JP2008040354A - Dam discharge operation simulation system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a dam discharge operation simulation system wherein the training of dam discharge operation using a plurality of devices can be remotely simulated. <P>SOLUTION: A dam operation training server 20 includes: a database 21 storing device operation manual information 210 and implementation procedure information 211; a simulation executing means 22 which virtually selectably displays a plurality of devices on an external terminal 10, acquires a plurality of operation contents of the selected device from the device operation manual information 210 and virtually selectably displays the operation contents on the external terminal 10, and displays the virtual implementation state of the operation contents selected by the external terminal 10 on the external terminal 10; and an implementation order judging means 24 which sets one operation content selected by a system user as one step of the dam discharge operation, stores the implementation order of each step in the dam discharge operation as step implementation order data, and judges whether the step implementation order data are correct or incorrect on the basis of virtual dam state and implementation procedure information 211 set in advance. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  The present invention relates to a dam discharge work simulation system in which a system user can simulate a dam discharge work using a plurality of devices by an operation on an external terminal via a predetermined network.

  Conventionally, dam discharge work has been performed in dams to discharge stored water to rivers and the like by opening and closing dam gates. In such dam discharge work, in order to discharge safely from the dam, the dam operator operates the dam gate (dam operation) while accurately judging various information such as the amount of rainfall, how to rain, and the amount of increase in inflow. ) (See, for example, Patent Document 1). In addition, the dam discharge work has a socially important mission to discharge water to the rivers and the like artificially.

  For this reason, dam operators engaged in dam discharge work have received technical training on equipment operation methods and operation procedures necessary for carrying out dam discharge work before actually engaging in dam operation at the site. . This technical education is conducted in a so-called lecture format in which a large number of dam operators are gathered at one designated place and the instructor stands on the floor using texts, electronic media, etc. For example, a training simulator apparatus is used. However, in any case, the dam operator had to take technical training at the designated date and time, which was very burdensome.

JP 2000-122726 A ([Prior Art])

  In view of such circumstances, an object of the present invention is to provide a dam discharge work simulation system capable of remotely simulating dam discharge work training using a plurality of devices.

  A first aspect of the present invention that solves the above problem is that a system user can connect from an external terminal via a predetermined network, and perform dam discharge work using a plurality of devices by operation on the external terminal. A dam operation training server that enables simulation, wherein the dam operation training server includes device operation manual information including information related to operation contents of the plurality of devices, and operation procedures of each device according to the dam status. A database that stores at least execution procedure information that is information on the correct execution procedure of the release work, and the plurality of devices are displayed on the external terminal so as to be virtually selectable, and the plurality of devices selected by the external terminal The operation content is acquired from the device operation manual information and the acquired operation content is displayed on the external terminal so as to be virtually selectable. Simulation execution means for displaying the virtual implementation status of the operation content selected on the terminal on the external terminal, and one operation content selected by the system user from the operation content displayed by the simulation execution means, on the dam discharge work The process execution order of each process of the dam discharge work is stored as process execution order data, and the correctness of the process execution order data is determined based on the preset virtual dam situation and the execution procedure information. A dam discharge business simulation system having an execution order determination means.

  In the first aspect, the system user can access the dam operation training server from the external terminal via the network and simulate the dam discharge work using a plurality of devices by operating the external terminal. So you can receive training on dam discharge work wherever you are. Thereby, the system user can use time etc. effectively and can aim at the significant reduction of cost.

  According to a second aspect of the present invention, the equipment operation manual information includes a dam information processing apparatus that performs dam monitoring, a dam gate control information processing system including a dam gate control apparatus that performs dam gate control, a discharge alarm device, and an operation recording printer. The dam discharge business simulation system according to the first aspect is characterized in that the information relates to the operation content of at least one device selected from the group consisting of an observation recording printer and a communication terminal.

  In the second aspect, by storing the same manual information as various devices used in the actual dam discharge work in the database, the dam discharge work can be trained more closely to the actual dam discharge work.

  According to a third aspect of the present invention, the simulation executing means displays a plurality of external terminals simultaneously connected to the dam operation training server so that different devices can be virtually selected, and each external terminal The dam discharge business simulation system according to the first or second aspect, wherein the operation content of the device selected in step 1 is acquired from the device operation manual information based on the operation content of the device selected by another external terminal. It is in.

  In the third aspect, dam discharge work training can be performed by cooperative operation of a plurality of system users. Furthermore, it will be possible to conduct training for dam discharge work linked to multiple dams.

  According to a fourth aspect of the present invention, the device operation manual information includes emergency response manual information when at least one of the plurality of devices has failed, and the simulation execution means includes the external terminal. In the dam discharge work simulation system according to any one of the first to third aspects, the operation content of the device selected in (1) is acquired from the device operation manual information including the emergency response manual information.

  In the fourth aspect, it is possible to perform training for quickly and appropriately responding to troubles such as equipment accidents.

  Hereinafter, the present invention will be described in detail based on embodiments.

  Various dam facilities are installed around the actual dam and its surroundings. Examples of dam facilities include upstream rain gauges that measure rainfall in the upstream area of the dam, upstream river water level meters that measure upstream river water levels, upstream rain gauges, and transmitters that transmit data from upstream river water level gauges. A receiver that receives data transmitted from the transmitter of the equipment and the upstream equipment, a dam rain gauge that measures the rainfall near the dam, a dam water level gauge that measures the reservoir level of the dam, a gate opening and closing device that opens and closes the dam gate, There is a gate opening meter that measures the opening of a dam gate.

  In addition, information from such dam facilities can be obtained in real time at the dam management office, and the dam management office, based on the information from the dam equipment, discharges dams using a plurality of devices, for example, Dam operations such as opening and closing dam gates are carried out. The equipment used in the dam discharge work includes, for example, a dam gate control information processing system composed of a dam information processing device for dam monitoring and various data processing and a dam gate control device for dam gate control, a remote operation panel, observation Examples include a recording printer, an operation recording printer, a dam water level gauge, a discharge alarm device, and a communication terminal.

  Here, the operation record printer has the date, time, reservoir level, water level difference at predetermined time intervals, reservoir volume, gate opening, gate discharge flow rate, dam discharge flow rate, generated water usage amount, responsible discharge flow rate, reservoir discharge flow rate, inflow Data on dam operation status such as volume, expected inflow, and planned (target) discharge flow is output. The observation recording printer outputs hydrological data such as date, time, upstream rainfall, and upstream river water level. Furthermore, the dam information processing device performs dam monitoring, for example, monitoring the operating status of each dam facility provided in the dam, monitoring the dam operation status (for example, dam rainfall, water level, inflow, etc.), and further inflow Calculation processing such as prediction of change in quantity is performed. Examples of communication terminals include telephones and faxes.

  Hereinafter, a dam discharge work simulation system of the present invention that enables simulation of a dam discharge work using a plurality of devices described above will be described. FIG. 1 is a schematic configuration diagram showing a dam discharge business simulation system according to an embodiment of the present invention. 2 to 4 are schematic diagrams illustrating examples of screens of the external terminal according to the embodiment of the present invention.

  As shown in FIG. 1, the system of the present embodiment includes an external terminal 10 operated by a system user, and a dam operation training server 20 that enables simulation of dam discharge work using a plurality of devices. The terminal 10 can access the dumb operation training server 20 via a predetermined network 30 such as the Internet or an intranet.

  The dam operation training server 20 has a database 21 for storing information necessary for simulation of dam discharge work performed in the actual dam facility described above. Specifically, the database 21 includes, for example, device operation manual information 210 including information on operation contents of a plurality of devices used for dam discharge work, and dam discharge work including operation procedures of each device according to the dam situation. The execution procedure information 211, which is the correct execution procedure information, is stored.

  In the present embodiment, the device operation manual information 210 includes information related to the operation contents of each device and information related to various work contents performed as a dam discharge work. For example, at the time of preliminary warning, at the start of discharge, at the time of flood warning, It contains information on the work contents according to each dam situation at the time of flooding, the end of discharge, etc. and the operation contents of each equipment necessary for each work contents. That is, information on the operation content of each device is stored in the database 21 as device operation manual information 210 in association with information on the above-mentioned business content, dam status, and the like. Specifically, as the equipment operation manual information 210, when the dam state is “at the time of preliminary warning”, information indicating that “machines and equipment necessary for dam operation are inspected” or the dam state is “ In the case of “Dam discharge start”, the information “Do siren sound” and “Do the gate operation by the method of increase / decrease of discharge flow stipulated in the dam operation regulations” or when the dam situation is “At flood warning” In addition to the work to be performed during the precautions, information such as “predictive check of changes in inflow over time” and “to discharge necessary water from the reservoir according to dam operation regulations” can be mentioned.

  In addition, as the equipment operation manual information 210, for example, when the dam status is “flooding”, “(A) the amount of inflow from the time of flooding until all gates of the dam are fully opened” Perform the operation to discharge the corresponding flow rate. ”“ (B) From when the time specified in (A) has elapsed until the inflow amount reaches the maximum and the reservoir level is always equal to the full water level. , Perform the operation to release the flow rate when all gates of the dam are fully opened. ”“ (C) From the time specified in (B) above to the time of flooding, If the dam status is “during flood treatment” and “when the inflow begins to increase again,” (A), (B) and (C) If the dam status is "from flood treatment to end of discharge" The gate operation performed by the method of discharge amount of increase or decrease is provided for in the dam operating provisions "information to the effect thereof.

  The above-mentioned “method of increasing / decreasing the discharge flow rate” means that the amount of flooding (maximum that does not cause general disasters in the cultivation of private land in the downstream area of the dam, etc.) is to prevent harm caused by sudden water level fluctuations in downstream rivers. The maximum limit of the rate of increase or decrease of the discharge flow rate up to the flow rate of the dam). In addition, the “Dam Operation Regulations” means that the person who intends to install a dam in accordance with the provisions of the River Law uses the river manager in advance to determine whether or not to use the dam for the purpose of storing or taking water. It is a rule regarding the operation method of the dam that must be approved.

  In addition, the device operation manual information 210 described above includes emergency response manual information that is a countermeasure method when at least one of a plurality of devices breaks down or when various troubles occur during dam discharge work. It may be included. As emergency response manual information, for example, if a turbine / generator trip (power intake stoppage) failure or a major gate failure occurs, information indicating that “alternate discharge operation is performed by the gate”, dam gate control information processing system failure When it occurs, there is information such as "Calculate gate discharge flow distribution and perform gate discharge operation", and information such as "Siren sounding and gate closing operation" when a malfunction of gate abnormal opening occurs .

  On the other hand, the execution procedure information 211 is information regarding the correct execution procedure of the dam discharge work including the operation procedure of each device according to the dam situation. Examples of dam discharge operations include “collecting meteorological information”, “checking hydrological quantities in the dam basin”, “measurement of hourly and cumulative rainfall”, “measurement of reservoir water level”, “gate opening” Adjustment ”,“ Recording of discharge flow rate and inflow amount to reservoir ”,“ Performing water discharge prediction ”, etc. And the correct execution procedure according to the dam situation of each work content (process) of these dam discharge work is stored in the database 21 as the execution procedure information 211.

  In addition to the device operation manual information 210 and the implementation procedure information 211 described above, the database 21 includes, for example, a total rainfall / maximum inflow table, a time to maximum inflow and a water reduction time table, and a dam discharge start necessity study. , Flood forecast / discharge plan information such as average rainfall after a predetermined time and inflow table may be stored.

  Moreover, the dam operation training server 20 of this embodiment determines whether the execution procedure of each work content (process) of the dam discharge work simulation by the system user and simulation execution means 22 that enables simulation of the dam discharge work is correct. And an execution order determination unit 24. In this dumb operation training server 20, after allowing access by the external terminal 10 of the system user, by operating the external terminal 10, specifically, by operating the keyboard or mouse, etc., a plurality of devices are executed by the simulation execution means 22 or the like. A simulation of dam discharge work will be conducted. The simulation execution means 22 can communicate information with the external terminal 10 via the transmission / reception means 23 provided in the dam operation training server 20.

  Specifically, the simulation execution means 22 displays a plurality of devices used for dam discharge work on the external terminal 10 so as to be virtually selectable, and displays the operation contents of the device selected by the external terminal 10 as device operation manual information. The operation content acquired from 210 is displayed on the external terminal 10 so as to be virtually selectable, and the virtual implementation status of the operation content selected on the external terminal 10 is displayed on the external terminal 10. And the display by the simulation execution means 22 on the external terminal 10 of the operation content of the device and each device and the selection by the system user of the operation content of the device and each device displayed on the external terminal 10 are repeated. The simulation of dam discharge work will be implemented.

  Here, in the dam discharge work, there are work contents and implementation procedures according to each dam situation described above. For example, if the dam status is “at the time of preliminary warning”, “collection of weather information” is first performed as an actual work based on the dam operation rules. Next, “records of hourly and cumulative rainfall in the dam and basin, reservoir water level, gate opening, discharge flow rate, inflow into the reservoir, etc.” are performed. Then, “Report to related organizations”. In addition, if necessary, “Drainage forecast” will be conducted to examine the necessity of dam discharge.

  In the dam discharge business simulation system according to the present invention, in order to surely simulate the actual business content and the execution procedure, the simulation execution means 22 first starts the virtual dam. The situation is arbitrarily set and displayed on the external terminal 10. Then, the system user selects the above-described device or the operation content while considering the execution procedure of the dam discharge work optimum for the virtual dam situation. That is, the system user displays various devices and operation contents displayed on the external terminal 10 according to each dam situation, for example, “at the time of preliminary warning”, “at the start of discharge”, “at the time of flood warning”, “at the time of flood”, “ The dam discharge operation can be simulated by selecting appropriately according to “when the discharge ends” or the like. Although described later in detail, the dam discharge work simulation system according to the present invention can experience or confirm a dam discharge work suitable for each dam situation.

  When the system user accesses the dam operation training server 20 from the external terminal 10 and starts the simulation of the dam discharge work, the simulation execution means 22 first sets and displays a virtual dam situation on the screen, A plurality of devices used for dam discharge work are displayed on the screen 11 of the external terminal 10 so as to be virtually selectable. For example, as shown in FIG. 2, the simulation execution means 22 sets “preliminary warning” as a virtual dam situation and displays it on the screen of the external terminal 10. "100", "distant operation panel" 101, "operation recording printer" 102, "observation recording printer" 103, and "communication terminal" 104 are displayed on the screen 11 of the external terminal 10 so as to be virtually selectable. The “dam gate control information processing system” 100 is a system for opening and closing a dam gate, and includes a “dam gate control device” and a “dam information processing device” (not shown).

  Next, when the system user selects an arbitrary device from among a plurality of devices displayed on the external terminal 10 by, for example, a keyboard or a mouse operation, the simulation executing unit 22 displays the operation content of the selected device in the database. As shown in FIG. 3A, the acquired operation content is displayed on the screen 11 of the external terminal 10 so as to be virtually selectable.

  When the emergency operation manual information described above is included in the device operation manual information 210, for example, the simulation execution means 22 has a virtual state of each device necessary for dam discharge work at a predetermined timing, for example, , “Good”, “failure”, etc. are set at a predetermined timing. When the virtual operation of any “device” among the plurality of devices is set to “failure”, the simulation execution means 22 displays the emergency response manual information included in the device operation manual information 210. The operation content of the device selected by the external terminal 10 is acquired with priority.

  Thereafter, for example, when “observation recording printer” 103 is selected from a plurality of operation content items shown in FIG. 3A, the operation content is “observation recording printer” as shown in FIG. 3B. A plurality of print items 103, for example, “upstream rainfall” 103b, “upstream river water level” 103c, and the like are displayed. Here, for example, when the item “upstream rainfall” 103b is selected as the operation content, the “upstream rainfall” 103b can be browsed instead of actual printing. That is, the implementation status of the selected operation content is virtually displayed on the screen.

  For example, when “simulation of various dams” is simulated, the screen returns to the screen 11 in FIG. 2 and the “dam gate control information processing system” 100 is selected. Thereby, as shown in FIG. 4A, “dam gate control device” 100 a and “dam information processing device” 100 b are displayed on the screen 11 of the external terminal 10. Here, by selecting “dam information processing apparatus” 100b, as shown in FIG. 4B, “dam water level” 100c, “water level difference at predetermined time intervals” 100d, “water storage amount” 100e, "Gate opening" 100f, "Gate discharge" 100g, "Dam discharge" 100h, "Power generation water consumption" 100i, "Responsible discharge" 100j, "Reservoir discharge" 100k, "Inflow" 100l, "Expected inflow" Items of various operation contents (business contents) such as “amount” 100 m and “record” 100 n are displayed on the screen 11 of the external terminal 10. Then, by selecting an item such as “water storage amount” 100e from these items, it is possible to perform a “confirmation of dam quantities” simulation.

  Further, for example, when the “record” 100n item is selected from the plurality of items shown in FIG. 4B, a plurality of items are displayed although not shown, and by selecting the corresponding item from the items, For example, “weather information” can be viewed instead of actual information communication. Also, for example, in the case of performing a simulation of “transmission / reception record of various information”, after selecting “record” 100n, the corresponding item from among a plurality of items as in the case of “weather information” Should be selected. Further, after selecting the “dam gate control information processing system” 100 from a plurality of devices displayed on the screen as shown in FIG. 2, when selecting the “dam gate control device” 100 a from the items shown in FIG. It is possible to simulate the opening and closing operation of the dam gate based on a predetermined condition.

  In addition, when “communication terminal” 104 and “dam gate control information processing system” 100 are selected on the screen shown in FIG. 2, it is possible to simulate the “notification / notification” task defined in the dam operation rules. In addition, when “operation recording printer” 102 is selected, for example, date, time, water storage level, water level difference at a predetermined time interval, water storage amount, gate opening, gate discharge flow rate, dam discharge flow rate, generated water usage amount, responsible discharge amount. Data necessary for dam operation related to dam discharge work such as flow rate, reservoir discharge, inflow, expected inflow, and planned (target) discharge can be recorded and viewed. When “distant operation panel” 101 is selected on the screen shown in FIG. 2, the operation of various devices such as “discharge alarm device” and “standby power supply device” can be simulated.

  The simulation execution means 22 is not only used when the dam status is “at the time of preliminary warning”, but also at “after the start of dam discharge”, “at the time of flood warning”, “at the time of flood”, “at the end of dam discharge”, etc. Even in other dam situations, simulation of dam discharge work using a plurality of devices can be performed by appropriately selecting each work item displayed on the screen while selecting each predetermined device.

  As described above, in the dam discharge business simulation system of the present invention, the system user can select a plurality of devices and operation contents of each device or a business content using each device in accordance with an actual business procedure. Since the simulation of the dam discharge work is possible, it is possible to experience the same realism as if the actual work was performed for each dam state.

  In this embodiment, the simulation execution unit 22 arbitrarily sets the above-described virtual dam situation at the start of the simulation. However, the virtual dam situation is reset at an arbitrary time point. Also good. In other words, the virtual dam situation may change during the simulation. Of course, this virtual dam situation may be specified by the system user. Further, the simulation user may be able to set the simulation time back, advance, speed change, etc., as specified by the system user. Thereby, it is possible to perform a simulation of dam discharge work at various levels.

  In addition, as described above, when information such as “flow forecast” and “release plan information (total rainfall / maximum inflow table, etc.)” is stored in the database 21, refer to the information such as “flow forecast”. By predicting temporal changes such as “maximum inflow amount” and “other inflow amount”, a more realistic simulation can be performed.

  Moreover, the dam operation training server 20 which concerns on this invention has the implementation order determination means 24 with the simulation execution means 22 as mentioned above. The execution order determination means 24 sets one operation content selected by the system user from the operation contents displayed by the simulation execution means 22 as one process of the dam discharge work, and sets the execution order of each process of the dam discharge work as the process execution order. The data is stored as data, and the correctness / incorrectness of the process execution order data is determined based on a preset virtual dam situation and execution procedure information 211. Specifically, this execution order determination means 24 is used when the execution procedure of the dam discharge work is not suitable for a virtual dam situation, that is, a plurality of devices shown in FIG. 2 or a plurality of operation content items shown in FIG. If the selection order (process execution order data) is not suitable for the virtual dam situation, error information is presented to the system user. For example, a warning sound is generated or a warning message or the like is displayed on the screen of the external terminal 10.

  Thereby, the system user can recognize that the execution procedure of the dam discharge work is wrong, and can learn the dam discharge work surely by confirming the correct execution procedure after that. In addition, the error information may be presented to the system user when an item such as the operation content is selected, or, of course, may be performed when the simulation of the dam discharge work is completed. Good.

  As described above, in the system according to the present embodiment, the system user accesses the dam operation training server 20 from the external terminal 10 via the network 30 and operates the external terminal 10 to use the dam using a plurality of devices. Since the discharge work can be simulated, dam discharge work training can be received anywhere. Moreover, since the execution order determination means 24 points out an erroneous operation, the system user can learn the work content of the dam discharge work at an early stage by repeatedly performing the simulation. Furthermore, the system user can use time etc. effectively by utilizing the system of this embodiment, and can aim at the significant reduction of cost.

  Although one embodiment of the present invention has been described above, the present invention is not limited to the above-described embodiment. For example, in the above-described embodiment, a system in which one external terminal 10 and the dam operation training server 20 are connected via a network is illustrated, but the present invention is not limited to this. For example, the plurality of external terminals 10 and the dam operation training server 20 are connected via a network, and the simulation execution means 22 displays different devices on each of the plurality of external terminals 10 so that they can be virtually selected. The operation content of the device selected by each external terminal 10 may be acquired from the device operation manual information based on the operation content of the device selected by another external terminal 10.

  That is, by using such a system, a single system user can simulate a dam discharge operation in an independent dam, for example, a dam discharge operation in an independent dam can be performed by a plurality of systems. A user may be able to perform simulation in cooperation. Further, for example, each dam discharge task in a plurality of independent dams may be simulated by one system user or may be simulated by a plurality of system users working together. Furthermore, a series of dam discharge works in a plurality of linked dams may be simulated by one system user, or a plurality of system users may be linked and simulated. Good. It should be noted that which form of the simulation is performed may be set by a system user, or may be performed by a system administrator who manages this system.

It is a schematic block diagram which shows the dam discharge business simulation system which concerns on one Embodiment of this invention. It is the schematic which shows an example of the screen of the external terminal which concerns on one Embodiment of this invention. It is the schematic which shows an example of the screen of the external terminal which concerns on one Embodiment of this invention. It is the schematic which shows an example of the screen of the external terminal which concerns on one Embodiment of this invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 10 External terminal 20 Dam operation training server 21 Database 22 Simulation execution means 23 Transmission / reception means 24 Execution order determination means 30 Network 100 Dam gate control information processing system 101 Remote operation panel 102 Operation recording printer 103 Observation recording printer 104 Communication terminal 210 Equipment operation manual information 211 Implementation procedure information

Claims (4)

A system user can be connected from an external terminal via a predetermined network and has a dam operation training server that enables simulation of dam discharge work using a plurality of devices by operation on the external terminal,
The dam operation training server is equipment operation manual information including information related to the operation contents of the plurality of equipments, and an implementation procedure that is information on a correct implementation procedure of the dam discharge work including operation procedures of each device according to a dam situation. A database in which at least information is stored;
The plurality of devices are displayed on the external terminal so as to be virtually selectable, and a plurality of operation contents of the device selected by the external terminal are acquired from the device operation manual information and the acquired operation contents are virtually selected. Simulation execution means for displaying on the external terminal as possible, and displaying the virtual implementation status of the operation content selected on the external terminal on the external terminal;
One operation content selected by the system user from the operation contents displayed by the simulation execution means is set as one process of the dam discharge work, and the execution order of each process of the dam discharge work is stored as process execution order data. A dam discharge work simulation system comprising: an execution order determination means for determining whether the process execution order data is correct based on a preset virtual dam situation and the execution procedure information.   The equipment operation manual information includes a dam information processing device that performs dam monitoring, a dam gate control information processing system that includes a dam gate control device that performs dam gate control, a discharge alarm device, an operation recording printer, an observation recording printer, and a communication terminal. The dam discharge work simulation system according to claim 1, wherein the dam discharge work simulation system is information related to an operation content of at least one device selected from the group.   The simulation execution means displays a plurality of external terminals connected to the dam operation training server at the same time so that different devices can be virtually selected, and displays the operation contents of the devices selected by each external terminal. The dam discharge work simulation system according to claim 1, wherein the system is acquired from the device operation manual information based on operation content of the device selected by another external terminal. The device operation manual information includes emergency response manual information when at least one of the plurality of devices has failed, and the simulation execution means stores the operation content of the device selected by the external terminal. The dam discharge work simulation system according to any one of claims 1 to 3, wherein the system is acquired from the equipment operation manual information including the emergency response manual information.

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