slave station installed at each monitoring point of the road incidental equipment is collected as event data via the transmission device 4 and the transmission processing unit 15, and the collected event data is sent via the monitoring control console communication processing unit 13. It is displayed on the display device of the monitoring control console 2.

  In addition, the data processing unit 14 collects the collected data in a message character string and additional information added to the character string (event occurrence time, tag information indicating the event occurrence location, event type (failure occurrence / recovery, etc.)). The processed event data is stored in the statistical message database 11 in time series via the statistical message data storage processing unit 12.

  The supervisory control console 2 is a control console used during normal operation, and is also used during the training of operators. Control operation data performed by the operator on the monitoring control console 2 is transmitted to the data processing unit 14 of the monitoring control processing device 1 via the monitoring control console communication processing unit 13. The data processing unit 14 transmits the received control operation data to a slave station installed in a distant road incidental facility via the transmission processing unit 15 and the transmission device 4.

  At this time, the data processing unit 14 adds the received control operation data to the message character string and additional information to be added to the character string (event occurrence time, tag information indicating the event occurrence location, event type (failure occurrence / And the processed data is stored in the statistical message database 11 in time series.

  The statistical table 3 is a terminal that searches past statistical message data, and is also used for setting a training pattern. When creating a training pattern for simulating a disaster, the statistical message database 11 is searched by designating keywords such as a period, facility name, and equipment name via the statistical table 3. After the required addition / deletion / change operation is performed on the retrieved data, it is registered in the training pattern table 17 as a training pattern.

  At the time of training, the training execution processing unit 18 reads the training pattern from the training pattern table 17, generates a simulated event according to the read training pattern, and the generated simulated event is monitored via the data processing unit 14. 2 is displayed on the display device. When generating a simulated event, it follows the elapsed time from the occurrence of the previous event in the training pattern, tag information indicating the location where the event occurred, and the type of event (occurrence / recovery of failure, etc.).

  Further, when the content registered in the training pattern is an operator operation, the control operation data input from the monitoring control console 2 is transferred to the data processing unit 14 of the monitoring control processing device 1 via the monitoring control console communication processing unit 13. Entered. In the training execution processing unit 18, the input data determines whether or not a correct operation has been performed, and if it is determined that the operation is not correct, the correct operation is displayed on the display screen of the monitoring control console 2. Is displayed as a guidance.

  FIG. 2 is a diagram showing details of data stored in the statistical message database 11. The statistical message database 11 collects event data representing the state of a plurality of road incidental facilities via the transmission processing unit 15, and stores the collected data as statistical message data in time series. The control operation data generated by the operation of the monitoring control console 2 is stored in a time series as statistical message data via the monitoring control console communication processing unit 13 and the data processing unit 14 of the monitoring control processing device 1.

  At this time, the data processing unit 14 adds the control operation data to the message character string and the additional information (tag information indicating the event occurrence time, event occurrence location or operation target location, event type (failure) And the processed data is stored in the statistical message database 11 in time series.

  As described above, the monitoring and control processing apparatus stores the actual events that are constantly monitored and the operation records of the operators as statistical message data. Further, when storing, information for generating a simulated event to be used later as a training pattern is added and stored as additional information. When conducting a training by generating a simulated event, the statistical message data is searched using keywords such as the time of occurrence and location (facility name, etc.), and the search results are edited and registered as a training pattern. carry out.

  Additional information for generating a simulated event when saving as statistical message data is the event occurrence time, event tag information, event occurrence / recovery direction, or operator operation direction. The event occurrence time is used to calculate the relative time from the previous event when registering the training pattern. The event tag information is key data for uniquely retrieving one item from a plurality of monitoring items defined on the system. The event tag information is combined with the event occurrence / recovery direction and the operator operation direction. Is used internally to generate data designated as a training pattern as a simulated event, or when determining whether the operator has performed a correct operation.

  The retrieved statistical message data is registered as a training pattern via an editing screen that allows addition, deletion, and change. Thereby, it is possible to verify the suitability of the response at the time of the past disaster event. Also, when creating a training pattern similar to a past disaster event, it is possible to easily adjust and recreate it. For this reason, past disaster events can be easily registered as training patterns, and operator training based on actual examples can be performed. In addition, even in the event that a wide-area disaster or a secondary disaster such as a fire is predicted, it is possible to accurately grasp failure items, operation times, and operation orders of a plurality of monitoring target facilities.

  As described above, according to the present embodiment, the training pattern is created using the statistical message data in which disaster events that have occurred in the past, which are actual events that are always accumulated by the equipment monitoring device, is created. Training can be performed.

DESCRIPTION OF SYMBOLS 1 Monitoring control processing device 2 Monitoring control console 3 Statistical table 4 Transmission apparatus 11 Statistical message database 12 Statistical message data storage processing part 13 Monitoring control console communication processing part 14 Data processing part 15 Transmission processing part 16 Statistical message data search processing part 17 Training Pattern table

Claims (3)

A data processing unit that collects event information representing the state of the equipment, and generates additional information including a message character string representing the state of the equipment, the occurrence time of the event, and tag information;
A statistical message database for storing the message character string and additional information generated by the data processing unit;
A statistical message data search processing unit for inputting a predetermined keyword, searching statistical message data at the time of a disaster from the statistical message database, and registering the searched statistical message data in a training pattern table;
A training apparatus using an equipment monitoring apparatus, comprising a training execution processing unit that reads a training pattern from the training pattern table and generates a simulated event. A data processing unit that collects event information representing the state of the equipment, and generates additional information including a message character string representing the state of the equipment, the occurrence time of the event, and tag information;
A statistical message database for storing the message character string and additional information generated by the data processing unit;
A statistical message data search processing unit for inputting a predetermined keyword, searching statistical message data at the time of a disaster from the statistical message database, and registering the searched statistical message data in a training pattern table;
A training execution processing unit that reads a training pattern from the training pattern table and generates a simulated event,
The data processing unit reads an event occurrence time, an occurrence location, an event event including a distinction between failure occurrence and recovery and an operation event performed by the operator, and generates a training pattern in the statistical message database as additional information on the read event information. A training device using an equipment monitoring device, characterized in that it is stored as information at the time. A data processing unit that collects event information representing the state of the equipment, and generates additional information including a message character string representing the state of the equipment, the occurrence time of the event, and tag information;
A statistical message database for storing the message character string and additional information generated by the data processing unit;
A statistical message data search processing unit for inputting a predetermined keyword, searching statistical message data at the time of a disaster from the statistical message database, and registering the searched statistical message data in a training pattern table;
A training execution processing unit that reads a training pattern from the training pattern table and generates a simulated event,
Event events including event occurrence time, occurrence location, failure occurrence / recovery distinction and operation events performed by the operator are read, and the read event information is used as additional information as information for generating a training pattern in the statistical message database. The training method using the equipment monitoring apparatus characterized by the above-mentioned.

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