JP4884129B2 - Command system, audio output destination selection device, and computer program - Google Patents

Description

  The present invention relates to a command system that can output a command voice by a voice output device selected based on a location where a communication device that stores identification information corresponding to a command type is detected, and a voice output destination used in the command system The present invention relates to a selection device and a computer program that causes a computer to function as an audio output destination selection device.

  When a disaster occurs and an emergency call such as 119 or 110 is received from the occurrence site, the emergency call is accepted at the command center deployed in each area, the type of disaster such as fire fighting or emergency, the location of the disaster, Alternatively, there is a command system that sends dispatch commands to each station based on the scale of the disaster.

  In such a command system, voice output devices that output command voices from the command center in the station are distinguished for each disaster type, and at night, command voices are not output from all the voice output devices in the station. In addition, the voice output device distinguished according to the disaster type is selected, and the command voice is output from the selected voice output device, which may be annoying to the residents around the station, and the nap of the officer who is not necessarily required Preventing obstruction.

  In addition, in the command system, it is important how to quickly and accurately arrive at a site where a disaster occurs, such as a fire brigade member or an ambulance crew member, and perform disaster recovery work. Therefore, Patent Document 1 automatically selects an emergency vehicle most suitable for the location of disaster or accident, disaster type, disaster scale at the command center, and each of the stations where the selected emergency vehicle is deployed, Command voice is transmitted and output only for emergency vehicles deployed at stations, and voice dispatch commands are issued at the minimum necessary without sending out dispatch commands for emergency vehicles deployed at other stations. Technology is disclosed.

In Patent Document 2, the location of the emergency call source is specified, the station located at the shortest distance from the specified location is specified, and the dispatch command is automatically sent to the specified station by synthetic voice or facsimile communication. Techniques to do this are disclosed. In the technology disclosed in Patent Document 2, even if the caller of the emergency call cannot clearly notify the contents of the emergency call, the location of the disaster is automatically detected, and the detected place or the disaster According to the contents, a command voice can be automatically generated by voice synthesis, and a dispatch command can be given to an optimal station.
JP-A-6-290385 JP-A-6-243373

  However, the clerk is not necessarily located in the vicinity where the voice output device distinguished by the type of the clerk is installed. In the case where the command voice is output by the voice output device classified according to the disaster type, the dispatch command is transmitted to the officer when the officer is located away from the place where the voice output device of the corresponding type is installed. It may not be. For example, if the command voice of the dispatch command to the fire fighting is output in the station, the fire brigade is not located near the voice output device distinguished for fire fighting but located near the voice output device distinguished for emergency. There is a possibility that the command voice may not be transmitted to the fire brigade when it is in operation.

  Therefore, even if the dispatch command is issued immediately, if the command sound is not transmitted to the fire brigade member or first aid member to be dispatched, the initial motion of the fire brigade member or the first aid member is delayed. Therefore, although a suitable station is selected and a dispatch command is issued immediately, a fire brigade member or an emergency crew member cannot arrive at the scene quickly.

  In the techniques disclosed in Patent Documents 1 and 2, it is possible to issue a dispatch command quickly, but the case where the command cannot be reliably transmitted because the location of the police officer is unknown is not considered. For this reason, if the clerk to be dispatched cannot hear the command voice, the goal of dispatching quickly cannot be achieved.

  The present invention has been made in view of such circumstances, and includes a sensor for detecting the location of the clerk, the sensor and the voice output device are associated with each other at the installation location, and the location of the clerk corresponding to the type of command is determined. By configuring the voice output device to output the command voice corresponding to the detected sensor, the command voice related to the dispatch command to the place where the disaster occurred is sent to the voice output device near the fire brigade or emergency crew to be dispatched. A main object of the present invention is to provide a command system that can transmit more reliably by outputting, a voice output destination selection device used in the command system, and a computer program for causing a computer to function as the voice output destination selection device. And

  Another object of the present invention is to store command voice data, determine whether or not a clerk to be dispatched within a predetermined time is detected at a specific location, and is detected at a location other than the specific location. In such a case, the command voice data stored in the vicinity of the detected location is reproduced and output again by the command voice data stored, so that the command voice related to the dispatch command to the place where the disaster occurred can be more reliably performed. It is an object of the present invention to provide a command system capable of transmitting to a voice signal and a voice output destination selection device used in the command system.

In order to achieve the above object , the present application relates to a command transmission device that transmits command information including command voice data and type data indicating the type of command, and a command reception that receives and transmits the command information from the command transmission device. A plurality of audio output devices that receive instruction signals for instructing voice output and reproduce and output command voice data; and storage means for storing identification information for identifying a command transmission target in association with type data In a command system that reproduces and outputs command voice data with a selected voice output device, a communication device having means for storing and transmitting the identification information, and detecting the presence of the communication device A plurality of sensors, each sensor storing means for storing unique sensor identification information, means for receiving the identification information from the detected communication device, and the received identification Means for transmitting information and sensor identification information, means for receiving the identification information and sensor identification information from each sensor, storage means for storing the received identification information and sensor identification information in association with each other, and the voice Storage means for storing output device identification information for identifying an output device in association with sensor identification information, means for receiving the command information from the command receiving device, and identification corresponding to type data included in the received command information Means for reading information from the storage means, means for reading sensor identification information corresponding to the read identification information from the storage means, means for reading output device identification information corresponding to the read sensor identification information from the storage means, and read output and means for transmitting an instruction signal to the audio output device corresponding to the device identification information, further, contained in the received command information A means for storing command voice data; a means for measuring an elapsed time since receiving the command information; a determination means for determining whether or not the elapsed time exceeds a predetermined time; and Means for reading identification information corresponding to the type data included in the received command information from the storage means and means for reading sensor identification information corresponding to the read identification information from the storage means when it is determined that the predetermined time has been exceeded And determining means for determining whether or not the read sensor identification information is sensor identification information of a specific sensor, and the determination means determines that the sensor identification information is not sensor identification information of a specific sensor. The stored instruction voice data and instruction signal are stored in the means for reading the corresponding output device identification information from the storage means, and the voice output device corresponding to the read output device identification information. A command system comprising means for transmitting is disclosed.

In addition, the present application is connected to a plurality of audio output devices that receive an instruction signal for instructing output of audio and reproduce and output command audio data, and type data indicating the type of command and identification information for identifying a command transmission target In a voice output destination selection device that receives command information including command voice data and type data from the outside, and selects the voice output device based on the received command information, Means for receiving the identification information and external device identification information for identifying the external device; storage means for storing the received identification information and external device identification information in association with each other; output device identification information for identifying the audio output device; Storage means for storing the external device identification information in association with each other; means for reading identification information corresponding to the type data included in the received command information from the storage means; Corresponding to the means for reading out the external device identification information corresponding to the extracted identification information from the storage means, the means for reading out the output device identification information corresponding to the read out external device identification information from the storage means, and the read out output device identification information Means for selecting a voice output device and transmitting an instruction signal ; further, means for receiving command voice data; means for storing received command voice data; and after receiving the command voice data Corresponding to the type data received when the means for measuring the elapsed time, the determination means for determining whether or not the elapsed time exceeds a predetermined time, and the determination means determines that the predetermined time has been exceeded Means for reading out identification information from the storage means, means for reading out external device identification information corresponding to the read out identification information from the storage means, and read out external device identification information. A determination unit that determines whether or not the external device identification information is a specific external device, and an output corresponding to the external device identification information when the determination unit determines that the external device identification information is not a specific external device Disclosed is a voice output destination selection device comprising: means for reading device identification information from storage means; and means for transmitting stored command voice data and instruction signals to a voice output device corresponding to the read output device identification information.

Further, the present application relates to a command transmission device that transmits command information including command voice data and type data indicating the type of command, and a plurality of voices that receive a command signal that instructs voice output and reproduce and output the command voice data. The computer connected to the output device stores the correspondence between the identification information for identifying the target of the command and the type data, and the correspondence between the output device identification information for identifying the audio output device and the external device identification information for identifying the external device. In a computer program that can function as a means for reading out, a means for receiving the identification information and the external device identification information, a storage means for storing the received identification information and the external device identification information in association with each other, type Means for receiving data, means for reading identification information corresponding to the received type data, corresponding to the read identification information Means for reading out the external device identification information from the storage means, means for reading out the output device identification information corresponding to the read out external device identification information, and means for transmitting an instruction signal to the audio output device corresponding to the read out output device identification information Further, means for receiving command voice data, means for storing the received command voice data, means for measuring the elapsed time since receiving the command voice data, and the elapsed time exceeds a predetermined time Determining means for determining whether or not a predetermined time has been exceeded by the determining means, means for reading out identification information corresponding to the received type data from the storage means, external corresponding to the read identification information Means for reading out device identification information from storage means, and determining whether the read out external device identification information is external device identification information of a specific external device Determining means, means for reading out the output device identification information corresponding to the external device identification information from the storage means when the determination means determines that the external device identification information of the specific external device is not, and the read output device identification information A computer program that causes a voice output device corresponding to the above to function as means for transmitting stored command voice data and instruction signals is disclosed.

In the command system, the audio output destination selection device, and the computer program described in the present application, type data indicating the type of command is stored in association with identification information for identifying a command transmission target. Each sensor that receives the identification information from a communication device that stores the identification information is provided, and sensor identification information unique to each sensor is stored in association with output device identification information that identifies a voice output device that outputs a command voice. The The identification information and sensor identification information transmitted by each sensor that has detected the communication device are received, and the received identification information and sensor identification information are stored in association with each other. When the command voice data and the command type data are received, the identification information corresponding to the command type is read, and the sensor identification information of the sensor that has received the read identification information is read. Further, output device identification information corresponding to the read sensor identification information is read. A voice output device corresponding to the read output device identification information is selected, and the command voice data is reproduced and output by the selected voice output device. Sensor identification information unique to each sensor is stored in association with being installed in the vicinity of the audio output device, and when a command is received by each clerk holding a communication device, it corresponds to the type of command The command voice can be output by the voice output device in the vicinity of the sensor that detects the clerk.

In the command system, the voice output destination selection device, and the computer program described in the present application, the command voice data received from the command receiving device is stored, and the elapsed time since reception is measured. When the elapsed time exceeds a predetermined time, identification information corresponding to the command type of the stored command voice data is read, and output device identification corresponding to the read identification information is based on the stored correspondence Information is selected. If the selected output device identification information does not correspond to the audio output device installed at a specific location, the output device identification information corresponding to the sensor identification information of the sensor that received the identification information is selected and selected The command voice data is reproduced and output again by the voice output device corresponding to the output device identification information. By setting a specific location in a garage of a dispatched vehicle, etc., where a clerk corresponding to the type of command is detected, it can be determined that the command has been transmitted. If it is not possible to detect the command voice data stored in the vicinity of the clerk corresponding to the command type, the stored command voice data can be reproduced and output again.

According to the present application , the sensor that receives the identification information related to the communication device possessed by the clerk is stored in association with the voice output device according to its installation location, so that it is installed near the location where the clerk is located. The selected audio output device can be selected. Therefore, since the command voice is output from the voice output device installed in the vicinity of the place where the communication equipment possessed by the clerk corresponding to the disaster type is detected, the command voice is output in the vicinity of the clerk to be dispatched, and more reliably The dispatch command to the disaster occurrence location can be transmitted accurately and accurately.

According to the present application, when a predetermined time has elapsed after the command sound is output, for example, when a communication device possessed by a clerk corresponding to the command type is detected in a place other than a specific location such as a garage of an emergency vehicle, The voice output device installed in the vicinity of the sensor that has received the identification information from the communication device can be selected. Therefore, the command voice is output again by the voice output device in the vicinity of the clerk who is not dispatched because he / she missed the command voice, and the clerk can hear the command again. Therefore, it is possible to more reliably transmit the dispatch command to the disaster occurrence place to the clerk to be dispatched.

(Embodiment 1)
Hereinafter, the present invention will be specifically described with reference to the drawings showing embodiments thereof.

  1 and 2 are block diagrams showing the configuration of the command system according to Embodiment 1 of the present invention. FIG. 1 mainly shows the configuration of the entire command system and the command center 1 that constitutes the command system, and FIG. 2 mainly shows the configuration of the command system in the fire department 5A that constitutes the command system. The command system receives an emergency call via the telephone network 2, sends a command for dispatching a fire brigade or an emergency crew to a place where a disaster related to the emergency call occurs, a command center 1 and a dedicated line 3 , 4 and divided into a plurality of fire departments 5A, 5B, 5C connected through the four. When an emergency call is received at the command center 1, the command center 1 selects a fire station in which a station staff suitable for the location of the disaster is stationed. In the command center 1, command voice data for the dispatch command and type data indicating the type of the command are generated and transmitted to the selected fire department via the dedicated line 3. The command system is realized by reproducing and outputting the command voice data received from the command center 1 at the fire stations 5A, 5B, and 5C. The dedicated line exchanges the command voice data and type data other than the command voice data and type data between the command center 1 and the fire station and the dedicated line 3 for transmitting the command voice data and type data from the command center 1 to the fire stations 5A, 5B, 5C. Two dedicated lines 4 for transmitting and receiving are provided.

  In the command center according to the first embodiment, in the command center 1, a plurality of command devices 11, 11,... That receive an emergency call and send commands to each fire department, a trunk 12 that receives an incoming call from the telephone network 2, The exchange 13 that distributes incoming calls received via the trunk 12 to the command devices 11, 11,..., The packet switching network 14 that connects the command devices 11, 11,. 4 and a router 15 connected to it.

  .. Are connected to an exchange 13 connected to the telephone network 2 via a trunk 12. The command devices 11, 11,... Are also connected to the packet switching network 14, respectively, and can perform data communication with other command devices 11, 11,. The command devices 11, 11,... Are connected to the systems in the fire stations 5A, 5B, 5C via the exchange 13 and the dedicated line 3. The packet switching network 14 is connected to the dedicated line 4 via the router 15, and the command devices 11, 11,... Can communicate data with the systems of the fire stations 5A, 5B, 5C.

  When the exchange 13 detects an incoming call related to an emergency call, the exchange 13 transmits an incoming signal to the command devices 11, 11,... And establishes a call with the command device 11 that has transmitted the response signal. .., In response to an incoming call from the telephone network 2 via the exchange 13, the operator operating the instruction devices 11, 11,. The command is issued by generating the voice data and the type data indicating the type of the command, and transmitting the generated command voice data and the type data to any of the fire stations 5A, 5B, and 5C selected by the operator.

  In the fire station 5A, the command system in the first embodiment includes speakers SP1, SP2,... For outputting command voices, a receiving device 51 that receives command voice data and type data from the command center 1, and command voice data Broadcast amplifier 52 that adjusts output, switching device 53 that switches a speaker that outputs a command sound according to an input switching signal, IC cards C1, C2,... Having RFID (Radio Frequency Identification) tags held by each policeman , Which are RFID readers that detect RFID tags, a speaker selection device 54 that receives information from the sensors S1, S2,... And outputs a switching signal to the switching device 53; And a command device 11, 1 of the command center 1. 1, a PC (Personal Computer) 56 that receives map information and the like, and a printer 57 connected to the PC 56. Since the other fire stations 5B and 5C have the same configuration as the fire station 5A, a detailed description thereof will be omitted.

  In the fire department 5 </ b> A, the reception device 51 is connected to the switching device 53 via the broadcast amplifier 52, and transmits a command voice that reproduces the received command voice data to the switching device 53 via the broadcast amplifier 52. The reception device 51 is connected to the speaker selection device 54 and transmits the received type data to the speaker selection device 54. The switching device 53 is connected to the speakers SP1, SP2,... Installed at various locations in the fire department 5A, and outputs the received command voice to any of the speakers SP1, SP2,. Further, the speaker selection device 54 is connected to the sensors S1, S2,... And the switching device 53 installed at various locations in the fire department 5A, and from the type data received from the reception device 51 and the sensors S1, S2,. A switching signal is transmitted to the switching device 53 based on the received information. The PC 56 connected to the printer 57 is connected to the dedicated line 4 via the router 55 and can perform data communication with the command devices 11, 11,.

  The command devices 11, 11,... That receive an incoming call related to an emergency call at the command center 1 and generate command voice data and type data will be described.

  The command devices 11, 11,... Are PCs having a telephone function for establishing a call for an incoming call. FIG. 3 is a block diagram showing an internal configuration of command device 11 constituting the command system in the first embodiment. The command device 11 includes at least a CPU 111 that controls various hardware, an internal bus 112 that connects the various hardware, a storage unit 113 that stores a control program for operating as the command device 11, and processing by the CPU 111. Temporary storage area 114 for temporarily storing generated information, an operation unit 115 for receiving an operator's operation, a display unit 116 having a monitor, a microphone for receiving an operator's voice input, and a speaker for outputting voice to the operator A voice input / output unit 117, a first communication unit 118 for connecting to the exchange 13, and a second communication unit 119 for connecting to the packet switching network 14.

  When the CPU 111 of the commanding device 11 detects an incoming signal from the exchange 13 via the first communication unit 118, it displays information indicating that there is an incoming call on the monitor of the display unit 116, and the voice input / output unit 117. A ring tone indicating that there is an incoming call is output through the speaker of the. When an operator who operates the command device 11 performs an operation to respond to an incoming call display on the display unit 116 or the voice input / output unit 117, the CPU 111 detects this via the operation unit 115, and A response signal is transmitted to the exchange 13 via the communication unit 118. When a call is established by the exchange 13 and a call with the caller of the emergency call is realized, the operator grasps disaster data such as a disaster occurrence location, a disaster type, and a disaster scale by providing information from the caller.

  The storage unit 113 stores a control program for the command device 11 to generate command voice data and type data and transmit it to the systems of the fire departments 5A, 5B, and 5C. When the control program accepts an operation for inputting disaster data by the operator, the CPU 111 can generate command voice data based on the disaster data. Further, the control program accepts a selection operation of each fire station 5A, 5B, 5C connected to the system of the command center 1, and transmits a start signal to any one of the selected fire stations 5A, 5B, 5C, It is possible to cause the CPU 111 to generate type data indicating a disaster type and read out map information in the vicinity of the disaster occurrence location. Furthermore, the generated command voice data and type data are converted into analog signals, transmitted to any one of the fire departments 5A, 5B, and 5C via the exchange 13, and the read map information is transmitted to the second communication unit 119. In addition, the CPU 111 can execute transmission to any of the systems of the fire stations 5A, 5B, and 5C selected via the packet switching network 14. Further, when the generated command voice data has been transmitted, the CPU 111 can be caused to transmit a recovery signal indicating the end of the command output to the systems of the fire departments 5A, 5B, and 5C. The activation signal and the recovery signal are distinguished by each fire station 5A, 5B, 5C, and the exchange 13 can identify these and select whether to connect to any system of each fire station 5A, 5B, 5C. .

  The CPU 111 reads out and executes the control program from the storage unit 113, and the operator performs an instruction start operation via the operation unit 115 to input the grasped disaster data and select any of the fire stations 5A, 5B, and 5C. When the disaster data is input and the completion operation is further performed, the input operation and the completion operation are detected through the operation unit 115, and any of the selected fire stations 5A, 5B, and 5C and the input disaster are detected. Based on the data, command voice data and type data are generated. Further, the CPU 111 transmits an activation signal corresponding to the selected fire department to the exchange 13, converts the command voice data and the type data into analog signals, respectively, and sends the command voice data and the type signal as the command voice signal and the type signal via the first communication unit 118. Transmit to the exchange 13. The exchange 13 transmits the received activation signal to any of the systems of the corresponding fire stations 5A, 5B, 5C, and then sends a command audio signal and type to any of the systems of the fire stations 5A, 5B, 5C that transmitted the activation signals. A signal is transmitted. The CPU 111 transmits a restoration signal to the exchange 13 when the transmission of the command voice signal is completed, and the exchange 13 sends the received restoration signal to any one of the corresponding fire stations 5A, 5B, and 5C.

  The command voice data generated by the command device 11 is voice data created by voice synthesis. For example, when the disaster type is fire and the content is a building fire, it is generated by speech synthesis, “Fire directive, 〇machi △△ chome □□ address 〇 □, building fire, etc.”.

  The type data indicates a type number assigned so that each type of disaster such as fire fighting, warning, or emergency can be identified. The command device 11 generates type data according to the disaster type selected by the operator, converts it into a PB (Push Button) signal indicating the type number, and outputs it to the switch 13 as a type signal. The type data may be classified in detail into building fire, middle-high-rise fire, vehicle fire, rescue, emergency due to traffic accident, emergency due to sudden illness, or warning.

  When the command device 11 transmits a start signal to any of the selected fire departments 5A, 5B, and 5C and detects a response signal to the start signal, the command device 11 sends the type signal and the generated command voice signal. It is supposed to be transmitted. The exchange 13 that has received the activation signal transmits the activation signal to the reception device 51 of any one of the fire stations 5A, 5B, and 5C identified by the activation signal, and either the command device 11 or the fire stations 5A, 5B, or 5C. The call connection with the reception device 51 of the system is established, and then the type signal and the command voice signal are transmitted.

  Next, each device that performs processing based on the start signal, the type signal, and the command voice signal transmitted from the command devices 11, 11,... Of the command center 1 in the fire station 5A will be described.

  When receiving the activation signal from the command center 1 system, the accepting device 51 transmits a response signal to the exchange 13 of the command center 1. The exchange 13 establishes a call connection with the command device 11 of the command center 1, and a response signal is transferred to the command device 11. If the receiving device 51 subsequently detects the type signal, the receiving device 51 transmits the type signal to the speaker selecting device 54. Further, when receiving the command voice signal, the reception device 51 transmits the command voice signal to the activated speakers SP1, SP2,... Via the broadcast amplifier 52 and the switching device 53.

  The switching device 53 activates one of the speakers SP1, SP2,... Corresponding to each switching signal based on the switching signal distinguished by the signal waveform. Further, when the switching device 53 detects the input of the recovery signal, the switching device 53 stops the activated speakers SP1, SP2,.

  The PC 56 is connected to the command devices 11, 11,... Of the command center 1 through the router 55 and the dedicated line 4, and can transmit and receive various data. When the PC 56 receives the map information transmitted from the command devices 11, 11,..., The PC 56 causes the printer 57 to output image information related to the map information.

  The RFID tags of each IC card C1, C2,... Are registered with clerk identification information for identifying the clerk belonging to the fire department 5A, for example, clerk identification numbers such as 1001, 1002,. Yes. Each of the sensors S1, S2,... Is installed at various locations within the station so as not to overlap the respective detectable ranges and to cover the space where the clerk in the fire station 5A is located. Each sensor S1, S2,... Has its own sensor identification information. When any one of the IC cards C1, C2,... Is detected, the clerk identification information stored in the RFID tag is read from the IC card. The received clerk identification information is transmitted to the speaker selection device 54 together with the sensor identification information indicating the unique sensor identification numbers 001, 002,.

  4 is a layout diagram illustrating the layout of the speakers SP1, SP2,... And the sensors S1, S2,... Installed in the fire department 5A constituting the command system of the first embodiment. The fire department 5A has, for example, a garage and a room A on the first floor, and speakers SP1 and SP2 are installed respectively. Sensors S1, S2, S3, S4 are installed in the garage, and sensors S5, S6 are installed in the living room A. On the second floor, there are a fire department office and an emergency office, and speakers SP3 and SP4 are installed respectively. Also, sensors S7 and S8 are installed in the fire department, and sensors S9 and S10 are installed in the emergency office. Similarly, speaker SP5 and sensors S11 and S12 are installed in room B on the second floor, and speaker SP6 and sensors S13 and S14 are installed in a space for going down to the garage. On the third floor, there are a fire nap room A, a fire nap room B, an emergency nap room A, an emergency nap room B, and a living room C. A speaker SP7 and sensors S15 and S16 are installed in the firefighter nap room A, and a speaker SP8 and sensors S17 and S18 are installed in the firefighter nap room B. The emergency nap room A is provided with a speaker SP9 and sensors S19 and S20, and the emergency nap room B is provided with a speaker SP10 and sensors S21 and S22. A speaker SP11 and a sensor S23 are installed in the hallway on the third floor.

  For example, when a clerk possessing an IC card C1 having an RFID tag registered with clerk identification number 1001 indicating a clerk identification number enters the second floor fire department office, the sensor S8 detects the IC card C1. The sensor S8 receives the clerk identification information indicating the clerk identification number 1001 from the IC card C1, and transmits it to the speaker selection device 54 together with the sensor identification information indicating the sensor identification number 008. When the clerk possessing the IC card C13 having the RFID tag registered as the clerk identification number 2001 indicating the clerk identification number 2001 is resting in the 3rd floor emergency nap room B, the sensor S21 or the sensor S22 holds the IC card C13. Detect. The sensor S21 or the sensor S22 receives the clerk identification information indicating the clerk identification number 2001 from the IC card 13 and transmits it to the speaker selection device 54 together with the sensor identification information indicating the sensor identification number 021 or 022.

  Next, in the fire department 5A, the clerk identification information and the sensor identification information are received and stored from the sensors S1, S2,..., And based on the type signal received from the command device 11 of the command center 1 via the reception device 51. The speaker selection device 54 that selects any one of the speakers SP1, SP2,. FIG. 5 is a block diagram showing an internal configuration of the speaker selection device 54 constituting the command system in the first embodiment.

  The speaker selection device 54 is a PC connected to each sensor S1, S2,..., The reception device 51, and the switching device 53. The speaker selection device 54 includes at least a CPU 541 that controls various hardware, an internal bus 542 that connects the various hardware, a control program 54P that operates as the speaker selection device 54, sensor identification information, and a speaker SP1, .., A temporary storage area 544 for temporarily storing information generated by the processing of the CPU 541, the receiving device 51, the sensors S1, S2,. The switching device 53 and connection means 545 for transmitting and receiving signals and information.

  The CPU 541 reads out and executes a control program 54P for allowing the PC to operate as the speaker selection device 54 according to the present invention from the storage unit 543, and controls various hardware via the internal bus 542.

  The connecting means 545 has a function of converting various signals and digital information indicated by the various signals, and includes a signal IF (interface) 546 that transmits and receives to / from the CPU 541 via the internal bus 542, and sensors S1, S2,. And a sensor IF 547 for detecting reception of the sensor identification information and sensor identification information.

  The signal IF 546 detects the type signal transmitted from the accepting device 51, converts the type signal into type information, and transmits the type information to the CPU 541. The CPU 541 receives the clerk identification information and the sensor identification information from each of the sensors S1, S2,... Via the sensor IF 547, and stores the sensor identification information in association with the received clerk identification information in the temporary storage area 544. Position information indicating the installation locations of the sensors S1, S2,... May be added to the sensor identification information. In addition, the CPU 541 generates speaker identification information and transmits it to the signal IF 546. The signal IF 546 receives speaker identification information for identifying switching signals corresponding to the speakers SP1, SP2,..., Converts them into corresponding switching signals, and transmits them to the switching device 53.

  The CPU 541 uses the storage unit 543 to correspond to the clerk identification information registered in the RFID tag, the sensor identification information of each sensor S1, S2,..., And the speaker identification information identifying each speaker SP1, SP2,. It is stored in the table shown. Each speaker SP1, SP2,... Is identified by speaker identification information indicating speaker identification numbers 01, 02,. FIG. 6 is an exemplary diagram illustrating an example of a table stored in the storage unit 543 of the speaker selection device 54 according to the first embodiment. FIG. 6A shows the clerk identification information registered in the RFID tag of the IC cards C1, C2,... Held by the clerk, and the type number indicating the type of the clerk carrying the IC cards C1, C2,. It is the 1st table which memorize | stores correspondence of these. IC cards C1, C2,... Registered with the numbers of the officer identification numbers 1001 to 1012 are registered for the fire brigade stationed at the fire station 5A, and IC cards with the numbers of the officer identification numbers 2001 to 2007 are registered for the emergency personnel. Have C1, C2,. Thereby, a clerk can be classified into a classification by the clerk identification information registered in IC cards C1, C2,. In the first embodiment, the type is classified as fire or emergency, but it is classified in detail as building fire, middle-high-rise fire, vehicle fire, rescue, emergency due to traffic accident, emergency due to sudden illness, or warning, and each is identified It is good also as a structure which matches the type number to perform.

  FIG. 6B is a second table that stores the correspondence between the sensor identification information of each of the sensors S1, S2,... And the speaker identification information of each of the speakers SP1, SP2,. For example, the sensor identification information 001, 002, 003, 004 of the sensors S1, S2, S3, S4 installed in the garage is stored so as to correspond to the speaker identification information 01 of the speaker SP1 installed in the garage. Yes. Similarly, sensor identification information 007, 008 of the sensors S7, S8 installed in the second floor fire department office is stored so as to correspond to the speaker identification information 03 of the speaker SP3 installed in the second floor fire department office. Has been.

  Each time the CPU 541 of the speaker selection device 54 receives the clerk identification information and the sensor identification information from each sensor S1, S2,..., The sensors S1, S2,. The sensor identification information is stored in the third table in association with the clerk identification information. FIG. 7 is an exemplary diagram showing a third table showing correspondence between the clerk identification information and the sensor identification information stored in the temporary storage area 544 of the speaker selection device 54 according to the first embodiment. When the sensor S8 installed in the fire fighting office on the second floor detects the IC card C1 in which the officer identification information indicating the officer identification number 1001 is registered, the sensor S8 detects the officer identification information and the sensor identification indicating the officer identification number 1001. Sensor identification information indicating the number 008 is transmitted to the speaker selection device 54. When the speaker selecting device 54 receives the clerk identification information and the sensor identification information via the sensor IF 547, the speaker selection device 54 stores the sensor identification information indicating the sensor identification number 008 corresponding to the clerk identification information indicating the clerk identification number 1001 of the third table. To do. When the officer is dispatched and the sensor S2 installed in the garage detects the IC card C1 in which the officer identification information indicating the officer identification number 1001 is registered, the officer identification information and the sensor identification number indicating the officer identification number 1001. Sensor identification information indicating 002 is transmitted to the speaker selection device 54. When the CPU 541 of the speaker selection device 54 receives the clerk identification information and the sensor identification information via the sensor IF 547, the sensor identification information stored in association with the clerk identification information indicating the clerk identification number 1001 is stored in the sensor identification number 002. Is stored again in the sensor identification information indicating.

  Each time the sensors S1, S2,... Detect the IC cards C1, C2,..., The clerk identification information and the sensor identification information are transmitted to the speaker selection device 54. The speaker selection device 54 transmits the sensors S1, S2,. Each time the clerk identification information and the sensor identification information are received, the sensor identification information corresponding to the clerk identification information in the third table stored in the temporary storage area 544 is stored again. When the IC card C1, C2,... Goes out of the range that can be detected by each sensor S1, S2,. The sensor identification information of the detected sensor is stored in correspondence with the clerk identification information registered in the IC cards C1, C2,. Accordingly, when the clerk carrying the IC card C1 gets on an emergency vehicle from the garage, the clerk identification number 1001 is detected when the sensor recently detected by the IC card C1 possessed by the dispatched clerk is the sensor S2. Is associated with sensor identification information indicating sensor identification number 002 and stored in temporary storage area 544.

  Thereby, in the speaker selection apparatus 54, it is possible to memorize | store the newest information of the sensor identification information corresponding to a clerk identification information. FIG. 8 is a flowchart showing a processing procedure in which the CPU 541 of the speaker selection device 54 constituting the command system in the first embodiment updates the third table indicating the correspondence between the policeman identification information and the sensor identification information.

  The CPU 541 determines whether or not the clerk identification information and the sensor identification information are received via the sensor IF 547 (step S11). When the CPU 541 determines that the clerk identification information and the sensor identification information have not been received (S11: NO), the CPU 541 returns the process to step S11 and waits until it is determined that the clerk identification information and the sensor identification information have been received. To do. When the CPU 541 determines that the clerk identification information and the sensor identification information have been received (S11: YES), the CPU 541 reads the third table stored in the temporary storage area 544 (step S12), and from the third table, The storage area corresponding to the received clerk identification information is read (step S13). Next, the CPU 541 stores the received sensor identification information in the read storage area (step S14), and ends the processing for the received clerk identification information and sensor identification information.

  Sensor S1, S2 which detected IC card C1, C2, ... which a clerk possessed by repeating the above-mentioned processing every time it receives clerk identification information and sensor identification information from each sensor S1, S2, ... via sensor IF547. It is possible to store the latest information of sensor identification information indicating.

  In the command system configured as described above, the speaker selection device 54 stores the latest information of sensor identification information indicating the sensors S1, S2,... Detecting the IC cards C1, C2,. When the command device 11, 11,... Of the command center 1 receives the emergency call and the command voice signal and the type signal are transmitted from the command device 11, the CPU 111 of the command device 11 of the command center 1 and the fire department 5A The processing procedure of the CPU 541 of the installed speaker selection device 54 will be described below.

  The command device 11 that responds to an incoming call related to an emergency call transmits a command voice signal and a type signal to the fire department system according to the following processing procedure.

  FIG. 9 is a flowchart showing a processing procedure in which the CPU 111 of the command device 11 constituting the command system in the first embodiment generates command voice data and transmits a command voice signal to the systems of the fire departments 5A, 5B, and 5C. The CPU 111 of the command device 11 determines whether or not it has been detected that a command start operation has been performed by the operator (step S21). When the CPU 111 determines that the command start operation is not detected (S21: NO), the CPU 111 returns the process to step S21 and waits until it is determined that the command start operation is detected. When it is determined that the CPU 111 has detected a command start operation (S21: YES), the CPU 111 determines whether or not the operator has detected a disaster data input completion operation (step S22). If the CPU 111 determines that no disaster data input completion operation has been detected (S22: NO), the CPU 111 returns the processing to step S22 and waits until it determines that a disaster data input completion operation has been detected. To do.

  If the CPU 111 determines that an operation for completing the input of disaster data has been detected (S22: YES), the CPU 111 transmits an activation signal to the exchange 13 (step S23), and sends a response signal to the transmitted activation signal to the first communication. It is determined whether or not it has been received via the unit 118 (step S24). When it is determined that the CPU 111 has not received the response signal (S24: NO), the CPU 111 returns the process to step S24 and waits until it is determined that the response signal has been received.

  When the CPU 111 determines that the response signal has been received (S24: YES), the CPU 111 transmits a type signal based on the input disaster data to the exchange 13 (step S25). The CPU 111 generates command voice data based on the input disaster data (step S26), converts the generated command voice data into a command voice signal, and transmits the command voice data to the exchange 13 (step S27). After transmitting the command voice signal, the CPU 111 transmits a restoration signal to the exchange 13 (step S28) and ends the process.

  Through the above processing, the start signal, the command voice signal, the type signal, and the recovery signal transmitted from the command device 11 are transmitted to the reception device 51 in the fire department. The accepting device 51 transfers the received type signal and restoration signal to the speaker selecting device 54. The speaker selection device 54 that has received the type signal and the recovery signal transmitted from the reception device 51, based on the latest information of the sensors S1, S2,. SP2 is selected and a switching signal is transmitted to the switching device 53. A processing procedure in which the CPU 541 of the speaker selection device 54 selects one of the speakers SP1, SP2,... With reference to the first, second, and third tables when a type signal is detected will be described.

  10 and 11, the CPU 541 of the speaker selection device 54 constituting the command system in the first embodiment refers to the first, second, and third tables based on the received type signal, and the speakers SP1, SP2, It is a flowchart which shows the process sequence which selects ....

  The CPU 541 of the speaker selection device 54 determines whether or not the type information obtained by converting the type signal from the signal IF 546 has been received (step S301). When the CPU 541 determines that the type information is not received (S301: NO), the CPU 541 returns the process to step S301 because the start signal, the type signal, and the command voice signal are not transmitted from the command center 1. Wait until it is determined that the type information has been received.

  If the CPU 541 determines that the type information has been received (S301: YES), the CPU 541 reads the first table from the storage unit 543 (step S302), and obtains the clerk identification information corresponding to the received type information from the first table. Reading (step S303), the read clerk identification information is stored in the temporary storage area 544 (step S304). Next, the CPU 541 reads the third table (step S305), and reads sensor identification information corresponding to the clerk identification information stored in the temporary storage area 544 from the third table (step S306). The CPU 541 stores the read sensor identification information in the temporary storage area 544 (step S307), and reads the second table (step S308). The CPU 541 reads speaker identification information corresponding to the sensor identification information stored in the temporary storage area 544 from the second table (step S309), and sends a switching signal corresponding to the read speaker identification information via the signal IF 546 to the switching device 53. (Step S310).

  Next, the CPU 541 determines whether or not a recovery signal is detected via the signal IF 546 (step S311). When the CPU 541 determines that the recovery signal is not detected (S311: NO), the CPU 541 returns the process to step S311 and waits until it is determined that the recovery signal is detected.

  If the CPU 541 determines that a recovery signal has been detected via the signal IF 546 (S311: YES), the CPU 541 transmits a recovery signal to the switching device 53 (step S312) and ends the process.

  With the above processing, at the time when the command audio signal received by the reception device 51 is transmitted to the switching device 53 via the broadcast amplifier 52, one of the speakers SP1, SP2,... Is selected by the switching signal from the speaker selection device 54. Has been started. For this reason, the command voice is output from a speaker installed in the vicinity of the place where the clerk corresponding to the type is located. For example, if a fire brigade is temporarily located in the emergency office, the command audio signal for the fire brigade is also output from the speaker SP4 installed in the emergency office, and the police station located in the emergency office The command voice is also transmitted. Since the command voice can be reproduced and output at the location of the clerk who is the transmission target, the command can be reliably transmitted.

  In the first embodiment, a command voice signal obtained by analog conversion of command voice data generated by voice synthesis is transmitted. Not limited to this, after a classification signal based on classification data generated by selecting a disaster classification is transmitted, a command voice emitted by the operator himself is converted into a command voice signal and transmitted to the fire department via an exchange It is good.

  In the first embodiment, means for receiving information from each sensor, means for storing correspondence of various information in the first, second and third tables, means for receiving a type signal from the accepting device, The command system according to the present invention is configured by providing a speaker selection device that includes both means for transmitting a switching signal to the switching device. Not limited to this, a sensor information storage device that receives information from each sensor, stores the third table, and transmits information of the third table in response to a request from another device, and the first table and the second table You may comprise with the auxiliary storage device in which the table was memorize | stored, and the selection apparatus which selects a speaker. In this case, when the selection device receives the command voice signal and the type signal from the command center, the information of the third table is received from the sensor information storage device, and the first table and the second table are received from the auxiliary storage device. Is selected, and a speaker is selected based on the received type signal and the correspondence stored in each table. It is not limited to which device the command system is configured or to which device each unit is provided.

(Embodiment 2)
FIG. 12 is a block diagram showing the configuration of the command system in the fire department 5A according to Embodiment 2 of the present invention. The configuration of the command system in the second embodiment is the same as that in the first embodiment except for a part of the configuration of the command devices 11, 11,... And the configuration of the speaker selection device 54. The speaker selection device 54 according to the second embodiment will be described below.

  In the fire station 5A, the command system according to the second embodiment transmits a command audio signal transmitted from the reception device 51 to the broadcast amplifier 52 to the speaker selection device 54, and therefore, between the reception device 51 and the broadcast amplifier 52. The connection is branched. Further, the speaker selection device 54 and the broadcast amplifier 52 are connected, and a command audio signal can be transmitted from the speaker selection device 54 to the broadcast amplifier 52. Further, the speaker selection device 54 and the router 55 are connected, and data exchange is possible with the command devices 11, 11,.

  FIG. 13 is a block diagram showing an internal configuration of the speaker selection device 54 constituting the command system in the second embodiment. In addition to the components described in the first embodiment, the speaker selection device 54 receives a command audio signal from the reception device 51 and outputs it to the broadcast amplifier 52 and a router 55. .. Of the command center 1 and a communication unit 549 for transmitting and receiving data.

  The voice input / output unit 548 receives the command voice signal transmitted from the accepting device 51, converts it into command voice data that is digital data, and transmits the command voice data to the storage unit 543 via the internal bus 542 according to an instruction from the CPU 541. The transmitted voice command voice data is stored in the storage unit 543. Also, the voice input / output unit 548 converts the command voice data read from the storage unit 543 by the CPU 541 into a command voice signal and transmits the command voice signal to the broadcast amplifier 52.

  The CPU 541 establishes a data communication connection with the command devices 11, 11,... Installed in the command center 1 via the communication unit 549, and receives the clerk identification information and the sensor identification information from each sensor S1, S2,. The information of the stored third table is transmitted to the command devices 11, 11,.

  When receiving the type information via the signal IF 546, the CPU 541 of the speaker selection device 54 detects the IC cards C1, C2,... Storing the clerk identification information corresponding to the type information by the same processing as in the first embodiment. The speaker identification information corresponding to the sensor identification information of the sensor that has been read is read, and a corresponding switching signal is transmitted to the switching device 53. At that time, after receiving the type information, the CPU 541 converts the command voice signal received through the receiving device 51 within, for example, three seconds into command voice data, assuming that the command voice signal corresponds to the type information. Then, a process of adding and storing command number information for indicating correspondence with the received type information is performed.

  Further, in the control program 54P executed by the CPU 541 of the speaker selection device 54, the sensor identification information indicating the sensor identification numbers 001, 002, 003, 004 of the sensors S1, S2, S3, S4 installed in the garage is specified as a specific sensor. It is set as identification information. As a result, when the IC card C1, C2,... Storing the clerk identification information of the clerk corresponding to the received type information is detected by any of the sensors S1, S2, S3, and S4, the clerk is in operation. It is judged that there is. Embodiment 2 does not determine that a clerk corresponding to the type information has been detected by any of the sensors S1, S2, S3, and S4 when the elapsed time after receiving the type information exceeds a predetermined time When the elapsed time after receiving the type information exceeds a predetermined time, it corresponds to the sensors S1, S2,... In which the IC cards C1, C2,. The stored command voice data is reproduced and output by the speakers SP1, SP2,.

  The CPU 541 of the speaker selection device 54 measures the elapsed time after receiving the type information, and sensors S1, S2, S3 in which IC cards C1, C2,... Possessed by the clerk corresponding to the type information are installed in the garage. , S4 is determined. Further, the CPU 541 of the speaker selection device 54 detects the IC cards C1, C2,... Held by the clerk corresponding to the type information when the elapsed time after receiving the type information exceeds a predetermined time. Speaker identification information corresponding to the sensor identification information of S1, S2,. Hereinafter, a processing procedure of the CPU 541 of the speaker selection device 54 will be described. 14, 15, and 16, speakers SP <b> 1, SP <b> 2, in which the CPU 541 of the speaker selection device 54 constituting the command system in the second embodiment stores the command voice data and reproduces and outputs the stored command voice data. It is a flowchart which shows the process sequence which selects ....

  The CPU 541 of the speaker selection device 54 determines whether or not the type information obtained by converting the type signal from the signal IF 546 has been received (step S401). When the CPU 541 determines that the type information is not received (S401: NO), the CPU 541 returns the process to step S401 because the start signal, the type signal, and the command voice signal are not transmitted from the command center 1. Wait until it is determined that the type information has been received.

  When the CPU 541 determines that the type information has been received (S401: YES), the CPU 541 reads the first table from the storage unit 543 (step S402), and obtains the clerk identification information corresponding to the received type information from the first table. Read (step S403), and the read officer identification information is stored in the temporary storage area 544 (step S404). Next, the CPU 541 reads the third table (step S405), and reads sensor identification information corresponding to the clerk identification information stored in the temporary storage area 544 from the third table (step S406). The CPU 541 stores the read sensor identification information in the temporary storage area 544 (step S407), and reads the second table (step S408). The CPU 541 reads speaker identification information corresponding to the sensor identification information stored in the temporary storage area 544 from the second table (step S409), and sends a switching signal corresponding to the read speaker identification information via the signal IF 546 to the switching device 53. (Step S410).

  Next, the CPU 541 starts processing to convert the command voice signal received via the voice input / output unit 548 into command voice data and store the command voice data in the storage unit 543 (step S411). The CPU 541 determines whether or not a recovery signal has been detected via the signal IF 546 (step S412). If the CPU 541 determines that no recovery signal has been detected (S412: NO), the audio input / output unit 548 is turned on. The process of converting the command voice signal received via the command into command voice data and storing it in the storage unit 543 is continued.

  When the CPU 541 determines that the recovery signal is detected via the signal IF 546 (S412: YES), the CPU 541 transmits the recovery signal to the switching device 53 (step S413) and receives it via the voice input / output unit 548. The process of converting the command voice signal into the command voice data and storing it in the storage unit 543 is stopped (step S414).

  Next, the CPU 541 determines whether or not the elapsed time after receiving the type information exceeds a predetermined time of, for example, 3 minutes (step S415). When the CPU 541 determines that the elapsed time since the reception of the type information has not exceeded the predetermined time (S415: NO), the CPU 541 returns the process to step S415 and continues until the predetermined time is exceeded. stand by.

  When the CPU 541 determines that the elapsed time since the reception of the type information has exceeded a predetermined time (S415: YES), the CPU 541 receives the signature identification information received from each sensor S1, S2,. The third table updated based on the sensor identification information is read (step S416), and the sensor identification information corresponding to the officer identification information stored in the temporary storage area 544 in step S404 is read one by one from the third table (step S417). ). The CPU 541 determines whether or not the read sensor identification information is sensor identification information indicating any of the sensor identification numbers 001, 002, 003, and 004 of the sensors S1, S2, S3, and S4 (step S418). If it is determined that the sensor identification information indicates any of the sensor identification numbers 001, 002, 003, 004 (S418: YES), the sensor identification information is stored in the temporary storage area 544 (step S419), and temporarily stored. It is determined whether or not sensor identification information has been read for all the officer identification information stored in area 544 (step S420).

  When it is determined that the sensor identification information read by the CPU 541 is sensor identification information that does not indicate any of the sensor identification numbers 001, 002, 003, and 004 of the sensors S1, S2, S3, and S4 (S418: NO), the CPU 541 Determines whether the sensor identification information has been read for all the officer identification information stored in the temporary storage area 544 (step S420).

  If the CPU 541 determines that the sensor identification information has not been read for all the signature identification information stored in the temporary storage area 544 (S420: NO), the CPU 541 returns the process to step S417 and stores the signature information stored in the temporary storage area 544. The sensor identification information is read for each piece of identification information, and the determination of whether or not the sensor identification information indicates one of the sensor identification numbers 001, 002, 003, and 004 of the sensors S1, S2, S3, and S4 is repeated. On the other hand, when the CPU 541 determines that the sensor identification information has been read for all the clerk identification information stored in the temporary storage area 544 (S420: YES), the CPU 541 reads the second table (step S421). The CPU 541 reads speaker identification information corresponding to the sensor identification information stored in the temporary storage area 544 in step S419 from the second table (step S422), and sends a switching signal corresponding to the read speaker identification information via the signal IF 546. The data is transmitted to the switching device 53 (step S423). Thereafter, the CPU 541 converts the stored command voice data into a command voice signal via the voice input / output unit 548, and transmits it to the broadcast amplifier 52 (step S424). After conversion of the stored command voice data into a command voice signal and transmission to the broadcast amplifier 52, the CPU 541 sends a restoration signal to the switching device 53 (step S425), and the speaker SP1, which has been activated by the switching device 53, is sent. Any one of SP2,... Is stopped, and the process is terminated.

  By the above processing, after the elapsed time after receiving the type information exceeds a predetermined time, it corresponds to the clerk identification information registered in the IC cards C1, C2, ... possessed by the clerk corresponding to the type information. If the sensor identification information does not correspond to the sensors S1, S2, S3, S4 installed in the garage, the speakers SP1, SP2,... Corresponding to the sensor identification information are selected. As a result, after the elapsed time exceeds the predetermined time, the command voice is output again in the vicinity of the clerk who is not in the garage even though the clerk corresponds to the type of the command, and the command is transmitted more reliably. Can do.

  Further, the command devices 11, 11,... Of the command center 1 are configured to accept input of the number of dispatched persons required as disaster data, and the command devices 11, 11,... Are based on the command type data based on the disaster data input. The dispatch information including the number of people necessary for dispatch and the map information in the vicinity of the disaster occurrence location may be generated and transmitted to the system in the fire station 5A via the router 15 and the dedicated line 4.

  In this case, the type signal output from the command devices 11, 11,... Is transmitted as a PB signal to which a signal indicating the command serial number received by the command center 1 is added via the dedicated line 3, and the command devices 11, 11,. Further, information indicating the serial number of the command and information indicating the number of persons required for dispatch are added to the created dispatch information and transmitted to the speaker selection device 54 via the dedicated line 4. The CPU 541 of the speaker selection device 54 receives the command serial number information and the command type information converted by the signal IF 546 receiving the PB signal, and further receives the serial number received from the outgoing information received via the dedicated line 4. The dispatch information including the same serial number information as the information is extracted. From the extracted dispatch information, the number of people who need to be dispatched in response to the command can be read out and stored for each serial number information of the command.

  As a result, the sensor associated with the third table among the clerk identification information corresponding to the received type information after a predetermined time has elapsed in steps S417 to S425 of the CPU 541 of the speaker selection device 54. The number of identification information is sensor identification information indicating the sensors S1, S2, S3, and S4. Judgment can be made. If it is determined that the required number of persons is satisfied for the command, the process of transmitting the switching signal corresponding to the temporarily stored sensor identification information and converting and transmitting the stored command voice data to the command voice signal (from step S423 to step S425) is not performed. It can be determined whether or not the command has been transmitted based on the reproduction output of the command voice signal, and when the command voice signal is quickly dispatched, it is possible to avoid reproducing and outputting the command voice signal again.

  Further, in this case, when the fire brigade is dispatched and further receives type information relating to fire fighting from the command device 11 of the command center 1, the elapsed time since the CPU 541 of the speaker selection device 54 received the type information. Whether the number of sensor identification information corresponding to the sensors S1, S2, S3, S4 satisfies the number of persons required for dispatch after the predetermined time has passed. It is difficult to determine whether or not the number of dispatched persons is satisfied for which command.

  Therefore, the CPU 541 of the speaker selection device 54 receives the clerk identification information and the sensor identification information from each sensor S1, S2,... And transmits the information stored in the third table to the instruction devices 11, 11,. Therefore, it is possible to store information on whether or not the clerk identification information and the clerk corresponding to the clerk identification information are dispatched in each fire station 5A, 5B, 5C by the command devices 11, 11,. It is good also as composition to do. In this case, whether or not necessary members have been dispatched for each command by adding station identification information corresponding to the station staff to be dispatched to the dispatch information transmitted from the command devices 11, 11,... Is determined by the speaker selection device 54, it can be easily determined whether or not the command is transmitted by the reproduction output of the command voice signal.

  Moreover, when generating dispatch information by command device 11, 11, ..., it is not dispatched based on disaster data and the information of whether each police station of fire department 5A, 5B, 5C is dispatched. The structure may be such that the clerk identification information corresponding to the clerk is automatically selected for the required number of output persons and added to the dispatch information. In this case, the CPU 541 of the speaker selection device 54 does not read the clerk identification information corresponding to the type signal from the first table, but stores the clerk identification information included in the dispatch information in the temporary storage area 544, and the third table. The sensor identification information corresponding to the clerk identification information stored in the temporary storage area 544 is read out, the speaker identification information corresponding to the sensor identification information is read out from the second table, and a corresponding switching signal is transmitted to the switching device 53. Thereafter, after a predetermined time has elapsed, it is determined that the sensor identification information corresponding to the clerk identification information included in the dispatch information is not the sensor identification information corresponding to the sensors S1, S2, S3, S4 installed in the garage. In the case, a switching signal corresponding to the speaker identification information corresponding to the sensor identification information is transmitted.

  In this case, when selecting the clerk identification information automatically by the commanding device 11, 11,..., The clerk identification information is not classified by fire or emergency only type, but by fire, rescue, building fire, middle-rise fire By classifying the information into groups, the operator who operates the command devices 11, 11,... Selects the detailed disaster type so that the group identification information is automatically selected. be able to.

  Further, in order to send information to the fire station 5A, 5B, 5C on whether or not each clerk is dispatched to the command devices 11, 11,... Of the command center 1, the command devices 11, 11,. By configuring the display unit 116 to display information on whether or not there is, the operator who operates the command devices 11, 11,... Grasps whether or not the staff of the fire stations 5 A, 5 B, and 5 C can be dispatched. It becomes possible. As a result, although the fire station 5A is the fire station closest to the disaster occurrence location, the necessary fire brigade members are dispatched to other disaster occurrence locations, so that the command should be sent to either of the other fire stations 5B, 5C Judgment can be made quickly, and even if a command is issued promptly, a situation in which the command is not transmitted due to the absence of a clerk can be avoided.

  In the second embodiment, means for storing the received command voice data, means for receiving information from each sensor, means for storing the correspondence of various information in the first, second and third tables, A command system according to the present invention is provided by providing a speaker selection device that includes all means for receiving a type signal from a reception device, means for transmitting a switching signal to the switching device, and means for transmitting a command audio signal to the broadcast amplifier. Was configured. Not limited to this, when a command voice signal and a type signal are received from the command center, a recording device that stores command voice data obtained by converting the received command voice signal, and information from the sensor are received in the third table. A sensor information storage device that stores and transmits information of the third table in response to a request from another device, an auxiliary storage device that stores the first table and the second table, and a selection device that selects a speaker. It may be configured. In this case, when the selection device receives the command voice signal and the type signal from the command center, the information of the third table is received from the sensor information storage device, and the first table and the second table are received from the auxiliary storage device. Is selected, and a speaker is selected based on the received type signal and the correspondence stored in each table. Further, the selection device instructs to reproduce and output the command voice data stored from the recording device. It is not limited to which apparatus each means is provided.

  In the first and second embodiments, the command voice data is transmitted as analog voice and the type data is transmitted as the PB signal via the dedicated line 3. However, both the command voice data and the type data are digital data as the dedicated line 4. It is good also as a structure which transmits via. In this case, since the command voice data is stored in the second embodiment, it is necessary to correspond to the type data. Therefore, it is possible to add a header to the digital data of the command voice data, write information indicating the type data in the header, and make it possible to distinguish the correspondence. In addition, command voice data and type data can also be included in the dispatch information.

  Further, the following supplementary notes are disclosed regarding the above embodiment.

(Appendix 1)
Command transmission device for transmitting command information including command voice data and type data indicating the type of command, command receiving device for receiving and transmitting the command information from the command transmission device, and instruction signal for instructing voice output A plurality of audio output devices that reproduce and output the command audio data, and storage means for storing identification information for identifying the command transmission target in association with the type data. In a command system that reproduces and outputs audio data,
A communication device having means for storing and transmitting the identification information;
A plurality of sensors for detecting the presence of the communication device,
Each sensor
Means for storing unique sensor identification information;
Means for receiving the identification information from the detected communication device;
Means for transmitting the received identification information and the sensor identification information,
Means for receiving the identification information and sensor identification information from each sensor;
Storage means for storing the received identification information and sensor identification information in association with each other;
Storage means for storing output device identification information for identifying the audio output device in association with sensor identification information;
Means for receiving the command information from the command receiving device;
Means for reading identification information corresponding to the type data included in the received command information from the storage means;
Means for reading sensor identification information corresponding to the read identification information from the storage means;
Means for reading output device identification information corresponding to the read sensor identification information from the storage means;
A command system comprising: means for transmitting an instruction signal to a voice output device corresponding to the read output device identification information.

(Appendix 2)
Means for storing command voice data included in the received command information;
Means for measuring an elapsed time since receiving the command information;
Determining means for determining whether or not the elapsed time exceeds a predetermined time;
Means for reading out identification information corresponding to the type data included in the received command information from the storage means when the determination means determines that the predetermined time has been exceeded;
Means for reading sensor identification information corresponding to the read identification information from the storage means;
Determining means for determining whether the read sensor identification information is sensor identification information of a specific sensor;
Means for reading out output device identification information corresponding to the sensor identification information from the storage means when the determination means determines that the sensor identification information is not the specific sensor;
The command system according to claim 1, further comprising means for transmitting the stored command voice data and instruction signal to the voice output device corresponding to the read output device identification information.

(Appendix 3)
Command transmission device for transmitting command information including command voice data and type data indicating the type of command, command receiving device for receiving and transmitting the command information from the command transmission device, and instruction signal for instructing voice output And a plurality of audio output devices that reproduce and output the command voice data, and store identification information for identifying a command transmission target in association with the type data, and the command voice data is stored in the selected voice output device. In the command method for playback output,
A communication device for storing and transmitting the identification information;
Using a plurality of sensors that detect the presence of the communication device within a detectable distance,
The sensor is
Storing unique sensor identification information,
Receiving the identification information from the detected communication device;
Send the received identification information and the sensor identification information,
Receiving the identification information and sensor identification information from each sensor;
Store the received identification information and sensor identification information in association with each other,
Storing output device identification information for identifying the audio output device in association with sensor identification information;
Receiving the command information from the command receiving device;
Read the identification information corresponding to the type data included in the received command information,
Read sensor identification information corresponding to the read identification information,
Read output device identification information corresponding to the read sensor identification information,
An instruction signal is transmitted to the audio output device corresponding to the read output device identification information,
A command method, wherein the command voice data is reproduced and output by a voice output device selected based on identification information corresponding to the type data.

(Appendix 4)
Stores command voice data included in the received command information,
Measure the elapsed time since receiving the command information,
Determining whether the elapsed time exceeds a predetermined time;
When it is determined that a predetermined time has elapsed, the identification information corresponding to the type data included in the received command information is read,
Read sensor identification information corresponding to the read identification information,
Determine whether the read sensor identification information is sensor identification information of a specific sensor,
If it is determined that it is not sensor identification information of a specific sensor, output device identification information corresponding to the sensor identification information is read,
The command method according to appendix 3, wherein the stored command voice data and instruction signal are transmitted to the voice output device corresponding to the read output device identification information.

(Appendix 5)
Connected to a plurality of audio output devices that receive instruction signals for instructing voice output and reproduce and output command voice data, and associate identification information for identifying a command transmission target with type data indicating a command type In a voice output destination selection device that has storage means for storing, receives command information including command voice data and type data from the outside, and selects the voice output device based on the received command information,
Means for receiving the identification information and external device identification information for identifying the external device;
Storage means for storing the received identification information and external device identification information in association with each other;
Storage means for storing the output device identification information for identifying the audio output device and the external device identification information in association with each other;
Means for reading identification information corresponding to the type data included in the received command information from the storage means;
Means for reading external device identification information corresponding to the read identification information from the storage means;
Means for reading output device identification information corresponding to the read external device identification information from the storage means;
A voice output destination selection device comprising: means for selecting a voice output device corresponding to the read output device identification information and transmitting an instruction signal.

(Appendix 6)
Means for receiving command voice data;
Means for storing the received command voice data;
Means for measuring an elapsed time since receiving the command voice data;
Determining means for determining whether or not the elapsed time exceeds a predetermined time;
Means for reading identification information corresponding to the received type data from the storage means when it is determined that the predetermined time has been exceeded by the determination means;
Means for reading external device identification information corresponding to the read identification information from the storage means;
Determining means for determining whether or not the read external device identification information is external device identification information of a specific external device;
Means for reading out output device identification information corresponding to the external device identification information from the storage means when the determination means determines that the external device identification information of the specific external device is not;
The audio output destination selection device according to appendix 5, further comprising means for transmitting the stored command audio data and instruction signal to the audio output device corresponding to the read output device identification information.

(Appendix 7)
Connected to a command transmission device that transmits command information including command voice data and type data indicating the type of command, and a plurality of voice output devices that receive a command signal that instructs voice output and reproduce and output the command voice data. Function as a means for storing and reading out correspondence between identification information and type data for identifying a command target, correspondence between output device identification information for identifying a sound output device and external device identification information for identifying an external device In a computer program that can be
Computer
Means for receiving the identification information and the external device identification information;
Storage means for storing the received identification information and external device identification information in association with each other;
Means for receiving type data;
Means for reading identification information corresponding to the received type data;
Means for reading external device identification information corresponding to the read identification information from the storage means;
Means for reading output device identification information corresponding to the read external device identification information; and
A computer program for causing a voice output device corresponding to the read output device identification information to function as means for transmitting an instruction signal.

(Appendix 8)
Computer
Means for receiving command voice data;
Means for storing received command voice data;
Means for measuring an elapsed time since receiving the command voice data;
Determination means for determining whether or not the elapsed time has passed a predetermined time;
Means for reading identification information corresponding to the received type data when it is determined by the determination means that a predetermined time has elapsed;
Means for reading external device identification information corresponding to the read identification information from the storage means;
Determining means for determining whether or not the read external device identification information is external device identification information for identifying a specific external device;
Means for reading out output device identification information corresponding to the external device identification information when the determination means determines that the external device identification information of the specific external device is not; and
8. The computer program according to appendix 7, wherein the audio output device corresponding to the read output device identification information is caused to function as means for transmitting the stored command audio data and instruction signal.

(Appendix 9)
Correspondence between identification information for identifying the target of the command and type data indicating the type of the command, output device identification information for identifying the voice output device, and an external device connected to a plurality of voice output devices that output the command voice data The correspondence between the external device identification information to be identified can be stored and read, and each time the identification information and the external device identification information are acquired from the external device, the computer having the function of storing the correspondence is stored based on the type data. In a computer program that can function as a means for transmitting command voice data to a selected voice output device,
Computer
When command voice data and type data are acquired,
Means for storing the acquired command voice data;
Means for measuring an elapsed time since obtaining the command voice data;
Determination means for determining whether or not the elapsed time has passed a predetermined time;
Means for reading identification information corresponding to the type data when it is determined by the determination means that a predetermined time has elapsed;
Determination means for determining whether or not the external device identification information corresponding to the read identification information is external device identification information for identifying a specific external device; and
A computer program for causing a function to read out output device identification information corresponding to the external device identification information when the determination unit determines that the external device identification information is not the specific external device.

It is a block diagram which shows the structure of the instruction | command system in Embodiment 1 of this invention. It is a block diagram which shows the structure of the instruction | command system in Embodiment 1 of this invention. It is a block diagram which shows the internal structure of the instruction | command apparatus which comprises the instruction | command system in Embodiment 1. FIG. FIG. 3 is a layout diagram illustrating the layout of each speaker and each sensor installed in the fire department that constitutes the command system of the first embodiment. FIG. 3 is a block diagram showing an internal configuration of a speaker selection device that constitutes the command system in the first embodiment. 6 is an exemplary diagram illustrating an example of a table stored in a storage unit of the speaker selection device according to Embodiment 1. FIG. It is an illustration figure which shows the 3rd table which shows a response | compatibility of the clerk identification information and sensor identification information which are memorize | stored in the temporary storage area of the speaker selection apparatus in Embodiment 1. It is a flowchart which shows the process sequence in which CPU of the speaker selection apparatus which comprises the command system in Embodiment 1 updates the 3rd table which shows a response | compatibility with policeman identification information and sensor identification information. It is a flowchart which shows the process sequence in which CPU of the command device which comprises the command system in Embodiment 1 produces | generates command audio | voice data, and transmits a command audio | voice signal to the system of a fire department. It is a flowchart which shows the process sequence which CPU of the speaker selection apparatus which comprises the instruction | command system in Embodiment 1 selects a speaker with reference to a 1st, 2nd, 3rd table based on the received classification signal. It is a flowchart which shows the process sequence which CPU of the speaker selection apparatus which comprises the instruction | command system in Embodiment 1 selects a speaker with reference to a 1st, 2nd, 3rd table based on the received classification signal. It is a block diagram which shows the structure in the fire department of the command system in Embodiment 2 of this invention. It is a block diagram which shows the internal structure of the speaker selection apparatus which comprises the command system in Embodiment 2. FIG. 10 is a flowchart showing a processing procedure in which the CPU of the speaker selection device constituting the command system in the second embodiment stores command voice data and selects a speaker that reproduces and outputs the stored command voice data. 10 is a flowchart showing a processing procedure in which the CPU of the speaker selection device constituting the command system in the second embodiment stores command voice data and selects a speaker that reproduces and outputs the stored command voice data. 10 is a flowchart showing a processing procedure in which the CPU of the speaker selection device constituting the command system in the second embodiment stores command voice data and selects a speaker that reproduces and outputs the stored command voice data.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Command center 11 Command device 5A, 5B, 5C Fire department 51 Reception device 54 Speaker selection device 111,541 CPU
113,543 Storage unit 114,544 Temporary storage area 54P Control program 545 Connection means 546 Signal IF
547 Sensor IF
548 Audio input / output unit 549 Communication unit S1, S2, S3,..., S23 Sensor SP1, SP2,.

Claims (3)

Command transmission device for transmitting command information including command voice data and type data indicating the type of command, command receiving device for receiving and transmitting the command information from the command transmission device, and instruction signal for instructing voice output A plurality of audio output devices that reproduce and output the command audio data, and storage means for storing identification information for identifying the command transmission target in association with the type data. In a command system that reproduces and outputs audio data,
A communication device having means for storing and transmitting the identification information;
A plurality of sensors for detecting the presence of the communication device,
Each sensor
Means for storing unique sensor identification information;
Means for receiving the identification information from the detected communication device;
Means for transmitting the received identification information and the sensor identification information,
Means for receiving the identification information and sensor identification information from each sensor;
Storage means for storing the received identification information and sensor identification information in association with each other;
Storage means for storing output device identification information for identifying the audio output device in association with sensor identification information;
Means for receiving the command information from the command receiving device;
Means for reading identification information corresponding to the type data included in the received command information from the storage means;
Means for reading sensor identification information corresponding to the read identification information from the storage means;
Means for reading output device identification information corresponding to the read sensor identification information from the storage means;
Means for transmitting an instruction signal to the audio output device corresponding to the read output device identification information;
With
Furthermore,
Means for storing command voice data included in the received command information;
Means for measuring an elapsed time since receiving the command information;
Determining means for determining whether or not the elapsed time exceeds a predetermined time;
Means for reading out identification information corresponding to the type data included in the received command information from the storage means when the determination means determines that the predetermined time has been exceeded;
Means for reading sensor identification information corresponding to the read identification information from the storage means;
Determining means for determining whether the read sensor identification information is sensor identification information of a specific sensor;
Means for reading out output device identification information corresponding to the sensor identification information from the storage means when the determination means determines that the sensor identification information is not the specific sensor;
A command system comprising: means for transmitting stored command voice data and an instruction signal to a voice output device corresponding to the read output device identification information . Connected to a plurality of audio output devices that receive instruction signals for instructing voice output and reproduce and output command voice data, and associate identification information for identifying a command transmission target with type data indicating a command type In a voice output destination selection device that has storage means for storing, receives command information including command voice data and type data from the outside, and selects the voice output device based on the received command information,
Means for receiving the identification information and external device identification information for identifying the external device;
Storage means for storing the received identification information and external device identification information in association with each other;
Storage means for storing the output device identification information for identifying the audio output device and the external device identification information in association with each other;
Means for reading identification information corresponding to the type data included in the received command information from the storage means;
Means for reading external device identification information corresponding to the read identification information from the storage means;
Means for reading output device identification information corresponding to the read external device identification information from the storage means;
Means for selecting an audio output device corresponding to the read output device identification information and transmitting an instruction signal;
With
Furthermore,
Means for receiving command voice data;
Means for storing the received command voice data;
Means for measuring an elapsed time since receiving the command voice data;
Determining means for determining whether or not the elapsed time exceeds a predetermined time;
Means for reading identification information corresponding to the received type data from the storage means when it is determined that the predetermined time has been exceeded by the determination means;
Means for reading external device identification information corresponding to the read identification information from the storage means;
Determining means for determining whether or not the read external device identification information is external device identification information of a specific external device;
Means for reading out output device identification information corresponding to the external device identification information from the storage means when the determination means determines that the external device identification information of the specific external device is not;
A voice output destination selection device comprising: a voice output device corresponding to the read output device identification information; and means for transmitting the stored command voice data and instruction signal . Connected to a command transmission device that transmits command information including command voice data and type data indicating the type of command, and a plurality of voice output devices that receive a command signal that instructs voice output and reproduce and output the command voice data. Function as a means for storing and reading out correspondence between identification information and type data for identifying a command target, correspondence between output device identification information for identifying a sound output device and external device identification information for identifying an external device In a computer program that can be
Computer
Means for receiving the identification information and the external device identification information;
Storage means for storing the received identification information and external device identification information in association with each other;
Means for receiving type data;
Means for reading identification information corresponding to the received type data;
Means for reading external device identification information corresponding to the read identification information from the storage means;
Means for reading output device identification information corresponding to the read external device identification information; and
Means for transmitting an instruction signal to the audio output device corresponding to the read output device identification information
Function as
Furthermore,
Means for receiving command voice data;
Means for storing received command voice data;
Means for measuring an elapsed time since receiving the command voice data;
Determination means for determining whether or not the elapsed time exceeds a predetermined time;
Means for reading identification information corresponding to the received type data from the storage means when it is determined that the predetermined time has been exceeded by the determination means;
Means for reading external device identification information corresponding to the read identification information from the storage means;
Determining means for determining whether or not the read external device identification information is external device identification information of a specific external device;
Means for reading out output device identification information corresponding to the external device identification information from the storage means when the determination means determines that the external device identification information of the specific external device is not; and
A computer program causing a voice output device corresponding to the read output device identification information to function as means for transmitting stored command voice data and an instruction signal .

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