JP2006074712A - Initial information support system for fire crew performing centralized collection of wireless voice command information and emergency reporting after mail text selection/creation, extinguishers network - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide an initial information support system for fire crews performing centralized correction of wireless voice command information in order for work saving and time shortening, and emergency reporting after a mail text is selected or created. <P>SOLUTION: A reception point monitoring wireless always-on communication is installed. When an emergency call-out is caught, it is converted into a text in a report center, trigger data is created from keywords, and is e-mailed automatically. With this, the fire crew located in areas where the wireless always-on communication is out of service receive initial information including a type of disaster and its location. As a content of the command regarding the disaster is automatically e-mailed to those concerned in a small amount of time through the wireless communication of the emergency call out from a regular fire company, labor for a director is saved on, and necessary information is reported in real time. Thus, effects such as work saving and time shortening are expected. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

Conventional technology field

The present invention relates to a communication voice / text conversion and message delivery system.
A similar technical field is developed in Japanese Patent Publication No. 2001-517398.

Various services for text conversion of voice messages of mobile phones are provided. A conventional voice message text conversion service includes: (1) accepting a voice call from a mobile terminal and caller request information; (2) retrieving a message to a called party; and (3) a language converter for text conversion. (4) Message transfer to called party's routing address, (5) Various transfer methods, (6) Caller response method, (7) Caller response method request, (8) Caller (9) Recognize caller's call that requires voice / text conversion, (9) Transfer to callee, (10) Instruction to retrieve text message, (11) Interception, generation of request information menu, text conversion, transfer, (12) generation of request information menu and execution of text conversion, (13) process of preferential search for text message, (14) process of language conversion, ( 15) Called party (16) Routing address selection, (17) Caller response method selection, (18) Request to caller by request information menu, (19) Media formatter selection, (20 ) Text message message transfer process, (21) Instructions to the media formatter are included in the transfer process to the called party.

Prior art field 2

The present invention relates to a wireless electronic mail system.
A similar technical field is developed in the Japanese Patent Publication No. 7-66828.

A mail system that can transmit information that you want to send to in real time by sending a message, sending a fax, etc. from a wireless terminal.
A technology comprising a host computer for converting text data transmitted from a wireless terminal to a voice and a device for transferring it to a public line. This is also considered as one-to-one or a plurality of input sources, and supports a single exchange. It is.

Problems to be solved by the present invention

However, according to the above techniques, (1) voices originated from portable terminals and caller request information are used as axes, and various information media are not considered as input information. (2) The time axis is not taken into consideration in the process of reaching the message transfer to the called party, such as generation of a request information menu, and no urgent case is assumed. (3) The voice text sentence conversion technique is a known technique, and has been applied to conversion and transfer by giving external factors. There is no function to capture and collate the received voice as a keyword in real time, and it cannot be used as a trigger for automatically transmitting emergency information.
Therefore, the present invention provides information on the occurrence of a disaster to each mobile phone in addition to a call signal such as a siren to fire brigade members other than the permanent fire brigade officers who are in a normal occupational area and cannot intercept wirelessly. Automatic transmission in a short time,
Is an issue.

Means for solving the problem

In order to solve the above problems,
The first invention is characterized by using the Internet radio network beyond the administrative framework and collecting it centrally while utilizing voice commands of fire fighting radio as trigger information informing the occurrence of a disaster in the shortest time. (1) A centralized collection method of wireless communication information. A reception point (RP1) will be installed near each fire department. The RP1 is provided with a fire wave receiver and a recording device, and a network adapter (NWADP1) that sends the received sound to the communication center through the Internet. When there is an incoming call, recording is activated, and at the same time a voice and activation signal are sent to the center. The NWADP 1 is always connected to the center apparatus with a fixed IP address.
The second invention is a center receiving device SR that is always connected from a large number of receiving points RP1 to RPn. A network adapter (NWADP2) having a necessary capacity is connected to the SR in parallel with the LAN. When the SR receives an activation signal, the IP address and voice of the RP are sequentially sent to the network adapter (NWADP2) on the empty line. . Each line is equipped with a text conversion converter, which receives voice at the start of recording and converts the text in real time to generate a communication sentence including “keyword”. This is a system for centralized management, exchange, storage, and speech conversion of disaster occurrence information characterized by the above.
The third invention is a collation system in which (each station), (disaster dispatch), etc. are incorporated in the “keyword”. In wireless communication, there is a confidentiality protection rule for a specific partner of communication under the Radio Law, and it is prohibited to transfer contents indiscriminately. Therefore, it is important to select only communications such as (each station) (disaster dispatch) that are subject to communication even for non-specific stations such as disaster dispatch commands, etc., emergency dispatch when using the same frequency, etc. Must all be deleted. A transfer command is issued only when (trigger data) is determined by this verification system. This text document trigger data extraction system TRG includes a process of selecting (trigger data).
The fourth invention is a message editing unit (MSG) having an editing function that allows messages to be sent to be easily aggregated in disaster type, location, time, dispatch scale, etc., and a database of geographical location name data that supplements unidentified sentences. ). In MSG, a message is created for a certain period of time after mail transmission is activated, and pasted on the homepage, so that the progress of the disaster process and the records of the activities of each unit are created. MSG is a message editing and transmission system characterized by issuing a message transmission command to a subscriber list created for each regional unit based on (trigger data) determined in the third invention. Includes editing and sending process.
The fifth invention incorporates a test device that is executed at regular intervals in preparation for malfunction of the receiving unit and equipment failure in the first invention, pseudo-sends with a command from the center, transfers a test mail, and confirms the operation of the equipment network This is a test system TEST for performing This includes the process of test emails executed at regular intervals.
In the sixth invention, in the message editing unit (MSG) in the fourth invention, a keyword such as (OK) (NO) is received by a reply mail from the subscriber, a reply table of a replyer list is created, and an in-vehicle PDF and This is a dispatcher management unit (AMM) that continuously sends mail to a designated PC. The AMM shall support the conductor in the field by transferring the dispatch table as needed in addition to the transmission of the homepage message. In addition, the designated PC shall support the creation of a record after the completion of the activity.

The invention's effect

According to the first to sixth inventions, even fire brigade members outside the listening area for sirens and other existing convening signals and members who are in the hearing area and rushed to the equipment storage area must intercept fire radio communications from the beginning. Therefore, it is possible to provide effective disaster information in a short time compared to the current situation where location information and the like are definitely lacking. In recent years, the occupation of fire brigades has increased from local shopkeepers and agricultural workers to office workers, and it has been dependent on occupation workers scattered throughout these areas. Maintaining members and providing information was a problem. Moreover, in the event of a disaster, in-house activities are prioritized for permanent fire fighting, and providing information to the fire brigade tends to be behind the scenes. However, although it is an auxiliary organization, the means of providing initial information to the voluntary activities of local residents were limited.
The jurisdiction of the fire brigade is the municipality, and the disaster prevention officers of the municipalities, like the fire brigade, are currently in charge of obtaining and transmitting the initial information through a 24-hour fire fighting system.
According to the present invention, the disaster command contents are automatically sent to the concerned person by e-mail in a short time by wireless communication of the disaster dispatch command of the permanent fire fighting, so that it is possible to save the trouble of the instruction personnel and the necessary information in real time. To be told. Expected to save labor and reduce time. In the event of a disaster, there was always a flood of inquiries to the permanent firefighting command room, which was a problem. This invention is also expected to be effective for the smooth operation of fire fighting instructions.

One embodiment of the present invention is shown in FIG.
Information on disasters such as fires occurring in the area is transmitted to each dispatched vehicle by a radio base station command of “fire dispatch”. The reception point PR1 in FIG. 1 receives this base station communication, starts recording by an incoming signal, and sends the received sound to the notification center through the Internet network. In the center, the network adapters operating in parallel and the empty lines of the text conversion server TRG are selected and input, and the text is converted in real time. Furthermore, the generated text sentence is automatically collated with various “keywords” to generate “trigger data” that combines regional data and disaster data. When the trigger data is confirmed, a subscriber file registered in advance is taken in, a mail transmission list is confirmed, and a notification sentence summarized briefly in the message editing MSG is generated and transmitted by mail.
In addition, as an additional function, each mobile phone sends back a “Reception Response” or “Departure Response” email, and when each email is received, a dispatch response table and subsequent text sentences are installed in the fire engine. Continuous transmission to the PDF terminal and the dedicated PC through the wireless LAN. As a result, the members can obtain information on the progress of the disaster while preparing for dispatch, grasp the gathering status of the members rushed to, and support the prompt action of the conductor on the spot. During the dispatch movement, the wireless LAN is out of service area, so the operation is switched to wireless interception.
After completing the work, you can organize the records of the dedicated PC and leave them as activity records.

Effects of the embodiment

According to this embodiment, a disaster report can be instantaneously transmitted to a fire brigade member dispersed in each workplace even to an area where sirens cannot be heard. As the command system for permanent fire fighting has become more sophisticated in recent years, the number of command personnel tends to be reduced, and it is currently impossible to respond to telephone inquiries from fire brigade members and citizens.
Therefore, the automatic notification system for the concerned person promotes the smooth execution of the communication command even for the permanent fire fighting. By utilizing this system, it is possible to use it as a means of contacting non-numbered personnel who are urgently called up depending on the scale of the disaster, even within a permanent fire department.

Other embodiments

In other emergency convocation embodiments, 1) Command board with siren sound and FAX transmission function, 2) Command board with mail transmission function, 2) E-mail transmission to the department in charge of disaster prevention or calling by disaster prevention radio There was something with a function, etc., and it was callable on the form.
However, in actual operation, in the event of a disaster, there is no room to create an email for the command personnel, and only disaster prevention radio broadcasts and siren sounds entrusted to the fire command personnel are being implemented. Currently. The information acquisition method of the department in charge of disaster prevention in the municipalities is the same level as the fire brigade, listening to the siren, calling the government office, collecting the information and sending it by e-mail. ”Who operates” has always been a challenge.
In this system, the operation of 24-hour capture and transmission of disaster information, which is very infrequent but important, which is impossible within the framework of the government, is made possible by combining a large number of subscribers with a wide range of subscribers. The information provider can make the substitution.

In this business model system, facilities such as a reception point facility for collecting information, a voice text conversion server, and a mail transmission server are installed by the business operator. Subscribers will be developing their business in the form of paying annual membership fees. In the implementation stage, it shall be developed in conformity with the Telecommunications Business Law. Industrial applicability includes not only fire information but also dam discharge information and river water level information, such as disaster information that is publicly available but difficult to obtain, weather information, etc., and automatic triggers By e-mail, it is possible to provide accurate information to the staff in charge of the government, and contribute to prevention of disasters and safety measures for residents' life assets.

It is a business model system diagram which shows one Embodiment of this invention. It is a systematic diagram which shows 2nd Embodiment of a prior art.

Explanation of symbols

1 Wireless communication information collection system PR1
2 Center receiver Line selection exchange transfer function SR
3 Text conversion document trigger data extraction function TRG
4 Message Text Editor MSG
5 Periodic Inspection Department TEST
6 Dispatch Management Department AMM

Claims (6)

A centralized collection method of radio communication information such as fire fighting radio commands, etc., which is received by installing a receiving station in an adjacent location and sending voice and ID information to the communication center via the Internet network.   Disaster dispatch information obtained by reception etc. is sent to the same fixed IP address randomly from various places, so a network line exchange transfer function that selects an empty line in order of arrival and sends it to the network adapter. Each line is equipped with a text conversion converter, which receives voice at the start of recording and converts the text in real time to generate a communication sentence including “keyword”. This is a system for centralized management, exchange, storage, and speech conversion of disaster occurrence information characterized by the above. In the case of disaster dispatch information obtained by reception, etc., when the trigger data is confirmed by collating with a keyword that it is wireless communication addressed to `` each station '' and confirming that it does not violate the confidentiality clause Only automatically send a disaster convocation email to registered members such as fire brigade members. Including the process of trigger data selection. A message editing unit that has an editing function that allows messages to be sent to be easily aggregated in disaster type, location, time, dispatch scale, etc., and a database of regional name data that supplements unknown sentences. Includes message editing and sending process. This is a test system that incorporates a test device that is executed at regular intervals in preparation for malfunction of the receiving unit and equipment failure, and that performs pseudo-transmission by a command from the center, transfers a test mail, and checks the operation of the equipment network. This includes the process of test emails executed at regular intervals. The received mail is provided with a simple mail reply function for receiving response such as enabling or disabling, and a response table is transmitted to the PDF installed in the dispatching vehicle. This allows dispatch team leaders to command rapid unit formation. Moreover, since subsequent communication contents can be recorded as text data, it is possible to record continuous activities.

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