JP5003582B2 - Emergency dispatch command system - Google Patents

Description

  The present invention relates to an emergency dispatch command system, and more particularly to a configuration for managing a part related to personal information in command information transmitted from a command room in the system.

  Conventionally, a fire fighting command system, which is one of emergency dispatch command systems, is configured as shown in a block diagram of FIG. 8, for example. FIG. 8A shows the entire fire fighting command system, and FIG. 8B shows the configuration of the speech synthesis system unit.

  In FIG. 8 (A), 91 is an emergency call system unit, for example, receiving an emergency call from a gas leak sensor, smoke sensor or emergency call pendant via a public line, etc., and connecting a voice line to the command board 94. Then, the mode can be confirmed by telephone, and data such as the ID (identification code) of the emergency call source is sent to the command board 94 via the LAN 95. Reference numeral 92 denotes a 119 notification input unit for inputting a 119 notification by telephone on a public line to the command board 94. Reference numeral 93 denotes a transmission point display system unit that searches a telephone number of a telephone that has been notified based on the 119 notification to search for an address where the telephone is installed. When the telephone is a mobile phone, the latitude and longitude at the time of reporting are displayed.

  Based on information from the emergency call system unit 91, information from the 119 call or from the transmission point display system unit 93, the command board 94 sends a communication network 96 such as an ISDN (Integrated Digital Communication Network) to the required station 97. ) Etc. to command dispatch etc. In the case of voice, the command information is input to the voice synthesis system unit 98 via the LAN 95, and corresponds to the command content from the voice data registered in advance, for example, disaster classification, address, dispatch vehicle, etc. The data is read out, synthesized into speech in the required order, and sent to the station 97 designated by the command board 94 through the communication network 96. The “command information” shown here indicates the case number, the name of the district where the disaster occurred, the disaster type, the disaster address, the whistleblower, the target near the disaster site, the fire team in charge of the disaster site, the dispatch vehicle, etc. Among them, for example, the name of “reporter” is personal information.

  When the command is issued by facsimile, the command information is input to the FAX command system unit 99 via the LAN 95, is generated into a facsimile signal based on the command information, and is sent to the station 97 designated by the command board 94 via the communication network 96. Send. Reference numeral 100 denotes a maintenance personal computer for updating / correcting information data registered in the computer device of the command board 94 or voice data registered in the voice synthesis system unit 98. The update data is transmitted via the LAN 95. And send it out.

  FIG. 8B is a principal block diagram of an example of the speech synthesis system unit 98. In FIG. 8B, reference numeral 81 denotes an input unit for inputting command content data from the command board 94 via the LAN 95. A voice data storage unit 82 stores voice data for each command content. Reference numeral 83 denotes an utterance pattern storage unit which stores a command utterance pattern.

  Reference numeral 84 denotes a voice synthesizer, which reads out data corresponding to the command contents from the input unit 81 from the voice data storage unit 82 and synthesizes it into voice according to the pattern from the utterance pattern storage unit 83. Reference numeral 85 denotes an output unit that sends the synthesized speech from the speech synthesis unit 84 to the station 97 designated by the command board 94 via the communication network 96. A control unit 86 controls each unit of the speech synthesis system unit (see, for example, Patent Document 1).

  In addition, the command information by the synthesized voice output from the voice synthesizer system unit 98 is sent to each fire-fighting vehicle, an emergency vehicle, and a local fire brigade station through a wireless device (not shown) provided in the fire-fighting command system. It is also sent to portable wireless devices. For this reason, the member or member who has received this command information can prepare in advance for the secondary dispatch commanded when the disaster is more serious than expected.

However, the simultaneous transmission of this command information, together with useful information such as the disaster site and disaster situation, personal information such as the reporter, witness, name of the sick, and symptoms, etc. is also transmitted at the same time. There was also a problem that personal information was transmitted to members of the fire brigade.
JP-A-6-243376 (page 2-3, FIG. 1)

  The present invention solves the above-mentioned problems, and in the emergency dispatch command system, the items of personal information among the items notified by the command information are distributed only to the persons concerned in the relevant case, and An object of the present invention is to provide a configuration in which automatic distribution is selectively performed so that personal information portions are skipped and distributed to persons other than those involved.

In order to solve the above-mentioned problems, the present invention accepts an emergency call partially including personal information as a case, stores information related to the case as case data, and provides command information for responding to the case. An emergency dispatch command system comprising command means for transmitting wirelessly and a radio installed in an emergency vehicle or a station,
The radio is transmitted from the command means, and can perform individual communication according to the group number assigned to the same case, and broadcast communication regardless of the group number,
The command means includes an operation means for creating the command information based on the case data input by a commander's operation, a base station radio communicating with the radio, and a specific for the radio Command control means for carrying out the transmission designated by a group number or the simultaneous transmission that is the broadcast communication to all the radios via the base station radio,
The command means, when transmitting the command information including the case data via the base station radio, depending on the condition of the individual communication or the broadcast communication, the item of personal information in the case data Select whether to perform transmission or not.

  In addition, when performing the transmission by the individual communication, the command means transmits the personal information item of the command information to the radio device by designating the group number.

Further, the command means includes a storage means for storing an identification code for identifying an item corresponding to the personal information among the items in the case data,
When performing the simultaneous transmission by the broadcast communication, the command means excludes the item of personal information in the command information corresponding to the item to which the identification code is assigned and transmits it to the radio device.

Further, the instruction means when transmitting the command information of the same cases, implement the individual communication prior to the broadcast.

On the other hand, an emergency call including a part of personal information is accepted as an incident, information relating to the incident is stored as incident data, and command means for wirelessly transmitting instruction information for responding to the incident, emergency An emergency dispatch command system equipped with a radio installed in a vehicle or a station,
The wireless device is capable of individual communication according to a group number transmitted from the command means and assigned to the same case.
It said command means includes operation means for creating the command information based on the cases data input by the operation of the dispatcher, and the base station radio equipment for communicating with the wireless device, against all of the radios with an asymmetric transmission, and the command control unit implemented via the base station radios, among the items in the previous article idea data, and storage means for storing the identifying identification code an item corresponding to the personal information ,
The command means, after determining the command information, notifies the case identification information for identifying the case to the radio device corresponding to the destination of the command information,
When transmitting the command information including the case data via the base station radio, transmit the case identification information and the identification code,
The wireless device does not receive and output the received personal information corresponding to the identification code when the case identification information included in the received command information does not correspond to the wireless device.

By using the above means, according to the emergency dispatch command system according to the present invention,
According to the first aspect of the present invention, when command information is transmitted from the command means, the presence or absence of transmission of personal information is selectively and automatically transmitted corresponding to individual transmission or simultaneous transmission, so that personal information is protected. The

  In the invention according to claim 2, when transmitting to a radio device related to a certain case, a specific Celecall group number (only a radio device having the same number can be updated) corresponding to this certain case is set. Since the command information is transmitted only to the wireless device, personal information cannot be intercepted by members engaged in other cases, and the personal information is protected. In addition, since all speech synthesis including personal information is transmitted to members related to a case, it is possible to obtain all necessary information.

  The invention according to claim 3 protects personal information because command information excluding personal information is transmitted when performing simultaneous transmission to all wireless devices. Moreover, since all the command information except personal information is transmitted also to other members unrelated to a certain case, other members can obtain the minimum information.

  In the invention according to claim 4, when the command information is transmitted, the individual communication is performed prior to the simultaneous transmission. Therefore, the command can be promptly transmitted to the dispatching vehicle or the station related to the case.

  In the invention according to claim 5, in the simultaneous transmission to all the wireless devices, since the items related to the personal information are not received and output by the wireless device unrelated to the case including the personal information, the personal information is protected. In addition, since the command means can transmit the presence / absence of personal information protection by transmitting command information once, the transmission time can be shortened.

  DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, embodiments of the present invention will be described in detail as examples based on the attached drawings.

  FIG. 1 is a block diagram for explaining a fire fighting command system which is one of emergency dispatch command systems.

  This fire-fighting command system is a radio installed one by one at command means 1 installed at the firefighting headquarters, and at two stations 10, 11, and local firefighting station 12 located in each area. Machine 20e, radio equipment 20f, and radio equipment 20g. In addition, emergency vehicles such as an ambulance 10a, an ambulance 10b, a pump car 11a, and a tank car 11b are arranged at each station, and these include a radio 20a, a radio 20b, a radio 20c, and a radio 20d. It is mounted one by one. In addition, all the radio devices are configured to be able to communicate with the command means 1 via radio, and the designated emergency vehicle is dispatched by the command information from the command means 1 received by the radio device. .

  Each wireless device has a selecole function. The selecole function is a transmission / reception function that designates an individual radio using an identifier called a selecole group number. This is to receive / demodulate / output this data only when a unique SELECOL group number is assigned to the receiving radio and the received SELECOL group number is included in the received data. In addition, in the SELECOL group number, a simultaneous reception number that does not specify a group is defined. If this reception number is included in the received data, even if it is not your own SELECOL group number, reception / demodulation / output To do.

  This Selecall group number is assigned to each emergency call case. For example, the radio radio 20e at the station 10 has an emergency radio wave selecole group number 10 and the radio station 20f at the station 11 and the radio station 20g at the fire brigade station 12 have a celecole group number at the fire radio wave: 10 are fixedly assigned. On the other hand, the selecall group number of the radio equipped in the vehicle is indefinite, and is determined and notified at the same time when a disaster occurs and the dispatching organization is determined. In addition, although the radio uses two frequencies, an emergency radio wave is fixed when used in an emergency vehicle, and a fire radio wave is fixed when used in a fire engine.

  The command means 1 includes a command stand 2 operated by a commander (not shown), a storage means 3 for storing various information, and wireless communication with each station, fire brigade station 12, emergency vehicles, etc. via an antenna 7. A fire wave radio 5 and an emergency wave radio 6 which are base station radios to be performed, and command control means 4 for controlling these radios and for controlling a line such as 119 notification. The command board 2, the storage means 3, and the command control means 4 are connected via a LAN 8.

  The command stand 2 is attached by the commander and connected to the headset 2f that communicates with the 119 caller and a radio in the fire command system, and inputs various data and commands. In addition, an operation means 2c for displaying various display data necessary for the command, an automatic dispatch specifying means 2a for automatically generating dispatching organization data according to the instructed conditions, and a map of the vicinity of the site according to the instructed conditions And a map synthesizing unit 2d for displaying, for example, command information or the like as a voice from a speaker 2e based on designated voice data.

  The voice signal of the voice synthesizing means 2d is output to the operation means 2c, and the voice signal from the microphone of the headset 2f is switched to send the voice output of the voice synthesizing means 2d to the radio equipment in the fire fighting command system. It has a configuration. On the other hand, the operation means 2c, the automatic dispatch specifying means 2a, the map search means 2b, and the voice synthesizing means 2d are connected via the LAN 8.

  The storage means 3 is a dispatch organization table for designating dispatched vehicles, members, etc., a case information table composed of various information necessary for command, a vehicle motion table composed of current motion information of each vehicle in the fire command system, Spoken pattern master that prescribes the utterance pattern of command information, basic speech synthesizer master that stores basic speech data for speech synthesis, vehicle master that stores the type of each vehicle in the fire-fighting command system, name and retention of members It stores the master data for storing the qualifications and the map data such as the display data of the map, and sends out the specified data and deletes and updates the specified data according to instructions from other devices.

  The command control means 4 includes a radio selection means 4c for connecting the fire wave radio equipment 5 and the emergency wave radio equipment 6, a trunk part 4b for controlling the 119 call line and the normal telephone line, and a radio selection means 4c. And a trunk 4b and a control means 4a connected to the LAN 8. The radio selection means 4c receives the fire wave radio 5 and the emergency wave radio 6 simultaneously, and at the time of transmission, two transmission signals input from the control means 4a are selected simultaneously or by selecting the fire wave. A function of outputting to the radio device 5 and the emergency wave radio device 6 is provided. This control is performed according to an instruction from the control means 4a.

  In this embodiment, “means” is described in the description of each block, but this is realized by installing a specific application program in a personal computer or a board computer. Therefore, these may be combined and realized as one device, or a function may be further divided into a plurality of devices.

  Next, the operation of the fire command system will be described with reference to FIG.

  First, when a reporter makes a 119 report, a line is connected to the trunk 4b of the command control means 4. This line connection information is transmitted to the operation means 2c of the command board 2 via the control means 4a, and the caller and the commander can talk with each other via the headset 2f by the operation of the commander.

  In this call, the commander listens to the type of disaster, for example, fire or first aid, the address, the name of the reporter, etc., and the commander inputs this information to the operation means 2c using a keyboard or touch panel (not shown). The operation means 2c creates a case input information table shown in FIG. 2 (4) based on the input information. The data of this case input information table is transmitted to the storage means 3.

  FIG. 2 (2) is a case information table stored in the storage means 3, and the data in the case input information table for each emergency call is managed as one case.

  The items in this case information table are, from left to right, the case number, the name of the district where the disaster occurred, the disaster type, the disaster address, the whistleblower, the target near the disaster site, the fire brigade responsible for the disaster site, and the dispatch vehicle. .

  For example, the case input information table shown in FIG. 2 (4) is created by the operating means 2c, and the storage means 3 that has received this data receives the case number 2 after the case number 1 already stored in the case input information table. This item is created, and the contents of the case input information table are posted here.

  As a result, the case number: 2 item in the case input information table includes: district name: Nakahara, disaster type: first aid, disaster address: Nakahara-ku ..., reporter: BBB, target: before gas bridge, fire fighting Group: Blank, dispatch vehicle: Blank is described. In addition, the item of fire brigade is not described in case of disaster type: first aid, and the item of dispatch vehicle is described when the dispatch organization is actually confirmed and the dispatch command is issued.

  On the other hand, the dispatcher creation is instructed to the automatic dispatch designation means 2a through the operation means 2c by the operation of the commander. Upon receiving this instruction, the automatic dispatch specifying means 2a refers to the data of the case number: 2 in the case information table, and the vehicle master, member master, and map master (not shown) stored in the storage means 3, Select the nearest and most appropriate vehicle or member and create a dispatch organization table.

  Fig. 2 (1) is a diagram showing this dispatch organization table. From the items on the left, items of the case number, disaster type, command time, disaster address, radio wave used, selecall group number, dispatch vehicle, and member name are created. To do. In addition, the item of use radio wave represents the frequency to communicate, and either a fire fighting radio wave or an emergency radio wave is designated. The selecole group number is a number for selecting whether or not reception is possible even at the same frequency. When this number is designated on the transmission side, only the radio set with the same number in advance can receive the transmission contents.

  The dispatched vehicle is a vehicle assigned according to the disaster type, the scale of the disaster, and the disaster occurrence area, and the names of the members are organized according to the dispatched vehicle, and each member has the qualifications held, for example, the driver's license. It is determined in consideration of the type of patient and whether it is a paramedic. In addition, when the dispatching vehicle is determined, the automatic dispatch designating unit 2a assigns a celecole group number that is not duplicated for each case group in the radio frequency used by the vehicle. In this case, different selecall group numbers are always assigned to different cases.

  However, the SELECOL group number is managed for each frequency to be used, here for each fire fighting radio wave or emergency radio wave, and since the transmission and reception contents do not interfere with each other, the same SELECOL group number is used as long as the used frequency is different. May be assigned. For example, in the dispatch organization table of FIG. 2 (1), since the radio wave to be used, that is, the fire fighting radio wave or the emergency radio wave, is stored, the same celec group number exists in case 1 and case 2. There is no problem.

  Next, the automatic dispatch specification means 2a sends the data of the created dispatch composition table to the operation means 2c in order to check whether there is any problem with the automatically organized contents, and the operation means 2 displays this data not shown. Display on the device. By the operation of the commander who has confirmed that there is no problem with this content, the dispatch command data is sent out via the LAN 8 via the operation means 2c. Receiving this, the automatic dispatch specifying means 2a describes the commanded time in the command time item of the dispatching organization table, and the corresponding case number data, here the name of the dispatched vehicle described in the case number: 2 is used. Enter in the incident information table.

  And the command control means 4 which received dispatch command data transmits a setting instruction | indication to each vehicle which makes object the selecole group number of the radio of each vehicle allocated by dispatch formation to the radio of each vehicle. Subsequent communication is communication using this selecole group number automatically designated by the command control means 4. However, if simultaneous transmission by the operation of the commander is specified, it can be received by all wireless devices regardless of the SELECOL group number. In other words, when simultaneous transmission is designated, the command control means 4 performs transmission to each wireless device using a broadcast communication group number designated in advance, for example, a selecole group number: 0.

  Further, when the dispatch command is notified, the map search means 2b refers to the dispatch organization table and displays a map near the disaster address or displays the current position of the dispatch vehicle.

Next, the operation of the speech synthesizer 2d will be described. The voice synthesizing means 2d is provided with the case number of the case information table storing the contents to be uttered and the instruction of whether to utter or skip the item including personal information from the operation means 2c by the operation of the commander.
Specifically, the operation of the commander differs depending on whether it is an individual communication for a wireless device related to the case or a simultaneous transmission to all the wireless devices. When individual communication is designated, utterance of an item including the case number and personal information is instructed. When simultaneous transmission is designated, utterance skipping of an item including the case number and personal information is instructed.

  When these pieces of information are given, the speech synthesizer 2d refers to the case information table, and in the disaster type corresponding to the case number, for example, the case number: 2 from the utterance pattern master shown in FIG. Select an emergency utterance pattern.

  The utterance pattern for emergency use is defined so that the items to be uttered are in order of items of disaster type, disaster address, whistleblower, target, and dispatch vehicle, and are defined in advance as fixed utterance parts corresponding to these items. Voice data is stored. It should be noted that the utterance data defined in the same manner is also stored for other disaster type data.

  The voice synthesizing means 2d sequentially extracts voice data of the emergency utterance pattern in the utterance pattern master and the data stored in the case number: 2 in the case information table, and synthesizes the voice as one voice command. Loudspeak from the speaker 2e. This process will be described with reference to “content of utterance by speech synthesis related to case 2” shown in FIG.

  FIG. 3 shows an example in which the command information of case 2 is synthesized with speech. The data for speech synthesis uses two tables read out. The first is a case information table that is individual data, and the second is a table that stores voice data groups as an utterance pattern master that is fixed data. These are stored in the storage means 3 and read out and used by the speech synthesis means 2d.

  The voice synthesizer 2d uses (a) the district name “Nakahara” in the case number: 2 data in the case information table, (A) the emergency utterance pattern data “in the district”, and the case 2: in the case information table. (B) disaster type “emergency” of data, (B) emergency utterance pattern data “incident occurrence”, etc. It is like that.

  When reading these continuously, “Nakahara district is where the emergency incident occurred is Nakahara Ward .... The reporter is BBB. The target is in front of the gas bridge. The dispatch vehicle is first aid.” However, since the utterance data in which the (flag) flag is attached to the item in the emergency utterance pattern data is related to the personal information, there is a restriction on the utterance together with the data in the case information table corresponding thereto.

  For example, in case No. 2, (D) column is attached to the (D) column of emergency utterance pattern data, that is, “notifier is” and “is”. Therefore, the name of the vehicle actually heading for the field: First Aid 2 is uttered with the utterance in column (D) of this utterance utterance pattern data and the name of the reporter “BBB” in the corresponding case information table. Wirelessly transmit the selected voice.

  However, the voice command as a whole is not transmitted to the vehicle name: First Aid 1 that uses the same emergency radio wave and is dispatched to another site. Also, when broadcasting to the radios in the system, skip the utterance in the (D) column of this emergency utterance pattern data and the name of the reporter “BBB” in the corresponding incident information table. To send the voice.

  Note that the voice synthesizing means 2d has two functions: a full utterance function that utters all the voice commands, and a skip function that skips utterances related to personal information. In addition, a select call function provided in each wireless device in the system is used for selecting a transmission destination. This is a <group call function> function in which a selecole group number is set for each radio, and a specific group is designated and called using the selecole group number designated by the transmission side.

  The selection of the two functions designated for the speech synthesis means 2d and the selection of the wireless transmission destination designated for the command control means 4 are determined by the operation of the commander instructing whether to perform simultaneous transmission or individual transmission to the parties concerned with the case. The

  When the commander performs an operation for simultaneously transmitting command information by voice synthesis to a radio device existing in the system, the operation unit 2c instructs the voice synthesis unit 2d to perform a skip function and simultaneously controls the command. The means 4 is instructed to perform simultaneous transmission without specifying a Selecall group number.

  On the other hand, when the commander performs an operation of individual transmission for transmitting the command information only to a radio device existing at a vehicle or a station related to the site in order to protect personal information, the operation unit 2c The voice synthesizing unit 2d is instructed to perform all utterance functions, and at the same time, the command control unit 4 is instructed to transmit using the selecall group number.

  Next, the process of the operation means 2c is demonstrated using the flowchart of FIG. In FIG. 4, ST represents a step, and the subsequent number indicates a step number. Y represents Yes and N represents No.

  The operation means 2c confirms whether there is any data input via the LAN 8 or the operation of the commander (ST1), and if there is none, jumps to ST1. When there is either data input via the LAN 8 or the operation of the commander (ST1-Y), it is confirmed whether the number 119 is reported (ST2). The 119 notification is notified from the command control means 4 via the LAN 8.

  If it is not the 119th report (ST2-N), it is confirmed whether it is a knitting completion notification from the automatic dispatch specifying means 2a (ST3). If it is not a composition completion notification from the automatic dispatch specifying means 2a (ST3-N), it is next confirmed whether it is an operation instruction for simultaneous transmission to all radios (ST4). If it is not an operation instruction for simultaneous transmission to all radios (ST4-N), since it is an individual transmission including personal information, the command control means 4 is instructed to transmit a celec call group number (ST5). Then, it instructs the speech synthesizer 2d to issue a case number to be uttered and utterance without skipping personal information (ST6). Then, jump to ST1.

  On the other hand, in the case of 119 notification (ST2-Y), the command control means 4 is instructed to connect the voice of the 119 notification line to the headset 2f of the operation means 2c (ST10). Next, the case contents obtained by the commander talking to the notifier are input to the operation means 2c by the operation of the commander (data input), and the operation means 2c stores this input data in the case input information table. (ST11).

  Next, the data of the case input information table is stored in the case information table (ST12). Then, the automatic dispatching specification unit 2a is requested to create a dispatching composition (ST13). Then, jump to ST1.

  Further, when the input data is a knitting completion notification from the automatic dispatch specifying means (ST3-Y), approval of dispatch scheduling is input to the operating means 2c by the operation of the commander (ST15), and the operating means 2c is dispatched. A command is issued (ST16). Then, jump to ST1.

  The dispatch command notifies each device in the system that “a new case has occurred and the dispatch vehicle has been determined”, and the dispatch command case number is distributed via the LAN 8.

  If the input data is an operation instruction for simultaneous transmission to all radios (ST4-Y), the command control means 4 is sent to all radios in order to transmit without including personal information. Instruct (ST18). Then, it instructs the speech synthesizer 2d to utter with the case number to be uttered and the skip of personal information (ST19). Then, jump to ST1.

  Next, the processing of the automatic dispatch specifying means 2a will be described using the flowchart of FIG. In FIG. 5, ST represents a step, and the subsequent number indicates a step number. Y represents Yes and N represents No.

  The automatic dispatch specifying means 2a checks whether there is data input via the LAN 8 (ST21), and if there is no data input via the LAN 8, jumps to ST21. If there is data input via the LAN 8 (ST21-Y), it is next confirmed whether it is a request for creating a dispatched knitting from the operation means 2c (ST22). If it is not a request to create a dispatch organization from the operation means 2c (ST22-N), it is next confirmed whether it is a dispatch command from the operation means 2c (ST23). If it is not a dispatch command from the operation means 2c (ST23-N), the process jumps to ST21.

  On the other hand, if the input data is a request for creation of dispatch organization from the operation means 2c (ST22-Y), new case data is created in the dispatch organization table (ST25). Then, the operation unit 2c is notified of the completion of the dispatching composition (ST26). Then, the process jumps to ST21.

  If the input data is a dispatch command from the operation means 2c (ST23-Y), the command time is written in the corresponding case in the dispatch organization table (ST28). Next, the dispatch vehicle determined in the dispatch organization table is written in the case information table (ST29). Then, the process jumps to ST21.

  Next, the processing of the speech synthesizer 2d will be described using the flowchart of FIG. In FIG. 6, ST represents a step, and the subsequent number indicates a step number. Y represents Yes and N represents No.

  The voice synthesizer 2d checks whether there is a voice synthesis generation instruction input via the LAN 8 (ST31), and if there is no voice synthesis generation instruction input via the LAN 8, the voice synthesis unit 2d jumps to ST31. If there is a voice synthesis generation instruction input via the LAN 8 (ST31-Y), next, data of the designated case number is read from the case information table (ST32).

  Then, the data corresponding to the disaster type data of the designated case number is read from the utterance pattern master (ST33). Then, the head item of the data to be uttered, for example, “occurrence area” is designated (ST34).

  Next, it is confirmed whether there is a personal information flag in the designated utterance data item (ST35). If there is no personal information flag in the designated utterance data item (ST35-N), the fixed data portion and the individual data portion in the designated item of utterance data are uttered (ST36). Then, the next utterance data item is designated (ST37).

  Then, it is confirmed whether all items of the utterance data have been completed (ST38). If not all items of the utterance data have been completed (ST38-N), the process jumps to ST35. When all items of the utterance data are completed (ST38-Y), the process jumps to ST31.

  On the other hand, if there is a personal information flag in the designated utterance data item (ST35-Y), it is next confirmed whether or not an instruction to skip personal information is given from the operation means 2c (ST39). If the personal information skip is not instructed from the operation means 2c (ST39-N), the process jumps to ST36. Further, when the skip of personal information is instructed from the operation means 2c (ST39-Y), the process jumps to ST37.

  As described above, in the simultaneous transmission to all the wireless devices, the items related to the personal information are not synthesized, so that the personal information is protected.

  In addition, when transmitting to a radio device related to a certain case, synthesized speech is transmitted only to the wireless device of the group that is set with a specific Celecall group number corresponding to this certain case. Personal information cannot be intercepted by members who are present, and personal information is protected. In addition, since all synthesized speech including personal information is transmitted to the members related to a certain case, it is possible to obtain all necessary information.

  In the first embodiment, it is determined whether or not to include personal information before being transmitted from the command means 1, and at the stage of transmission, the presence or absence of personal information is determined. In addition to the method in which personal information is included / excluded in the content transmitted in this way, the transmitting side transmits personal information including personal information, and the receiving side, that is, the personal information is transmitted from the radio station on the station or vehicle side. There is a method of selecting and receiving and outputting. In the second embodiment, a configuration in which personal information is selected on the receiving side using a digital wireless system will be described.

  When this embodiment is compared with the first embodiment, the command means 1 uses the simultaneous transmission function, the individual communication function based on the selecole group number, and the storage means 3 for storing each table and master. In this case, the voice synthesizing means 2d synthesizes and outputs all data including personal information even if it is a simultaneous transmission.

  On the other hand, the radio device at the station or the vehicle side has an individual communication function based on the SELECOL group number and a function of storing case identification information indicating which case the own radio device corresponds to. This case identification information is notified from the command means 1 using the individual communication function based on the selecall group number.

  Accordingly, the wireless device transmits the command information including personal information, the case number, and the personal information flag for identifying the personal information item from the command means 1, and when this is received, the currently stored case identification information is stored. When the case number and the case number match, all command information including personal information is received and output.

  On the other hand, when the currently stored case identification information and the case number do not match, it is recognized that the case does not correspond to the own wireless device, and the personal information corresponding to the personal information flag is not received and output. For this reason, in a wireless device that does not correspond to a certain case, the personal information included in the certain case is not output by voice, so that the personal information is protected.

  Next, the processing of the wireless device arranged in the station or the vehicle will be described using the flowchart of FIG. In FIG. 7, ST represents a step, and the subsequent number indicates a step number. Y represents Yes and N represents No.

  The radio confirms whether there is a received signal (ST41), and if there is no received signal, jumps to ST41. If there is a received signal (ST41-Y), it is then confirmed whether the case identification information is notified (ST42). When it is notification of case identification information (ST42-Y), the received case identification information is stored (ST50). Then jump to ST41.

  On the other hand, when it is not notification of case identification information (ST42-N), it is confirmed whether a received signal is command information (ST43). If the received signal is not command information, the process jumps to ST41. Next, the reception output, that is, the head item of the command information to be amplified, for example, “occurrence district” is designated (ST44).

  Next, it is confirmed whether or not there is a personal information flag in the designated command information item (ST45). If there is no personal information flag in the designated command information item (ST45-N), the command information item portion is loudened (ST46). Then, the next command information item is designated (ST47).

  Then, it is confirmed whether all items of the received command information have been completed (ST48). If not all items of the received command information have been completed (ST48-N), the process jumps to ST45. If all items of the received command information have been completed (ST48-Y), the process jumps to ST41.

  On the other hand, if there is a personal information flag in the received command information item (ST45-Y), it is then checked whether the case identification information and the case number are the same (ST49). If the case identification information and the case number are the same (ST49-Y), the process jumps to ST46. On the other hand, if the case identification information and the case number are different (ST49-N), the process jumps to ST47.

  As described above, in simultaneous transmission to all wireless devices, items related to personal information are not received and output by wireless devices unrelated to the case including the personal information, so that personal information is protected. Further, since the command means 1 can transmit the presence / absence of personal information protection by transmitting command information once, the transmission time can be shortened.

  In this embodiment, the dispatch organization table, the case information table, and the case input information table are provided independently. However, the present invention is not limited to this. It may be divided into another table.

  Moreover, although the personal information flag is provided in the utterance pattern master, the present invention is not limited to this and may be provided as a separate table.

  Furthermore, although the personal information flag is specified in advance by specifying items, a table may be provided as to which items are specified as personal information and whether or not items of speech synthesis are skipped accordingly.

  In this embodiment, the Cerecole group number is fixedly assigned to the radio device 20f of the station 11 and the radio device 20g of the fire brigade station 12. However, the present invention is not limited to this. The same number as the selecall group number set in the dispatching vehicle corresponding to this case may be assigned to the radio of the station or the fire brigade. Moreover, although the frequency used with a radio | wireless machine uses two of a fire fighting radio wave and an emergency radio wave, you may use one frequency.

  Various data used in the emergency dispatch command system are stored in the storage means in a lump. However, the present invention is not limited to this, and may be distributed and stored in each means.

It is a block diagram which shows the Example of the emergency dispatch command system by this invention. It is explanatory drawing which shows the content memorize | stored in the memory | storage means used with the emergency dispatch command system by this invention. It is explanatory drawing explaining the utterance content of the speech synthesis by this invention. It is a flowchart explaining operation | movement of the operation means by this invention. It is a flowchart explaining operation | movement of the automatic dispatch designation | designated means by this invention. It is a flowchart explaining the operation | movement of the speech synthesis means by this invention. It is a flowchart explaining operation | movement of the radio | wireless machine in the other Example of this invention. It is a block diagram which shows the conventional emergency dispatch command system.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Command means 2 Command stand 2a Automatic dispatch designation means 2b etc. Search means 2c Operation means 2d Speech synthesis means 2e Speaker 2f Headset 3 Storage means 4 Command control means 4a Control means 4b Trunk part 4c Radio | wireless machine selection means 5 Fire fighting wave radio (Base station radio)
6 Emergency wave radio (base station radio)
7 Antenna 8 LAN
10 stations 10a ambulance 10b ambulance 11 stations 11a pump car 11b tank truck 12 fire brigade 20a, 20b, 20c, 20d, 20e, 20f, 20g

Claims (5)

An emergency call that includes personal information in part is accepted as an incident, information related to the incident is stored as incident data, and command means for wirelessly transmitting instruction information for responding to the incident, emergency vehicles, An emergency dispatch command system equipped with a radio installed at a station, etc.
The radio is transmitted from the command means, and can perform individual communication according to the group number assigned to the same case, and broadcast communication regardless of the group number,
The command means includes an operation means for creating the command information based on the case data input by a commander's operation, a base station radio communicating with the radio, and a specific for the radio Command control means for carrying out the transmission designated by a group number or the simultaneous transmission that is the broadcast communication to all the radios via the base station radio,
The command means, when transmitting the command information including the case data via the base station radio, depending on the condition of the individual communication or the broadcast communication, the item of personal information in the case data An emergency dispatch command system characterized by selectively performing transmission or non-transmission.   2. The emergency dispatch command system according to claim 1, wherein the command means transmits the personal information item of the command information to the radio device by designating the group number when transmitting by the individual communication. . A storage means for storing an identification code for identifying an item corresponding to the personal information among items in the case data is provided in the command means,
When performing the simultaneous transmission by the broadcast communication, the command means excludes the item of personal information in the command information corresponding to the item to which the identification code is assigned and transmits the item to the wireless device. The emergency dispatch command system according to claim 1 or 2. The emergency dispatch command system according to claim 3, wherein the command means performs the individual communication prior to the simultaneous transmission when transmitting the command information of the same case. An emergency call that includes personal information in part is accepted as an incident, information related to the incident is stored as incident data, and command means for wirelessly transmitting instruction information for responding to the incident, emergency vehicles, An emergency dispatch command system equipped with a radio installed at a station, etc.
The wireless device is capable of individual communication according to a group number transmitted from the command means and assigned to the same case.
The command means includes: an operation means for creating the command information based on the case data input by a commander's operation; a base station radio that communicates with the radio; and all the radios. /> an asymmetric transmission against a command control means for performing via the base station radios, among the items in the previous article idea data storage for storing the identifying identification code an item corresponding to the personal information Means and
The command means, after determining the command information, notifies the case identification information for identifying the case to the radio device corresponding to the destination of the command information,
When transmitting the command information including the case data via the base station radio, transmit the case identification information and the identification code,
The radio device does not receive and output the received personal information corresponding to the identification code when the case identification information included in the received command information is a case that does not correspond to the radio device. Command system.

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