JPH0832532A - Voice moving order device and fire fighting order device provided with it - Google Patents

Abstract

PURPOSE:To allow a moving order vehicle to be confirmed visually and audibly by informing a moving order to a fire station (slave station) through loudspeaking by a voice of an order making person, displaying a name of a moving order vehicle on a vehicle moving order display panel, and loudspeaking moving order vehicle data in voice. CONSTITUTION:The operator of an order board 1 makes a moving order to a fire station (slave station) while selecting the fire station or a moving order vehicle optionally. When the moving order is executed after the selection, an order trunk 3 sends vehicle number data representing a vehicle to be moved and a signal to start an amplifier 7 of the fire station to an order telephone terminal equipment 4 according to a predetermined format. The terminal equipment 4 receiving the data sends the vehicle number data to a vehicle moving order display panel 6 and a voice moving order device 5 and starts the amplifier 7 to form a loudspeaking route and sends a reply signal to an order trunk 3. Thus, the order making person makes a voice order. Since the data for moving order vehicle are loudspoken in voice representing the name of the moving order vehicle, the moving order vehicle is confirmed visually and audibly.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a fire-fighting command device, and more particularly to a voice dispatch command device for issuing a dispatch command at a police station in the event of a disaster.

[0002]

2. Description of the Related Art Conventionally, in a station facility of a fire command system, a device connected to a command trunk is composed of a command telephone terminal, a vehicle dispatch display panel, and a loud sounding means for amplifying a command voice to the station. It is configured. The loudspeaker comprises an amplifier and a speaker.

In such a station facility of a fire command system, a dispatch instruction at a station at the time of a disaster is given by the following two notifications. One of them is to notify the inside of the station by sounding the disaster point and the disaster type by the voice of the commander by a loud sounding means. The other is to visually notify the display of the dispatched vehicle name from the dispatched vehicle display panel.

The following are known as prior art related to the present invention. Japanese Unexamined Patent Publication No. 2-257360 (hereinafter referred to as "prior art 1") discloses that a voice editing device automatically sends out a dispatch command so that a clear, quick, and accurate command can be generated. Command sending system "is disclosed.

Further, in JP-A-59-216340 (hereinafter referred to as prior art 2), a central command station is provided with a voice editing device which is activated when a function key for inputting a dispatch command content is operated. Discloses an "automatic command system" that enables the display of the display content of the command content at the relevant station (in-house office, branch office) and the repeated broadcast of the audio information.

Further, the microfilm of Japanese Utility Model Application No. 60-32101 (Japanese Utility Model Publication No. 61-147486) (hereinafter referred to as prior art 3) is used for dispatch control or operation control of a vehicle to be dispatched or operated. A "monitoring board" is disclosed in which a voice synthesizing function is added to the conventional function so that the operator can visually check it and at the same time output a voice to enable quick and appropriate judgment.

[0007]

As described above, the dispatch command instruction to the police station in the conventional fire command system is
This is a system in which the disaster point and the type of disaster are loudly notified by the commander's voice and notified to the inside of the station, and the name of the dispatched vehicle representing the dispatched vehicle is notified from the vehicle dispatch display panel, so there are the following problems. For dispatched vehicles, you must go to the place where the vehicle dispatch display panel is installed and check each time. Therefore, in some cases, quick action cannot be performed.

In the prior arts 1 and 2, the dispatching instruction by the commander is automated by the voice editing device, but the dispatched vehicle is only displayed visually and is not converted into voice. Further, the prior art 3 is similar in technical idea to the present invention in that the display data can be heard. However, Prior Art 3 has the following problems. That is, the prior art 3 only discloses a technique of notifying the ordering staff by voice output, and has a different object and configuration from the present invention which notifies the staff within the station.

The technical problem of the present invention is to not only visually notify the dispatched vehicle name to the staff in the station on the vehicle display panel, but also to convert the dispatched vehicle data into a voice signal to notify it by hearing. , Providing a voice dispatch instruction device.

[0010]

According to the first aspect of the present invention, in the station equipment of the fire command system, the dispatched vehicle data sent from the command line at the time of the dispatch command is converted into a voice signal indicating the vehicle name. A voice output instructing device for converting and transmitting this voice signal to the loudspeaker in the station can be obtained.

According to a second aspect of the present invention, in a fire-fighting command device including a master device provided at a main office and a plurality of slave devices connected to the master device and provided at a plurality of stations, respectively. The master device has a command board for issuing a dispatch command instruction, a command control device connected to the command board, and a command trunk connected to the command control device for sending a command signal to the slave device. Each of the command telephone terminals connected to the command trunk, the voice dispatch instruction device connected to the command telephone terminal,
A fire fighting command device is obtained, which is connected to a command telephone terminal and displays a vehicle dispatch display panel for displaying a dispatched vehicle name, and the above-mentioned loudspeaking means connected to a voice dispatch instruction device for loudening a voice signal in a police station.

[0012]

Embodiments of the present invention will now be described in detail with reference to the drawings.

With reference to FIG. 2, a fire-fighting command device equipped with a voice dispatch instruction device according to the present invention will be described. The fire-fighting command device includes a command board 1, a command control device 2, a command trunk 3, a command telephone terminal 4, a voice dispatch instruction device 5 according to the present invention, a vehicle dispatch display panel 6, an amplifier 7, and a plurality of speakers 8. ing. Command board 1, command control device 2,
And the command trunk 3 is provided on the side of the main office (main office),
Collectively called the master device. On the other hand, the command telephone terminal 4, the voice dispatch instruction device 5, the vehicle dispatch display panel 6, the amplifier 7, and the speaker 8 are provided in each station (slave station) and are collectively called a slave device.

By connecting the command trunk 3 to the command control device 2 and connecting the command telephone terminal 4 to the command trunk 3, it is possible to issue a command from the command stand 1 to each station.
Further, an amplifier 7 is connected to the command telephone terminal 4 on the side of the station via the voice dispatch instruction device 5, and a plurality of speakers 8 are connected to the amplifier 7 to form a voice amplification route of the command voice. By connecting the vehicle dispatch display board 6 to the command telephone terminal 4, it is possible to visually display the dispatch vehicle name on the vehicle dispatch display board 6.

Next, the operation of the fire command system shown in FIG. 2 will be described. The dispatch command instruction to the police station is given by the operator of the command platform 1 arbitrarily selecting the police station and the dispatched vehicle. After the selection, when the dispatch command is executed, the command trunk 3 activates the command telephone terminal 4, and sends to the command telephone terminal 4 vehicle number data indicating a vehicle to be dispatched and a signal for activating the amplifier 7 at the station in advance. Send according to the specified format.

Upon receiving such data, the command telephone terminal 4 sends the above vehicle number data to the vehicle dispatch display panel 6 and the voice dispatch instruction device 5, and at the same time activates the amplifier 7 to construct a loudspeaker route and issue a command. A response signal is sent to the trunk 3. After that, the commander can give a voice command.

The restoration of the command is performed as follows.
The operator of the command board 1 performs a recovery operation. As a result, the command trunk 3 sends a recovery signal to the command telephone terminal 4. This completes the command. What has been described so far is almost the same as the conventional command system.

The voice dispatch instruction device 5 will be described with reference to FIG. The voice dispatch instruction device 5 includes a recording / playback circuit 9
It has a vehicle data detection circuit 10, a control circuit 11, an operation unit 12, and a switching circuit 13. In this embodiment, the recording / reproducing circuit 9 has an IC memory (not shown),
The IC memory is divided into a plurality of storage areas corresponding to a plurality of vehicle number data. The voice signal of the vehicle name indicated by the corresponding dispatch vehicle data is recorded (recorded) in advance in each storage area. The operation unit 12 includes a vehicle setting button, a recording button, and a setting button. A recording method for the recording / playback circuit 9 will be described later.

The switching circuit 13 is connected to the command telephone terminal 4, the recording / reproducing circuit 9 and the amplifier 7. The switching circuit 13 connects one of the command telephone terminal 4 and the recording / reproducing circuit 9 to the amplifier 7 under the control of the control circuit 11 as described later. Normally, the switching circuit 13 connects the command telephone terminal 4 to the amplifier 7. The recording / playback circuit 9, the vehicle data detection circuit 10, the control circuit 11, and the operation unit 12 are connected to each other via a bus as shown in FIG. The vehicle data detection circuit 10 is connected to the command telephone terminal 4.

The recording / playback circuit 9 converts the vehicle data into an audio signal of the vehicle name. The vehicle data detection circuit 10 receives vehicle data from the command telephone terminal 4. The operation unit 12 operates the recording / playback circuit 9. The switching circuit 13 is a recording / playback circuit 9
The audio signal reproduced from is output to the amplifier 7 at the station. The control circuit 11 controls the recording / playback circuit 9, the vehicle data detection circuit 10, the operation unit 12, and the switching circuit 13, as described later.

Next, with reference to FIGS. 1 and 2, the operation after the restoration of the command will be described. The command telephone terminal 4 notifies the voice dispatch instruction device 5 that the command has been restored. The control circuit 11 of the voice dispatch instruction device 5 confirms the command recovery signal by the vehicle data detection circuit 10. The vehicle data detection circuit 10 stores the dispatched vehicle data received from the command telephone terminal 4 in a register (not shown). The stored dispatched vehicle data is sent to the recording / playback circuit 9. The control circuit 11 converts the dispatched vehicle data into a voice signal,
At the same time when the recording / playback circuit 9 is started to be played back, the switching circuit 13
Is controlled to disconnect from the command telephone terminal 4. In response to the reproduction start, the recording / reproducing circuit 9 sends the contents recorded in advance in the storage area corresponding to the dispatched vehicle data, so that the dispatched vehicle data is a voice signal of the vehicle name indicated by the dispatched vehicle data. Convert to. That is, the recording / reproducing circuit 9 converts the vehicle data of the dispatched vehicle into voice signals /
Works as a voice converter.

The converted audio signal is amplified by the speaker 8 via the amplifier 7. When the recording / reproducing circuit 9 completes the transmission of the audio signal, the recording / reproducing circuit 9 notifies the control circuit 11 to that effect. The control circuit 11 restores the switching circuit 13,
The operation ends.

Next, the operation of recording the voice signal representing the dispatched vehicle name in the recording / reproducing circuit 9 will be described with reference to FIG.

First, when the recording setting person presses the setting button of the operation unit 12, the control circuit 11 recognizes it and enters the setting state. Next, the vehicle number is specified with the vehicle setting button of the operation unit 12. The control circuit 11 puts the recording / reproducing circuit 9 into a recording state and puts it in a recording standby state from the storage area corresponding to the vehicle number. It is set by recording the voice signal of the microphone input in the storage area while the record button is pressed. When recording a voice signal of another dispatched vehicle name, the above operation is repeatedly set by changing the vehicle number. The setting cancellation is completed by pressing the setting button again.

[0025]

As is apparent from the above description, according to the present invention, the dispatch command instruction to the police station is issued to the police station by notifying the disaster point and the disaster type by the voice of the commander. In addition to notifying the name from the vehicle dispatch display board,
At the time of a dispatch command, the dispatch vehicle data is converted into a voice signal indicating the dispatch vehicle name, and the voice is expanded inside the station.
The dispatched vehicle can be confirmed visually and audibly, and the staff can take swift action.

[Brief description of drawings]

FIG. 1 is a block diagram showing a voice dispatch instruction device according to an embodiment of the present invention.

FIG. 2 is a block diagram showing a fire-fighting command device including the voice dispatch instruction device shown in FIG.

[Explanation of symbols]

 1 command board 2 command control device 3 command trunk 4 command telephone terminal 5 voice dispatch instruction device 6 vehicle dispatch display panel 7 amplifier 8 speaker 9 recording / playback circuit 10 vehicle data detection circuit 11 control circuit 12 operation unit 13 switching circuit

Claims (4)

[Claims] 1. The station equipment of the fire command system converts the dispatched vehicle data sent from the command line at the time of dispatch command into a voice signal indicating a vehicle name, and sends the voice signal to a loudspeaker in the station. A voice dispatch instruction device that does. 2. The voice dispatch instruction device, a vehicle data detection circuit for receiving the dispatched vehicle data from a command telephone terminal, and the dispatched vehicle data received by the vehicle data detection circuit into a voice signal indicating a vehicle name. 2. The voice dispatch instruction device according to claim 1, further comprising a vehicle data / voice converting means for converting and a switching circuit for outputting a voice signal reproduced from the vehicle data / voice converting means to an amplifier at a station. . 3. The voice dispatch instructing device according to claim 1, further comprising an operation unit for causing the vehicle data / voice converting unit to record a voice signal in advance. 4. A fire-fighting command device comprising a master device provided at a main office and a plurality of slave devices connected to the master device and provided at a plurality of stations, respectively, wherein the master device is a dispatch command instruction. And a command control device connected to the command control device, and a command trunk connected to the command control device to send a command signal to the slave device, each of the slave devices having the command A command telephone terminal connected to the trunk, the voice dispatch device according to claim 1 connected to the command telephone terminal, a vehicle dispatch display panel connected to the command telephone terminal and displaying a dispatch vehicle name, A fire-fighting command device, which is connected to a voice dispatch instructing device and has the above-mentioned loudspeaking means for loudly speaking the voice signal into a police station.