JP3070871B2 - Equipment for disaster drill - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a disaster prevention drill for generating a simulated fire condition and enabling a disaster prevention center staff to conduct training on a code of conduct suitable for disaster prevention related equipment installed in the building. For equipment.

[0002]

2. Description of the Related Art Conventionally, in a fire alarm system, generally, as shown in FIG.
A sensor 1 such as a smoke detector or a flame detector detects the fire, or a fire discoverer operates a button of a transmitter 2 to notify a fire receiver 3 of a fire occurrence location, and lives in a building with a bell 4 or the like. It is a system that gives a warning to the elderly. Reference numeral 5 denotes an indicator light indicating the positions of the transmitter, the bell, and the fire hydrant.

[0003] Staff working at a disaster prevention center or the like, based on the information, (1) report to the fire department (2) self-defense firefighting activities (3) evacuation and guidance activities to residents in the building (4) evacuation Start-up operation of smoke and other disaster prevention related equipment (5) Emergency activities such as fire response operation of elevating equipment.

[0004] However, these fire alarms and disaster prevention equipment do not operate on a daily basis for the purpose thereof. The fact is that they also participate in training.

[0005] Therefore, the staff working at the disaster prevention center, etc.
On a daily basis, the functions, handling, maintenance status, etc. of the fire alarm and disaster prevention equipment installed in the building are monitored based on completed books, instruction manuals, related laws and regulations, and the like.

In this case, the devices and devices installed in the building cannot be actually operated, and only visual understanding of the drawings and the respective operation units, display units, devices, and the like is limited. There were many things.

[0007] In recent years, with the recent advancement of microelectronics technology and computer software technology, a fire occurrence location display (for example, what is displayed in each area divided by an area stipulated by law). Even if an individual sensor is installed, it is displayed as one area), the operation (fire occurrence) of each individual sensor is also displayed, and furthermore, sensing is performed for each individual sensor. Temperature, smoke density, etc. are also displayed on the receiver side.

Further, the operation of related disaster prevention related equipment, etc.
Finer control is being performed through the CPU. Various devices and systems are selected for the fire alarm system so that the fire prevention system is also suitable for the building in which they are installed.

In addition, the shortage of staff at the disaster prevention center,
Aging is progressing, and there are problems such as a lack of familiarity with the system due to the movement of staff between buildings, and difficulty in responding to the sophistication of the system.

[0010] In response to such social demands, systems for displaying operation guidance and the like on display units (various types such as a liquid crystal display type and a CRT display type) have been developed and sold by various manufacturers. ing.

[0011]

However, in these guidances, routine operations and the like after a fire has occurred are displayed, but they cannot be used for daily education and training. Also could not be operated.

As described above, it can be understood that the conventional apparatus has the following problems. (1) It is difficult to routinely educate and train the operation of the fire alarm system and disaster prevention related facilities of the building. (2) It is difficult to learn appropriate emergency activities according to the location of the fire. (3) It is difficult to confirm the operation of various disaster prevention-related facilities and to learn a series of operations.These problems are that it is impossible to create an actual fire condition in a building in the first place. This is because it is impossible to operate switches and the like on the installed panel (where various operation units and display units are provided). In particular, in the latter case, by operating switches and the like on the panel surface, various installed devices are activated, which may cause confusion or trouble for residents in the building.

Conventionally, for example, Japanese Patent Application Laid-Open No. 63-6560
No. 0 publication proposes a disaster prevention and crime prevention device. In this disaster prevention and prevention device, training is performed using the disaster prevention and prevention device itself. Training monitoring and control means that alternates between the modes was required.

The present invention has been made to solve such a conventional problem, and an object of the present invention is to provide a simulated operation panel and a main control device simulating a fire alarm equipment receiver installed in the building. It is an object of the present invention to provide an apparatus for disaster prevention training that can be configured and arbitrarily operated on an operation unit, and can analyze and arrange the information in a main control unit and display the information on a simulated operation unit.

[0015]

A simulated operation panel having a display section and an operation section, simulating a fire alarm equipment receiver installed in the building, and communicating with the simulated operation panel. A multiplex transmission device, a judgment unit, a circuit for generating a random fire situation, and an educational operation table for storing an action standard suitable for disaster prevention related equipment installed in the building,
A main controller for communicating with the multiplex transmission device, a main controller for communicating with the multiplex transmission device, a display device for communicating with the main controller, A system data input device that communicates with the control device, activates a circuit that generates a random fire condition by inputting a training function activation signal from the system data input device, and stores the building stored in the planar map information table. The floor plan of each floor of the object and the sensing area of the sensor are randomly drawn to create a fire occurrence situation, the fire situation created at random is displayed on the display unit and the display unit of the simulation operation panel, and the fire situation was created. Based on the input from the trainee's system data input device corresponding to the fire occurrence situation and the operation from the operation unit of the simulated operation panel, the behavioral standards stored in the educational operation table are compared. Al, which is constituted so as to train behavioral criteria adapted to disaster prevention equipment provided in the building.

A simulated operation panel having a display unit and an operation unit, simulating a fire alarm equipment receiver installed in the building, a multiplex transmission device communicating with the simulated operation panel, A judgment unit, a circuit for generating a random fire situation,
An educational operation table for storing a behavioral standard suitable for disaster prevention related equipment installed in the building, a plan map information table for storing a floor plan of each floor of the building and a sensing area of a sensor, and a pseudo audio device A main control device communicating with the multiplex transmission device, a voice synthesizing / ringing device communicating with the main control device, a display device communicating with the main control device, and a system data input communicating with the main control device. A circuit for generating a random fire condition by input of a training function activation signal from a system data input device, and a floor plan and sensing of each floor of the building stored in the floor map information table. The fire detection situation is created by randomly pulling out the sensing area of the container, the fire situation created at random is displayed on the display unit and the display unit of the simulation operation panel, and the simulation sound device is also displayed. When activated, the sound synthesizer / sounder sounds an alarm sound imitating the alarm sound from the alarm equipment installed in the building, and from the trainee's system data input device corresponding to the established fire occurrence situation Based on the input of the input and the operation from the operation unit of the simulation operation panel, the training of the behavior standard suitable for the disaster prevention related equipment installed in the building is performed while comparing with the behavior standard stored in the educational operation table. It is configured to do so.

A simulated operation panel having a display unit and an operation unit and imitating a fire alarm equipment receiver installed in the building, a multiplex transmission device communicating with the simulated operation panel, A judgment unit, a circuit for generating a random fire situation,
An educational operation table for storing a behavioral standard suitable for disaster prevention related equipment installed in the building, a plan map information table for storing a floor plan of each floor of the building and a sensing area of a sensor, and a pseudo audio device Having a time management unit for managing time, a main control device that communicates with the multiplex transmission device, a voice synthesis / ringing device that communicates with the main control device, and a display device that communicates with the main control device. , A system data input device that communicates with the main control device, and activates a circuit that generates a random fire condition by input of a training function activation signal from the system data input device, and is stored in the planar map information table. The floor plan of each floor of the building and the sensing area of the sensor are randomly drawn to create a fire occurrence situation, and the time management unit is started to check the fire situation created at random. In addition to displaying on the display unit and the display unit of the simulated operation panel, the simulated sound device is activated to sound an alarm sound imitating an alarm sound from an alarm device installed in the building from a voice synthesis / ringing device, The elapsed time and the processing time are measured and stored in the educational operation table based on the input from the trainee's system data input device and the operation from the operation unit of the simulation operation panel corresponding to the established fire occurrence situation. It is configured to conduct a training of a behavior standard suitable for disaster prevention related facilities installed in the building, while comparing with a certain behavior standard.

[0018]

According to the first aspect, when the trainee operates the system data input device to activate a circuit for generating a random fire condition in the main control device, the train data is stored in the plane map information table. The floor plan of each floor of the building and the sensing area of the sensor are drawn at random to create a fire occurrence situation, and the fire situation created at random is displayed on the display device and the display unit of the simulation operation panel. .

Then, in response to the established fire occurrence situation, the trainee inputs the action selection of the building corresponding to the building by operating the system data input device, and operates the operation unit of the simulation operation panel. When operated, the main control device compares the operation with the behavior standard stored in the educational operation table, and displays the state change of the disaster prevention related equipment installed in the building caused by the operation in the simulated operation panel. The information is displayed on the display unit and the display device.

With this input / output, it is possible to conduct a training of a behavior standard suitable for disaster prevention related equipment installed in the building. According to the second aspect, when the trainee operates the system data input device to activate a circuit for generating a random fire condition in the main control device, the trainee stores the information in the plane map information table. Draw out the floor plan of each floor of the building and the sensing area of the sensor at random to create a fire occurrence situation, and display the fire situation created at random on the display device and the display unit of the simulation operation panel, The simulation voice device is activated, and the voice synthesis / ringing device sounds a warning sound simulating a warning sound from a warning device installed in the building.

After the trainee presses the alarm sound stop switch on the operation section of the simulation operation panel to stop the simulation alarm sound,
When operating the system data input device and operating the operation unit of the simulated operation panel in accordance with the established fire occurrence situation, information that conforms to the code of conduct suitable for the building Then, the state change of the disaster prevention related equipment installed in the building due to the operation is displayed on the display unit and the display device of the simulation operation panel.

With this input / output, it is possible to conduct a training of a behavior standard suitable for disaster prevention related equipment installed in the building. In the third aspect, when the trainee operates the system data input device to activate the circuit for generating a random fire condition in the main control device, the trainee stores the information in the plane map information table. The floor plan of each floor of the building and the sensing area of the detector are randomly drawn to create a fire occurrence situation, and the fire situation created at random is displayed on the display unit and the display unit of the simulation operation panel, and simulated. The sound device is activated and the sound synthesizer / sound device sounds an alarm sound imitating the alarm sound from the alarm equipment installed in the building.

The time management unit is activated simultaneously with the input of the system data input device. Then, after the trainee presses the alarm sound stop switch of the operation unit of the simulated operation panel to stop the alarm sound, the information according to the standard of behavior suitable for the building is changed according to the established fire occurrence situation. When the system data input device is operated and the operation unit of the simulation operation panel is operated, the main control device compares the operation with the behavior standard stored in the educational operation table, and causes the building to be related to the operation. The status change of the disaster prevention related equipment installed in the simulation operation panel is displayed on the display unit and the display device of the simulation operation panel.

With this input / output, it is possible to conduct a training on a behavior standard suitable for disaster prevention related equipment. The elapsed time and the processing time during this period are measured by the time management unit, and can be output to a display device or a printer by operating the system data input device.

[0025]

Embodiments of the present invention will be described below with reference to the drawings. 1 to 5 show an embodiment of the disaster prevention training apparatus according to the first aspect.

In the figure, reference numeral 10 denotes a simulated operation panel simulating a fire alarm equipment receiver installed in the building. The simulated operation panel 10 is provided with a simulated operation unit 12 such as a switch simulated on the operation unit of the fire alarm equipment, similarly to a simulated display unit 11 such as a lamp simulated on the display unit of the fire alarm equipment. ing.

The simulation operation panel 10 is provided with a display device 110 such as a display lamp indicating a fire occurrence place and an alarm buzzer or on a receiver panel surface so as to imitate a fire alarm equipment receiver installed in the building. Operating switches 13
0 and 150 are almost the same as those of the manufacturer type installed in the building. However, the display device 11
0 is not a total number but a number such as 1/2 or 1/3.

As shown in FIG. 4, the operation unit 12 of the simulated operation panel 10 is provided with an automatic fire alarm equipment monitor 120 and a fire prevention / smoke prevention equipment monitor 140. In the automatic fire alarm system monitor 120, for example, an AC power light that is turned on when power is supplied to the automatic fire alarm system monitor 120, a switch warning light that flashes when any switch is not at a proper position, and a transmitter are pressed. Transmitter light, telephone light, standby power light, failure light, fire hydrant start light, fire light, accumulating light,
Disconnection light and line light are arranged. A telephone jack 121 is provided below the automatic fire alarm system monitor 120.
A switch 130 for fire / restoration is provided.

The fire prevention / smoke prevention equipment monitor 140 includes:
An AC power light, a switch warning light, a standby power light, a failure light, a motion cutoff light, a storing light, and a disconnection light are arranged. Further, a smoke prevention switch 150 is provided below the fire prevention / smoke prevention equipment monitor 140.

A multiplex transmission device 20 communicates with the simulation operation panel 10. Since the multiplex transmission device 20 has a large number of signal points transmitted and received between the simulated display unit 11 of the simulated operation panel 10 and the main control device 30, when directly connected, many electric wires are required, Since the interface of the main control device 30 must also have a considerable capacity,
It is used to omit and simplify this interval.

Between the main controller 30 and the simulated operation panel 10 via the multiplex transmission device 20, a system status display,
A disaster prevention device operation signal, a fire occurrence signal, and a disaster prevention device operation signal are input and output.

Here, the system status display means a status display of the automatic fire alarm system caused by the setting of various operation switches installed on the receiver side. In addition, the disaster prevention device operation signal mainly refers to a start signal for fire prevention and smoke exhaustion caused by operation of the simulation operation unit 12 of the simulation operation panel 10.

The fire occurrence signal is a signal for displaying on the simulated operation panel 10 information indicating the occurrence of a fire created by the main controller 30. The disaster prevention device operation signal indicates an operation state of the disaster prevention related device created in the main control device 30 based on the operation signal of the trainee's disaster prevention related device from the simulated operation panel 10 and the system data input device 50. Say the signal.

Reference numeral 30 denotes a main controller which communicates with the multiplex transmission device 20. As shown in FIG. 2, the main control device 30 includes a determination unit 31, a circuit 32 for generating a random fire situation, an operation table 33, an interface 34 with the simulation display unit 11 of the simulation operation panel, An interface 35 with the simulated operation unit 12 of the operation panel 10 and the display device 4
0 and an interface 37 with the system data input device 50.

Here, as the judgment unit 31, an operation signal from the simulation operation panel 10 or the system data input device 50 is used.
And an operation selection signal from the operation table 33 and “operation to be selected” from the operation table 33. At this time, both the propriety of the content and the execution order of the operation are determined.

A circuit 3 for generating a random fire situation
Reference numeral 2 denotes a function of generating a random number and extracting a floor plan of each floor of the building and a sensing area of the sensor stored in the floor map information table 33B.

A circuit 3 for generating a random fire situation
By 2, a malfunction (failure) state of both the fire occurrence location and the fire intensity of the fire or, if necessary, the disaster prevention related equipment installed in the building is randomly generated. Also, the type of the device to be sensed (sensor, transmitter, telephone call from the resident, etc.) is selected at random.

In the operation table 33, as shown in FIG.
An educational operation table 33A and a planar map information table 33B of the building are stored. Educational operation table 33
As A, for example, a self-fire alarm main sound stop switch operation,
Operation of the area sound stop switch, confirmation of the position of the area sound stop switch, dispatch to a fire site, judgment of fire / non-fire, insertion of the telephone jack, contact with the tenant, operation of the self-fire alarm buzzer stop switch, operation of the self-fire alarm buzzer stop switch Operation of interlocking panel main sound stop switch, operation of interlocking panel smoke prevention switch, operation of interlocking panel smoke prevention switch, operation of interlocking panel buzzer stop switch, operation of interlocking panel buzzer stop switch, 119th notification, emergency broadcast, Fire extinguishing activities, indoor fire hydrant pump failure confirmation, sprinkler pump failure confirmation, foam fire pump failure confirmation, halide fire extinguishing failure confirmation, smoke outlet failure confirmation, air-conditioning machine stop function failure confirmation, smoke exhaust fan failure confirmation, fire door closing failure Confirmation, fire shutter closing failure confirmation, fire prevention damper closing failure confirmation, manual release failure confirmation, evacuation guidance end confirmation Fire situation report (for the house), fire situation report (for fire), fire brigade and consultation, fire reset switch operation, Bohai smoke restoration switch operation, there is an item of fire and non-fire cause the pursuit, and the like.

The floor map information table 33B stores the floor plan of each floor of the building and the sensing area of the sensor. A CR 40 communicates with the main controller 30.
T and other display devices.

Reference numeral 50 denotes a system data input device such as a keyboard and a mouse which communicates with the main controller 30. next,
The operation of the present embodiment thus configured will be described.

First, when the trainee operates the system data input device 50 to activate the circuit 32 for generating a random fire condition in the main control device 30, the operation table 3 is activated.
Then, the floor plan of each floor of the building and the sensing area of the sensor stored in the floor map information table 33B of No. 3 are randomly drawn to create a fire occurrence situation.

This corresponds to the creation of a random fire occurrence situation (S1) in FIG. 5, and here, for example, the type of sensor, the place of occurrence, the means of notification, and the lightness (degree) of the fire are selected.

Next, the fire situation created at random is displayed on the display device 40 as a change in the color of the plane map and the circuit number indicating the fire occurrence section, and the simulation of the simulation operation panel 10 is performed. Display device (display lamp) on display unit 12
Displayed by turning on 110 (S2, S
3).

The trainee operates the system data input device 50 and the simulated operation section 12 of the simulated operation panel 10 while inputting the operation of the related disaster prevention-related equipment, while making a judgment according to the display. The operation state according to this input is displayed on the automatic fire alarm equipment monitor 120 of the simulation display unit 11 and the display device 4.
0 (S4 to S6).

In accordance with the operation status of the trainee's emergency activity, necessary operations (trainee's operation) are obtained (S7). When it is determined that the determination by the main control device 30 is not appropriate, the process returns to S1 again, and when it is determined that the determination is appropriate, the operation of the designated disaster prevention-related equipment or the action result of the disaster prevention center staff is performed. Is displayed (S8, S
9).

The determination by the main control device 30 will be described in detail as follows. (1) Validity of the action to be selected (for example, injecting water into the electric room fire with a hydrant is extinguished as x). (2) Validity of the order of the action to be selected. According to the above, when the trainee operates the system data input device 50 to activate the circuit 32 for generating a random fire condition in the main control device 30,
The floor plan of each floor of the building and the sensing area of the sensor stored in the floor map information table 33B are randomly drawn to create a fire occurrence situation, and the fire situation created at random is displayed on the display device 40. It is displayed on the display unit 11 of the simulation operation panel 10.

Then, the trainee operates the system data input device 50 in accordance with the established fire occurrence condition, in accordance with the behavior standard conforming to the building, and
When the operation is performed from the operation unit 12 of the simulated operation panel 10, the main control device 30 compares the operation with the behavior standard that is stored in the educational operation table 33A and is compatible with the disaster prevention related equipment installed in the building. The display unit 11 of the simulated operation panel 10 displays the state change of the disaster prevention related equipment caused by the operation.
And display on the display device 40.

With this input / output, it is possible to conduct a training of a behavior standard suitable for disaster prevention related equipment installed in the building. Next, an embodiment of the disaster prevention training apparatus according to claim 2 will be described with reference to FIGS.

In this embodiment, a voice synthesizing / ringing device 60 is added to the embodiment shown in FIG. Therefore, as shown in FIG. 8, the simulation operation unit 12 of the simulation operation panel 10 includes:
An alarm sound stop switch 131 is provided at a position of the automatic fire alarm equipment monitor 120, and the fire and smoke prevention equipment monitor 14 is provided.
An alarm sound stop switch 151 is provided at a zero position.

The alarm sound stop switch 131 is provided with a main sound switch 132, a district sound switch 133, and a buzzer 134. Further, the alarm sound stop switch 151 includes a smoke exhaust switch 152, a main sound switch 153, and a buzzer 154.

Here, the voice synthesizing / ringing device 60 converts the voice signal stored in the memory from the CPU into a D / D signal, for example.
There is a configuration in which the sound is amplified by a speaker after being amplified by an amplifier through an A converter.

The sound synthesized by the sound synthesizing / ringing device 60 includes an alarm sound from equipment related to disaster prevention installed in the building, such as a bell sound of a receiver, a siren at the time of emergency broadcast activation, and a fire engine, for example. Such as siren sound.

Therefore, as shown in FIG. 9, after the fire occurrence situation is randomly created (S1), the pseudo sound device 38 is activated and the necessary sound is sounded from the sound synthesizing / ringing device 60 (S10). ). Then, by operating the simulation operation section 12 of the simulation operation panel 10, the sounding of the alarm sound can be stopped (S11).

In this embodiment, the same operation and effect as those of the above-described embodiment can be obtained, and an alarm sound can be sounded in accordance with the action standard. Further, an embodiment of the disaster prevention training apparatus according to claim 3 will be described with reference to FIGS. 10 and 11.

In this embodiment, a time management section 39 for managing time is added to the embodiment shown in FIG. 6, and an operation table 330 shown in FIG. 11 is used instead of the operation table 33 shown in FIG. Things. The operation table 330 shown in FIG. 11 is obtained by adding the fire spread situation creation table 33C to the operation table 33 shown in FIG.

Here, in the fire spread situation creation table 33C, the state of the spread of fire and the propagation of smoke in the event of a fire is previously performed on the building by computer simulation, and the simulation is generalized (in the building). It is arranged as numerical data for each elapsed time.

Specifically, at the time of training, a fire situation at a random place is created. Therefore, the size and structure of the room at the fire site selected at random and the size of the adjacent room The structure is extracted and arranged from the plain map information table 33B, and the generalized numerical value of the fire spread situation creation table 33C is edited and stored as a numerical value suitable for the occurrence place.

This data is extracted by using the elapsed time until each operation by the trainee as an argument, and the fire status at that time and the smoke density status at each part are displayed. For example, in S7 in FIG. 9, the operations in S4 to S6 are displayed as a fire spread situation. Also in this case, the judgment unit 31 of the main control device 30 compares the operation condition of the trainee with the contents of the fire spread situation creation table 33C using the elapsed time as a function (argument),
Set conditions and perform necessary output.

Therefore, at the same time when the operation of the system data input device 50 and the simulation operation section 11 of the simulation operation panel 10 is started,
The time management unit 39 for managing time is activated, and the elapsed time and the processing time can be displayed.

Here, a time management unit 39 for managing time.
"" Means those having the following functions. (1) The time at which a fire occurs is set as a start time, and the time (elapsed time) during which each operation / operation is selected is grasped and stored.

(2) The start time is the time when a fire occurs,
Smoke is diffused with the passage of time thereafter, and fire is also diffused, creating a so-called fire spread state. Therefore, in this embodiment, the same operation and effect as those of the above-described embodiment can be obtained, and appropriate operation such as correspondence between the order / processing time and the fire / smoke propagation speed can be trained. In addition, these operations can be printed out by the printing device and displayed on the display device 40 by adding a processing time.

[0062]

As described above, according to the first aspect of the present invention, when a randomly generated fire occurrence situation is displayed on the simulation display section and the display device of the simulation operation panel, the training is performed in accordance with the display. By operating the system data input device and the simulated operation unit of the simulated operation panel, the user can perform training on the behavior standard suitable for the disaster prevention-related equipment installed in the building.

In addition, since a simulated fire is randomly created,
When the same person trains, the probability of encountering the same training is extremely low. According to the second aspect, the same effect as that of the first aspect is obtained, and a simulated alarm sound according to the behavior standard can be sounded, so that an event (sound) caused by an actual operation can be grasped.

According to the third aspect, the same operation and effect as those of the first and second aspects can be obtained, and appropriate operation such as correspondence between the order / processing time and the fire / smoke propagation speed can be trained.

[Brief description of the drawings]

FIG. 1 is a conceptual diagram in one embodiment of a disaster prevention training device according to claim 1;

FIG. 2 is a configuration diagram of a main control device in FIG. 1;

FIG. 3 is an explanatory diagram of an operation table in FIG. 2;

FIG. 4 is a plan view of the simulation operation panel in FIG. 1;

FIG. 5 is an operation explanatory diagram in one embodiment of the disaster prevention training device according to claim 1;

FIG. 6 is a conceptual diagram of an embodiment of the disaster prevention training apparatus according to claim 2;

FIG. 7 is a configuration diagram of a main control device in FIG. 6;

FIG. 8 is a plan view of the simulation operation panel in FIG. 6;

FIG. 9 is an operation explanatory view in one embodiment of the apparatus for disaster prevention training according to claim 2;

FIG. 10 is a configuration diagram of a main control device in one embodiment of the disaster prevention training device according to claim 3;

11 is an explanatory diagram of the operation table of FIG.

FIG. 12 is a connection diagram of a conventional fire alarm system.

[Explanation of symbols]

 REFERENCE SIGNS LIST 10 simulation operation panel 11 simulation display unit 12 simulation operation unit 20 multiplex transmission device 30 main control device 31 judgment unit 32 circuit for generating random fire state 33, 330 operation table 33A educational operation table 33B plane map information table 33C Table 38 Pseudo-sound device 39 Time management unit for managing time 40 Display device 50 System data input device 60 Voice synthesis / sounding device

──────────────────────────────────────────────────続 き Continuation of the front page (56) References JP-A-3-196300 (JP, A) JP-A-63-65600 (JP, A) JP-A-58-186895 (JP, A) JP-A-2- 35595 (JP, A) (58) Fields investigated (Int. Cl. ⁷ , DB name) G08B 17/00-25/00 G09B 9/00

Claims (3)

(57) [Claims] A simulated operation panel having a display unit and an operation unit, simulating a fire alarm equipment receiver installed in the building; a multiplex transmission device communicating with the simulated operation panel; , A circuit that generates a random fire situation, an educational operation table that stores behavioral standards that are compatible with disaster prevention-related equipment installed in the building, a floor plan of each floor of the building, and a sensing area of a sensor A flat map information table storing the main control device, a display device communicating with the main control device, and a system data input device communicating with the main control device. A circuit for generating a random fire condition is activated by input of a training function activation signal from the data input device, and the floor plan of each floor of the building and the sensing data of the sensor stored in the planar map information table are detected. (A) Draw out the fire situation at random to create a fire situation, display the fire situation created randomly on the display unit and the display of the simulation control panel, and provide a trainee system that responds to the created fire situation. Based on the input from the data input device and the operation from the operation unit of the simulated operation panel, the behavior conforming to the disaster prevention related equipment installed in the building, while comparing the behavior standard stored in the educational operation table An apparatus for disaster prevention training, which is configured to perform standard training. 2. A simulated operation panel having a display unit and an operation unit, imitating a fire alarm equipment receiver installed in the building, a multiplex transmission device communicating with the simulated operation panel, a determination unit, , A circuit that generates a random fire situation, an educational operation table that stores behavioral standards that are compatible with disaster prevention-related equipment installed in the building, a floor plan of each floor of the building, and a sensing area of a sensor , A main control device for communicating with the multiplex transmission device, a voice synthesizing / ringing device for communicating with the main control device, and a display for communicating with the main control device. Device, and a system data input device that communicates with the main control device. A circuit that generates a random fire condition is activated by input of a training function activation signal from the system data input device. The floor plan of each floor of the building and the sensing area of the sensor stored in the building are randomly drawn to create a fire occurrence situation, and the fire situation created at random is displayed on a display device and a display unit of a simulated operation panel. And activates the simulated sound device, and the sound synthesizer / sounder sounds an alarm sound that mimics the alarm sound from the alarm equipment installed in the building, and responds to the established fire occurrence situation Based on the trainee's input from the system data input device and the operation from the operation unit of the simulated operation panel, compare the behavioral standards stored in the educational operation table with the disaster prevention related installed in the building. An apparatus for disaster prevention training, which is configured to conduct training of a behavior standard suitable for equipment. 3. A simulated operation panel having a display unit and an operation unit, simulating a fire alarm equipment receiver installed in the building, a multiplex transmission device communicating with the simulated operation panel, a determination unit, , A circuit that generates a random fire situation, an educational operation table that stores behavioral standards that are compatible with disaster prevention-related equipment installed in the building, a floor plan of each floor of the building, and a sensing area of a sensor , A main control device having a time management unit for managing time, and communicating with the multiplex transmission device, and a voice synthesis / ringing communication with the main control device. A circuit that includes a device, a display device that communicates with the main control device, and a system data input device that communicates with the main control device, and that generates a random fire condition by inputting a training function activation signal from the system data input device. Activate, randomly pull out the floor plan of each floor of the building and the sensing area of the sensor stored in the floor map information table to create a fire occurrence situation, and start the time management unit,
The fire condition created at random is displayed on the display unit and the display unit of the simulation operation panel, and the simulation sound device is activated to sound an alarm sound from the alarm device installed in the building from the voice synthesis / sounding device. In addition to sounding an alarm sound similar to the above, the elapsed time and processing time are measured, and the trainee's system data input device corresponding to the established fire occurrence situation and operation from the operation unit of the simulation operation panel Based on the behavioral standards stored in the educational operation table, while conducting training on behavioral standards suitable for disaster prevention-related equipment installed in the building. apparatus.