JP2012168989A - Fire alarm device, contract method of fire alarm service and provision method of disaster prevention service - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a fire alarm device, a contract method of fire alarm service and a provision method of disaster prevention service which can immediately deal with an emergency when the emergency occurs in a building.SOLUTION: The fire alarm device comprises: fire signal receiving means for receiving a fire signal from a fire sensor installed in a predetermined building via a first communication line; destination storing means for storing a destination of a communication device installed in a building within a predetermined distance of the predetermined building; and fire signal transmitting means for transmitting the fire signal to the destination stored in the destination storing means via a second communication line when the fire signal receiving means receives the fire signal.

Description

  The present invention relates to a home security device installed in a home, a terminal of the security device, a disaster prevention service providing method, a fire alarm service contract method, a fire alarm device, and the like.

  The present invention is intended to promptly respond effectively in the event of an emergency and take quick action. Conventionally, there are technologies in the following four fields.

[Home security devices with communication functions]
A conventional security device installed in a home always collects information using sensors such as a microphone and a camera, and constantly transmits the collected information to a security service company or the like via a communication line. Then, based on the transmitted information, the security service company or the like monitors the home.

[Fire alarm system for private houses]
In addition, the conventional fire alarm device installed in a private house, when the fire detector installed in the private house detects the occurrence of a fire, the alarm generator installed in the private house rings, etc. A fire alarm is issued.

  In addition, when a fire detector installed in a private house detects the occurrence of a fire, a conventional fire alarm device installed in a private house provides information that a fire has occurred via a communication line. It is sent to a security company and a fire department (for example, see Patent Document 1).

[Wide area fire alarm system]
Conventionally, when a fire detector is installed in a building or the like, and the installed fire detector detects that a fire has occurred, a fire has occurred in a disaster prevention security company via a communication line. There is known a fire alarm device for wide-area monitoring that receives and displays the transmitted information at the disaster prevention security company.

[Personal housing disaster prevention service provision method]
In addition, as a conventional disaster prevention equipment to be installed in a private house, it is installed in the private house, and if a fire occurs in the private house, it is installed in a home sprinkler or fire fighting activity by sprinkling water. Disaster prevention facilities that notify the home security company of information that a fire has occurred are known.

JP 2001-246007 A

[Home security devices with communication functions]
By the way, in the security device, since the power is always turned on and information is collected and transmitted, the power of the security device is wasted and the life of the security device is shortened.

  Therefore, a method is conceivable in which information is collected by turning on the power of the security device every time a predetermined time comes, and the collected information is transmitted.

  However, in the above method, if an emergency occurs in the home while the security device is turned off, the predetermined time comes after the emergency occurs and the security device Since a certain amount of time is required until the security device detects and transmits that the emergency has occurred, the family at home cannot immediately know that the emergency has occurred. There is a problem. And an early response cannot be taken with respect to the said emergency.

[Fire alarm system for private houses]
Moreover, in the conventional fire alarm system in which an alarm generating device installed in a private house rings when a fire breaks out, there is no resident in the private house and there is no fire in the private house. When it occurs, since no one can know the alarm issued by the fire alarm facility, there is a problem that it is impossible to take an early response to the fire.

  In addition, with the above conventional fire alarm system, where an alarm generating device installed in a private house notifies a security company, etc., when a fire occurs, the above-mentioned security is ensured even if a fire occurs when there is no one in the private house. Company employees can learn that a fire has occurred in the above private housing. However, since it takes a certain amount of time for the employees of the security company who have learned that a fire has occurred to rush to the private house where the fire has occurred, take early measures against the fire. I can't.

[Wide area fire alarm system]
Further, in the conventional fire alarm device for wide area monitoring of the disaster prevention security company, the information indicating that the fire has been detected is not notified to buildings other than the building that has detected the fire. Therefore, a resident of a building located in the vicinity of the building where the fire has occurred cannot know that the fire has been detected until the fire is actually raised in the building where the fire has been detected. On the other hand, there is a problem that an early response cannot be taken.

[Personal housing disaster prevention service provision method]
Also, if a fire actually occurs, the conventional home sprinkler will operate reliably, and if it fires and extinguishes, whether the watering will actually stop, when the owner of the above private house is absent Cannot be confirmed or post-processed.

  In addition, in the disaster prevention equipment that notifies the home security company of information that a fire has occurred, in the event of a fire, the home security company will place the home security company from the service base of the home security company to the home of the individual where the fire has occurred. Since a certain amount of time is required until the employees run, there is a problem that it is not possible to take an early response to the fire.

  Therefore, as a method of shortening the time until rushing, a method of increasing the number of the service bases and shortening the distance between the service bases can be considered, but if the number of the service bases is increased, the service bases Costs to maintain increase.

  Each of the above problems is also a problem that occurs when an emergency other than a fire occurs in a building.

  It is an object of the present invention to provide a fire alarm device and a disaster prevention service providing method capable of taking an early response to the emergency when an emergency occurs in a building.

  The fire alarm device of the present invention includes a fire signal receiving means for receiving a fire signal from a fire detector installed in a predetermined building via a first communication line, and within a predetermined distance from the predetermined building. Destination storage means for storing a destination of a communication device installed in a building existing in the building, and when the fire signal receiving means receives a fire signal, the destination storage means via a second communication line And a fire signal transmitting means for transmitting a fire signal to the destination stored in the memory.

  According to the present invention, when an emergency occurs in a building, there is an effect that it is possible to take an early response to the emergency.

It is a figure which shows the structure of home security system SS1 which is the 1st Example of this invention. It is a flowchart which shows operation | movement of home security system SS1 which transmits information by the call of the terminal 100. FIG. It is a flowchart which shows operation | movement of home security system SS1 which transmits information by the call of the terminal 100. FIG. It is a flowchart which shows operation | movement of home security system SS1 which transmits information by the call-out of a mobile telephone terminal. It is a flowchart which shows operation | movement of home security system SS1 which transmits information by the call-out of a mobile telephone terminal. It is a figure which shows the structure of fire alarm system SS2 which is the 2nd Example of this invention. It is a flowchart which shows operation | movement of the fire alarm device 200 grade | etc.,. It is a figure which shows the structure of fire alarm system SS3 which is the 3rd Example of this invention. 3 is a flowchart showing the operation of the fire alarm device 300. It is a figure which shows the structure of disaster prevention service system SS4 which is the 4th Example of this invention. It is a flowchart which shows operation | movement of disaster prevention service system SS4. It is a flowchart which shows operation | movement of disaster prevention service system SS4.

  The modes for carrying out the invention are the following examples.

  FIG. 1 is a diagram showing the configuration of a home security system SS1 that is the first embodiment of the present invention.

  The home security system SS1 includes a terminal 100 of a home security device, an information control device 150 as a home security device, a mobile phone terminal 171 connected to the information control device 150 via a public communication line T11, It has a telephone 172 at a friend's house and a telephone 173 at a security service company.

  The terminal 100 and the information control device 150 are installed in the house B11, and the terminal 100 and the information control device 150 can transmit and receive information wirelessly via the transmission / reception unit 140 and the transmission / reception unit 160.

  The terminal 100 includes a terminal main body 110 constituted by a personal computer or the like, a power supply control unit 120, a monitoring unit 130, and a transmission / reception unit 140, and is installed, for example, in a room with a sick person P11 to be monitored. The

  The power control unit 120 includes a power switch 121 and an energy saving mode switch 122. The power control unit 120 controls the power on / off of each of the terminal main body 110, the monitoring unit 130, and the transmission / reception unit 140. When receiving a notification signal from the monitoring unit 130, the power control unit 120 When the power supply is turned on and a signal including information indicating that the power supply of the terminal main body 110 should be turned on is received from the transmission / reception unit 140, the power supply of the terminal main body 110 is turned on.

  Here, since the power supply control unit 120, the monitoring unit 130, and the transmission / reception unit 140 are always on, on / off of the terminal main body 110 directly indicates on / off of the terminal 100.

  Here, the power switch 121 is a switch for turning on / off the power of the power control unit 120, and the energy saving mode switch 122 sets whether the power of the terminal body 110 is normally turned on or off. It is a switch used when

  Note that the monitoring unit 130 and the transmission / reception unit 140 as well as the power supply control unit 120 are normally turned on so that the energy-saving mode switch 122 can be monitored and transmitted / received to / from the outside. Therefore, only the power source of the terminal main body 110 is controlled in response to the operation of the energy saving mode switch 122. When the switch 122 is turned on / off, the terminal main body 110 is turned off / on.

  The monitoring unit 130 is connected with a microphone 131, a camera 132, and a communication button 135, which will be described later, as input means, and a speaker 133 as output means. Then, the monitoring unit 130 receives the sound input by the microphone 131 (the sound of the person or the sick person P11) and the video input by the camera 132, and sends the received sound and video to the terminal body 110. It has become.

  In addition, the monitoring unit 130 has a function of monitoring input information such as the volume from the microphone 131 and the video from the camera 132. For example, the monitoring unit 130 is configured such that the volume exceeds a first predetermined value. When the amount of change in volume (for example, the difference in volume before and after 0.1 second) exceeds a predetermined value, or when the volume does not exceed a second predetermined value for a predetermined time, or When it is determined that a predetermined situation corresponding to requiring attention to the condition of the sick person P11 has occurred, such as when there is no change for a long time, a notification signal is sent to the power supply control unit 120.

  As described above, the monitoring unit 130 is one of monitoring units including a determination unit (not shown) that determines whether or not attention is required. Note that a determination unit that determines whether or not there is a need for attention may be provided in places other than the monitoring unit 130, such as the power supply control unit 120.

  In addition, the monitoring unit 130 includes a timer (not shown) and an operation unit (not shown) that can set a monitoring time periodically or arbitrarily.

  The monitoring unit 130 is provided with privacy protection switches 134a and 134b to be monitored, for example, provided within the reach of the sick person P11 or the like. Here, the privacy protection switch 134 a is a switch for setting whether to prohibit or permit the terminal 100 to transmit the voice input by the microphone 131 to the information control apparatus 150, and the privacy protection switch 134 b is the camera 132. Is a switch for setting whether to prohibit or permit the terminal 100 to transmit the video input to the information control apparatus 150.

  By setting the privacy protection switches 134a and 134b, it is possible to prohibit the terminal 100 from transmitting the sound and sound input by the microphone 131 and the video input by the camera 132 to the information control apparatus 150. For example, the privacy protection switch If the terminal 100 sets the information control apparatus 150 so as not to transmit a video by 134b, the privacy of the sick person P11 who is changing clothes is protected.

  While the privacy protection switches 134a and 134b are operating, the terminal 100 transmits a signal indicating that the privacy protection switch is operating to the information control device 150 so that the receiving side can recognize that there is no failure. .

  In addition, the monitoring unit 130 is provided with a communication button 135 and a communication end button 136 that are within reach such as a bed of the sick person P11. When the sick person P11 turns on the communication button 135, at least privacy protection is provided. Regardless of the setting of the switch 134a, the terminal 100 sends voice information input by the microphone 131 or the like to the mobile phone terminal 171 or the like via the information control device 150 or the like, and can cope with an emergency. Further, when the communication end button 136 is turned on by the sick person P11 or the like, the power control unit 120 of the terminal 100 turns off the power of the terminal main body 110 and ends the communication.

  It should be noted that a display unit (not shown) with a display or sound indicating that sound or video is currently being transmitted to the outside or is not being transmitted is provided in the monitoring unit 130, and the person being monitored such as the sick person P11. However, it is possible to confirm by itself whether the privacy is protected.

  Note that the microphone 131 is a microphone that collects sound and sound emitted by the sick person P11, and the camera 132 is a camera that photographs the figure of the sick person P11.

  The terminal body 110 includes a CPU 111, a memory 112, an LCD 113, and a keyboard 114, and the terminal body 110 controls audio information and video information input via the monitoring unit 130 via the transmission / reception unit 140. The information is sent to the device 150, and audio information and video information are input via the information control device 150. The input information is output from the LCD 113 and the speaker 133. As the terminal main body 110, a notebook personal computer or the like can be used. At this time, an interface is appropriately used for connection with the monitoring unit 130.

  Here, the CPU 111 is a CPU that controls the entire terminal main body 110, and the memory 112 is a phone number or an acquaintance of the mobile phone terminal 171 that is the destination of the other party to which the information input by the microphone 131 or the camera 132 is to be transmitted. This is a memory that stores the telephone number of the home telephone 172, the telephone number of the telephone 173 of the security service company, and the like.

  The LCD 113 is a display unit that displays information to the operator of the terminal body 110, the sick person P11, and the like. The keyboard 114 is a keyboard that is used when the operator of the terminal body 110 inputs information to the terminal body 110. .

  The information for the sick person P11 is, for example, an image of the face of the conversation person of the sick person P11, and the LCD 113 is separated from the terminal body 110 or provided separately from the terminal body 110 so that the sick person P11 can be seen while sleeping. The patient P11 may be placed at the face-to-face position.

  The terminal main body 110 and the monitoring unit 130 are installed in a reachable range such as on a table near the sick person P11.

  The information control device 150 includes a CPU 151, a memory 152, and transmission / reception units 160 and 170.

  Here, the CPU 151 is a CPU that controls the entire information control apparatus 150, and the memory 152 is a memory that stores an ID of a person who can receive information input by the microphone 131 and the camera 132. .

  Here, the terminal 100 determines that the volume of the sound input from the microphone 131 exceeds the first predetermined value, the amount of change in the volume of the sound input from the microphone 131 exceeds the predetermined value, or When the volume of the sound input from the microphone 131 does not exceed the second predetermined value for a predetermined time, the monitoring unit 130 sends a caution signal to the power control unit 120, and the power control is performed according to the caution signal. The unit 120 turns on the power of the terminal main body 110, and the voice input by the microphone 131 via the transmission / reception unit 140, the information control device 150, and the public communication line T <b> 11 is transmitted to the mobile phone terminal 171, which is a predetermined destination, The telephone device 172 and the security service company's telephone device 173 are devices for transmission.

  If the video input by the camera 132 does not change over a predetermined time, the monitoring unit 130 sends a caution signal to the power control unit 120, the power control unit 120 turns on the power of the terminal body 110, and Via the information control device 150 and the public communication line T11, the video input by the camera 132 is transmitted to the mobile phone terminal 171 as a predetermined destination, the telephone 172 at the acquaintance's house, and the telephone 173 at the security service company. It may be.

  In addition, the terminal 100 sends a call from one of the mobile phone terminal 171, the acquaintance's home phone 172, and the security service company phone 173 as a predetermined partner to the public communication line T 11 and the information control device 150. And the transmission / reception unit 140, the power supply control unit 120 turns on the power of the terminal body 110, and at least one of the sound input by the microphone 131 and the video input by the camera 132 is transmitted / received by the transmission / reception unit 140. And the information control device 150 and the public communication line T11.

  In addition, the information control apparatus 150 sends a call from one of the mobile phone terminal 171, the acquaintance's house telephone 172, and the security service company telephone 173 as a predetermined partner via the public communication line T <b> 11. When received, information indicating that the power of the terminal 100 should be turned on is transmitted to the power control unit 120 via the transmission / reception unit 160, and the terminal 100 that has been turned on by the information indicating that the power should be turned on is transmitted. Then, at least one of the audio and video input by the terminal 100 is received via the transmission / reception unit 160, and at least one of the received audio and video is transmitted to the calling party via the public communication line T11. It is a device to do. The priority order is the communication button 135, the privacy protection switch 134a or 134b, and the outgoing call from the strongest one.

  Next, the operation of the home security system SS1 will be described.

  2 and 3 are flowcharts showing the operation of the home security system SS1 that transmits information by calling the terminal 100. FIG.

  First, the operator of the information control device 150 and the terminal 100 turns on the power supply of the power control unit 120 provided in the terminal 100 and the information control device 150 (S100, S101).

  Subsequently, the power supply control unit 120 determines whether the energy saving mode switch 122 provided in the power supply control unit 120 is turned on or off by the operator (S102).

  When the energy saving mode switch 122 is turned on (S102), the power control unit 120 turns off the power of the terminal body 110 (S104). On the other hand, when the energy saving mode switch 122 is turned off (S102), the power control unit 120 turns on the power of the terminal body 110 (S103).

  Subsequently, the power control unit 120 turns on the power of the monitoring unit 130 (S105), and the time interval or time at which the information input by the microphone 131 is transmitted from the terminal 100 to the mobile phone terminal 171 or the like, that is, the timer program is 100 operators set using the monitoring unit 130 (S106). For example, the terminal 100 is set to restart the transmission of information after a predetermined time has elapsed or after a predetermined time interval since the transmission of information has been completed. If a new timer program is not set for a predetermined time, the process proceeds to follow the conventional timer program.

  The above setting is performed via a switch or the like (not shown) provided in the monitoring unit 130. When the power of the monitoring unit 130 is turned on, the monitoring unit 130 can input audio information from the microphone 131 and video information from the camera 132.

  Subsequently, the monitoring unit 130 determines whether or not the communication button 135 provided in the monitoring unit 130 is turned on by the operator of the terminal 100 or the sick person P11 (S107), and the communication button 135 is not turned on. The monitoring unit 130 determines whether or not the time corresponding to the time interval set in step S106 has arrived (S108).

  When the time does not arrive (S108), the monitoring unit 130 determines whether or not the sound volume input from the microphone 131 exceeds a predetermined value (S109). The monitoring unit 130 determines whether the volume to be played does not exceed a predetermined value for a predetermined time (for example, one day) (S110).

  When the volume input from the microphone 131 exceeds the predetermined value for the predetermined time (S110), the process returns to step S107 and monitoring is continued.

  In step S107, when the communication button 135 is pressed and turned on, in step S108, when it is time to transmit information, in step S109, when the volume input from the microphone 131 exceeds a predetermined value, Alternatively, in step S110, when the volume input from the microphone 131 does not exceed a predetermined value throughout the day for the predetermined time, the monitoring unit 130 issues a notification (S111).

  Here, when the amount of change in loudness input by the microphone 131 exceeds a predetermined value, the monitoring unit 130 may issue a notification. The monitoring unit 130 may also issue a notification when the state in which the volume input from the microphone 131 exceeds a predetermined value continues for a predetermined time, or when a predetermined number of times is repeated within a predetermined time. .

  In the above description, the volume of the sound input from the microphone 131 is monitored. However, when the monitoring unit 130 includes a voice recognition device and only the human voice is captured from the sound input from the microphone 131, the sound is captured. You may make it monitor about the volume of. Also, in the above, the monitoring unit 130 reports when the communication button 135 is pressed. The monitoring unit 130 may be provided with a voice recognition device, and the monitoring unit 130 may be notified by a predetermined word such as a keyword by voice input from the microphone 131, for example, “help”.

  In the above description, the monitoring unit 130 is notified by monitoring sound information. However, video information may be monitored. For example, when monitoring the sick person P11, if the image does not move for a predetermined time, it seems that there is no breathing or turning over, and if an unusual still image is displayed for a predetermined time or more, a shield is in front of the camera. Or, there is a fear that the sick person P11 has fallen from the bed or the direction of the camera has changed.

  Subsequently, the power control unit 120 determines the power state of the terminal main body 110 (S112), and when the power is off, the power control unit 120 turns on the power of the terminal main body 110 (S113, S114).

  When the terminal main body 110 that is turned on receives a report from the monitoring unit 130, the terminal main body 110 sends information indicating that a call should be made to the registered destination stored in the memory 112 to the information control apparatus 150 (S115). The information control device 150 that has received the call request calls the mobile phone terminal 171 or the like (S116).

  When the mobile phone terminal 171 on the receiving side responds to the call (S117), first, the CPU 111 of the terminal 100 (hereinafter simply referred to as “terminal 100”) has a microphone or camera on the sick person P11 side. Is announced via the speaker 133 (S118), and it is determined whether the communication button 135 on the sick person P11 side is operated, that is, whether the communication button 135 is on or off (S119). If the communication button 135 is off, the terminal 100 next determines which of the privacy protection switches 134a and 134b is on or off (S120).

  Here, for example, the terminal 100 prohibits transmission of audio information from the microphone if the switch 134a is turned on, and prohibits transmission of video information from the camera if the switch 134b is turned on. The terminal 100 transmits information that is not prohibited from the received information to the receiving side such as the mobile phone terminal 171 via the transmission / reception unit 140, the information control device 150, and the public communication line T11 (S121). The receiving side receives the transmitted information (S121).

  Further, if the switch 134a is turned on, the terminal 100 transmits an audio signal indicating that audio information is not transmitted for privacy protection, for example. If the switch 134b is turned on, the terminal 100 transmits video information for privacy protection, for example. A signal indicating that the privacy protection function is functioning, such as transmitting a character signal indicating that the message is not transmitted, is transmitted to the receiving side via the transmission / reception unit 140, the information control device 150, and the public communication line T11 (S122). . The receiving side receives a signal indicating that the privacy protection is being performed (S122), and for example, a voice or character display indicating that the privacy protection function is working is sent to the mobile phone terminal 171 or the like.

  Thereafter, the receiving side transmits the audio and video information on the receiving side (S124), and the terminal 100 receives the transmitted information via the public communication line T11, the information control device 150, and the transmitting / receiving unit 140 ( S124) The audio and video information on the receiving side is reproduced by the speaker 133 and the LCD 113, and transmitted to the sick person P11. The terminal body 110 is arranged so that the sick person P11 can see the LCD 113.

  By the way, if the privacy protection switch 134a and the privacy protection switch 134b are turned off in step S120, the information input by the microphone 131 and the camera 132 is transmitted via the transmission / reception unit 140, the information control device 150, and the public communication line T11. The terminal 100 transmits to the mobile phone terminal 171 or the like (S123), and the transmitted information is received by the mobile phone terminal 171 or the like (S123).

  Conversely, the receiving side transmits the audio and video information on the receiving side, and the terminal 100 receives this transmission information (S124).

  Next, the monitoring unit 130 of the terminal 100 determines whether or not the communication end button 136 used to end communication from the sick person P11 side is turned on (S125), and monitoring is performed when the communication end button 136 is turned on. The unit 130 transmits a power-off control signal to the power control unit 120, the power control unit 120 is activated, the terminal main body 110 is powered off, and the communication of the terminal 100 ends (S128).

  In step S125, when the monitoring unit 130 of the terminal 100 determines that the communication end button 136 is off (S125), if the receiving side has not performed a communication end operation (S126), the process returns to step S119.

  Conversely, when the mobile phone terminal 171 or the like finishes receiving information (S126), the terminal 100 detects from the mobile phone terminal 171 or the like (S127), and the terminal body 110 transmits a power-off control signal to the power control unit 120. Then, the power control unit 120 is activated, the terminal main body 110 is powered off, and the terminal 100 ends the transmission of the information (S128).

  After the communication is completed, the process returns to step S102 and monitoring (S107 to S110) is continued.

  By the way, in step S119, when the sick person P11 or the like turns on the communication button 135, the sick person P11 side and the receiving side freely transmit and receive information regardless of these settings even if the privacy protection switches 134a and 134b are set. (S123, S124). Thereafter, when the communication button 135 is turned off (S119), the setting returns to the setting of the privacy protection switches 134a, 134b at that time (S120, S121, S122).

  4 and 5 are flowcharts showing the operation of the home security system SS1 for transmitting information by calling the mobile phone terminal 171 or the like.

  First, the operator turns on the information control device 150 (S131), and when the information control device 150 receives a call from the mobile phone terminal 171 or the like (S132), receives the ID of the mobile phone terminal 171; The received ID is collated with the ID stored in the memory 152 (S133). Here, the telephone number of the mobile phone terminal 171 may be adopted as the ID. Moreover, you may employ | adopt the transmission frequency of the ringing sound of the mobile telephone terminal 171 as said ID. Furthermore, instead of the information control apparatus 150 receiving and collating the ID, the terminal 100 may receive and collate the ID.

  If the two IDs match as a result of the collation (S133), the information control apparatus 150 calls the terminal 100 (S134). If the two IDs do not match as a result of the verification (S133), the process returns to step S132.

  Subsequently, when the power source of the power controller 120 is turned on by the power switch 121 provided in the power controller 120 (S135), whether or not the terminal 100 is set in the energy saving mode by the energy saving mode switch 122. The power supply control unit 120 determines whether or not (S136). In step S135, when the power of the power control unit 120 is turned off, the process returns to step S132.

  When the terminal 100 is set to the energy saving mode (S136), the power control unit 120 turns on the power of the terminal body 110 (S137, S138).

  Next, the terminal 100 responds to the call from the information control apparatus 150 (S139).

  Subsequently, the terminal 100 gives a notice to the effect that the sound input by the microphone 131 will be transmitted to the mobile phone terminal 171 or the like (S140). Note that the announcement is made via the speaker 133.

  Next, after a predetermined time has elapsed since the end of the announcement, the sound input by the microphone 131 after the time that the privacy protection switches 134a and 134b are sufficiently operable has elapsed since, for example, the announcement was heard. The monitoring unit 130 determines whether the privacy protection switch 134a that sets whether or not to transmit the signal is ON (S141). When the privacy protection switch 134a is OFF, the sound input by the microphone 131 is displayed. The terminal 100 makes an announcement to start sending to the mobile phone terminal 171 or the like using the speaker 133. After a predetermined time elapses (for example, after 10 seconds) or immediately after the announcement, the microphone 131 The input sound is transmitted through the transmission / reception unit 140, the information control device 150, and the public communication line T11. 100 begins to sent to the mobile phone terminal 171 (S143).

  Subsequently, the terminal 100 issues a notice to the effect that the video input by the camera 132 is transmitted to the mobile phone terminal 171 or the like (S144). Note that the announcement is made via the speaker 133.

  Next, the privacy protection switch 134b for setting whether or not the video input by the camera 132 may be transmitted after a predetermined time has elapsed (for example, after the time when the privacy protection switch 134b can be operated) after the notice announcement. When the monitoring unit 130 determines the on / off state (S145) and the privacy protection switch 134b is turned off, an announcement to start sending video input by the camera 132 to the mobile phone terminal 171 or the like is made. 100 is performed using the speaker 133 (S147).

  Then, the video input by the camera 132 is transmitted to the transmission / reception unit 140, the information control device 150, and the public communication line T11 after a predetermined time (for example, 10 seconds) after the announcement is over or immediately after the announcement is over. Then, the terminal 100 starts to transmit to the mobile phone terminal 171 or the like (S147). If the privacy protection switch 134b is turned on in step S145, the terminal 100 transmits a signal indicating that the privacy protection switch 134b for video information is working to the information control device 150 (S146), and the camera 132 is activated. Instead, the process enters step S148.

  Then, the terminal 100 determines whether the communication button 135 on the sick person P11 side is operated, that is, whether the communication button 135 is on or off (S148). If the communication button 135 is off, the terminal 100 displays the privacy protection switch 134a. , 134b is determined to be on or off (S149).

  Here, for example, if the switch 134a is turned on, the terminal 100 prohibits transmission of audio information from the microphone, and if the switch 134b is turned on, prohibits transmission of video information from the camera. The terminal 100 transmits information that is not prohibited among the audio information and the video information to the mobile phone terminal 171 or the like, that is, the receiving side via the transmission / reception unit 140, the information control device 150, and the public communication rotation T11 ( S150). The receiving side receives the transmitted information (S150).

  Further, if the switch 134a is turned on, the terminal 100 transmits an audio signal indicating that audio information is not transmitted for privacy protection, for example. If the switch 134b is turned on, the terminal 100 transmits video information for privacy protection, for example. A signal indicating that the privacy protection function is functioning, such as transmitting a character signal indicating that the message is not transmitted, is transmitted to the receiving side via the transmission / reception unit 140, the information control device 150, and the public communication line T11 (S151). . The receiving side receives a signal indicating that privacy protection is being performed (S151), and for example, a voice or character display indicating that the privacy protection function is working is sent to the mobile phone terminal 171 or the like.

  After that, the receiving side transmits the audio and video information on the receiving side (S153), and the terminal 100 receives the transmitted information via the public communication line T11, the information control device 150, and the transmitting / receiving unit 140 ( S153).

  By the way, when the sick person P11 or the like turns on the communication button 135 in step S148, the sick person P11 side and the receiving side can freely transmit and receive information regardless of these settings even if the privacy protection switches 134a and 134b are set. It becomes possible (S152, S153).

  Next, the operator of the terminal 100 or the sick person P11 determines whether the communication end button 136 provided in the monitoring unit 130 is on or off (S154). The communication button 135 is automatically turned on when a call is made from the mobile phone terminal 171 or the like when the privacy protection switches 134a and 134b are turned off. When the sick person P11 wants to end communication, the communication button 135 is turned off. The communication button 135 may be used instead of the communication end button 136 by terminating the communication.

  If the communication end button 136 is off (S154), it is determined whether or not the terminal 100 has received information (S155) indicating that the communication should be ended from the mobile phone terminal 171 or the like, and the communication is performed. When the information indicating that the terminal main body 110 should be terminated is detected (S156), the terminal main body 110 transmits information indicating that the power source of the terminal main body 110 should be turned off to the power control unit 120 (S157).

  Subsequently, the power control unit 120 turns off the power of the terminal body 110 (157). Then, the process returns to step S132, and it is determined whether or not a call from the mobile phone terminal 171 or the like has been received.

  If communication on the calling side is not terminated in S155 (S155), the process returns to step S148.

  If the communication end button 136 is turned on in step S154, the power control unit 120 turns off the power of the terminal body 110 (S157).

  When the privacy protection switch 134a is turned on in step S141, the terminal 100 transmits a signal indicating that the privacy protection function is working to the information control device 150, and the calling side has this privacy protection function working. A signal to that effect is received (S142), and step S157 is entered. After step S157, the process returns to step S132 and waits for an incoming call.

  If the privacy protection switch 134b is turned on in step S145, the terminal 100 transmits a signal to the effect that the privacy protection function of the video is working to the information control device 150, and the transmission side transmits this privacy protection function. Is received (S146), and step S148 is entered.

  Note that instead of the announcements in step S140, step S143, and step S147, visual indications such as music, a buzzer, or a flashing light may be used together with the sound or used alone. In this way, it is possible to deal with people who are visually or hearing impaired.

  According to the present embodiment, when the sound input from the microphone 131 exceeds a predetermined value, or when a call is made from the mobile phone terminal 171, the power of the terminal body 110 is turned on and the microphone 131 is turned on. Since the sound input by the mobile phone terminal 171 or the like is transmitted to the mobile phone terminal 171 or the like, the person holding the mobile phone terminal 171 can immediately know that an emergency has occurred in the sick person P11. Further, when the transmission is not performed, the power consumption of the terminal main body 110 and the like is turned off, so that power consumption can be reduced and the terminal main body 110 is given a pause time. Can extend 110 lives.

  In addition, since the information control device 150 and the terminal 100 are connected via wireless communication means (transmission / reception units 140 and 160), the terminal body 100 can be easily exchanged. Therefore, when the terminal main body 110 (notebook personal computer or the like) becomes obsolete, it becomes easy to replace it with a new one with improved performance. Further, more image information or the like can be sent to the mobile phone terminal 171 or the like without exchanging the information control device 150.

  In this embodiment, the power of the terminal 110 or the like is turned on, and the terminal 100 only transmits sound information and video information to the mobile phone terminal 171, and receives sound information and video information from the mobile phone terminal 171 and the like. It does not have to be.

  In the present embodiment, the monitoring unit 130 includes a microphone 131 to monitor the volume and time of the input sound. The monitoring unit 130 is provided with a voice recognition device, and only the human voice is captured from the sound input from the microphone 131. If the magnitude of the captured voice exceeds the first predetermined value, the captured voice If the amount of change in magnitude exceeds a predetermined value, or if the magnitude of the captured audio does not exceed the second predetermined value for a predetermined time, the monitoring unit 130 will issue to the power supply control unit 120. You may monitor to send an information signal.

  In this embodiment, the monitoring unit 130 includes a microphone 131 and a camera 132, and the monitoring unit 130 monitors whether or not attention is required. The monitoring unit 130 includes other sensors such as a pulse sensor and a defecation sensor for diapers. The monitoring unit 130 issues a notification when the value set for each sensor is exceeded, that is, when the monitoring unit 130 determines that the output from each sensor requires attention. You may monitor.

  In this embodiment, the monitoring unit 130 issues a notification when the communication button 135 is turned on. The monitoring unit 130 may be provided with a voice recognition device, and the monitoring unit 130 may be notified by a speech keyword input from the microphone 131, for example, a word such as “help”. Moreover, as for the voice at this time, the pronunciation of the keyword used in the voice of the person to be monitored may be registered in the voice recognition apparatus. In this way, the person's intention can be recognized with high accuracy, and there will be no loss of information.

  Also, in this embodiment, the privacy protection switches 134a and 134b are not turned off until they are operated once after being turned on. However, after the switches 134a and 134b are turned on, they are automatically turned off after a predetermined time. Good. In this way, even if you forget to turn it off, the necessary monitoring functions work, so even elderly people can use it with peace of mind.

  In this embodiment, the terminal 100 and the information control device 150 transmit and receive information to and from each other wirelessly, but this may be transmitted and received by wire.

  In this embodiment, a plurality of terminals 100 may be connected to the information control device 150.

  The present embodiment can be grasped as a program or a recording medium. In this embodiment, the home security system SS1 operates by supplying the program to the home security system SS1. Also, the home security system SS1 operates by supplying the program stored in the recording medium to the home security system SS1.

  In this embodiment, in the terminal of the home security device, when the sound input procedure for inputting a sound and the volume of the sound input in the sound input procedure exceeds a first predetermined value, If the amount of change in the input sound exceeds a predetermined value, or if the input sound does not exceed the second predetermined value for a predetermined time, A power supply control procedure for turning on the power supply terminal of the home security device, and when the power supply control procedure turns on the power supply terminal of the home security device, the predetermined wireless communication means and the terminal of the home security device The sound input in the sound input procedure via a home security device connected via the predetermined wireless communication means and a public communication line connected to the home security device between a predetermined destination Send to That is an example of a program for executing a transmission procedure in a computer, also, examples of computer-readable recording medium recorded with this program.

  Further, in this embodiment, in the terminal of the home security device, when the video input procedure for inputting video and the video input in the video input procedure do not change for a predetermined time, A power control procedure for turning on the power, and when the terminal of the home security device is turned on in the power control procedure, the predetermined wireless communication between the predetermined wireless communication means and the terminal of the home security device. A transmission procedure for transmitting the video input in the video input procedure to a predetermined destination via a home security device connected via a communication means and a public communication line connected to the home security device; Is an example of a program that causes a computer to execute the program, and is an example of a computer-readable recording medium that records the program.

  Further, in this embodiment, in the terminal of the home security device, an input procedure for inputting at least one of video and sound, a public communication line, a home security device connected to the public communication line, When a call from a predetermined partner is received via the wireless communication means for connecting the home security device and the terminal of the home security device to each other, the terminal of the home security device is turned on. When the power supply control procedure and the terminal of the home security device are turned on in the power supply control procedure, at least one of the video and sound input in the input stage is transmitted to the wireless communication means and the home security. It is an example of a program that causes a computer to execute a transmission procedure to be transmitted to the predetermined partner via a device and the public communication line. Examples of computer-readable recording medium recorded with this program.

  As the recording medium, a floppy (registered trademark) disk, a CD, a DAT, a DVD, a hard disk, a semiconductor memory, and the like are conceivable. Also in the following embodiments, the same media as described above can be considered.

  The first embodiment is a terminal for home security equipment and course security equipment.

  The present invention provides a home security device connected to a public communication line, a home security device terminal connected via a communication means, an input means for inputting sound or video as information, and the input means If it is determined that attention is required from sound or video, the power control means for turning on the terminal of the home security device and the information input by the input means when the power control means turns on the power Since the terminal of the home security device has a transmission means for transmitting to the destination, the terminal is always turned off, and when it is determined that attention is required, the terminal is turned on, Since the information is transmitted to a predetermined destination, it is possible to monitor a sick person or the like without always turning on the terminal, and the terminal is less consumed.

  In addition, when an emergency occurs in a building, the person concerned in the building can immediately know that an emergency has occurred.

  The present invention also relates to a home security device connected to a public communication line, a communication means for communicating with a home security device terminal that inputs at least one of video, sound, and voice, and the public When a call from a predetermined partner is received via a line, information indicating that the terminal of the home security device should be turned on is transmitted to the terminal of the home security device via the communication means. The home security is transmitted from the terminal of the home security device that is turned on by the power supply control transmission means to be transmitted and information indicating that the power supply transmitted by the power supply control transmission means should be turned on via the communication means. At least one of video, sound, and sound input by the device terminal is received, and at least one of the received video, sound, and sound is received. Since it is a home security device having a transmission means for transmitting to the predetermined party via the public communication line, when the terminal is turned off at all times and a call from the predetermined party is received In addition, since the terminal is turned on and information input by the terminal is transmitted to a predetermined destination, it is possible to monitor a sick person without turning on the terminal at all times, and the consumption of the terminal can be reduced. There is an effect.

  In addition, when an emergency occurs in a building, the person concerned in the building can immediately know that an emergency has occurred.

  FIG. 6 is a diagram showing a configuration of a fire alarm system SS2 that is the second embodiment of the present invention.

  The fire alarm system SS2 includes a fire alarm device 200, fixed telephones 253 and 253a, a fire detector 251 and a personal computer 258.

  The fire alarm device 200 and the personal computer 258 are connected to each other via the Internet I2, and the fire alarm device 200 and the fixed telephones 253 and 253a are connected to each other via the telephone network T2.

  In addition, a radio telephone station 256 and a fixed telephone set 253b are connected to the telephone network T2, and communication can be performed between the fixed telephones 253, 253a, 253b and the mobile phone set 257 via the radio telephone station 256. it can. It is assumed that the cellular phone device 257 is carried by the owner of the contractor's house 255 that is provided with the fire alarm service.

  The fixed telephone 253 and the fire detector 251 are connected to each other via the relay device 254 and the fire receiver 252. When the fire is detected with the fixed telephone 253b alone, a fire signal is output together with an alarm such as a buzzer. The simple fire detector 251b sent to the relay device 254 is connected to each other through the relay device 254b.

  The fixed telephone 253, the relay device 254, the fire receiver 252, the fire detector 251, and the personal computer 258 are installed in the contractor's house 255.

  The fixed telephone 253a is installed in the contractor's house adjacent house 255a, which is a house located next to or near the contractor's house 255, and the fixed telephone 253b, the relay device 254b, and the simple fire alarm 251b are connected to the contractor's house 255. It is installed in a house 255b which is another neighbor house or a neighboring house.

  The fire alarm device 200 includes a CPU 201, a ROM 202, a memory 203, an LCD 204, a keyboard 205, a telephone relay processing unit 207, and an Internet relay processing unit 208.

  The CPU 201 controls the entire fire alarm device 200, the ROM 202 is a memory storing a control program for controlling the operation of the fire alarm device 200, and the memory 203 is adjacent to the contractor's house 255. It is a memory that stores the destination of the communication device (for example, the telephone number of the fixed telephone 253a) set in the contractor's home adjacent to the location 255a.

  Here, the control program stored in the ROM 202 is stored in the memory 203 when a fire signal is received from the fire detector 251 installed in the contractor's house 255 via the telephone network T2 which is a public communication line. This is a program for operating the fire alarm device 200 so as to make a call to the stored fixed telephone 253a of the subscriber's home 255a and transmit a fire signal.

  The LCD 204 is a display unit that displays information to the operator of the fire alarm device 200, and the keyboard 205 is a keyboard that is used when the operator of the fire alarm device 200 inputs information to the fire alarm device 200.

  As a destination to which a fire signal indicating that a fire has occurred at the contractor's house 255, in addition to the contractor's house neighbor 255a, a destination of a building existing within a predetermined distance from the contractor's house 255, You may memorize | store in the memory 203 and you may transmit a fire signal to these destinations.

  In addition, an understanding of transmitting the fire signal to the contractor's house next to the house 255a is obtained from the manager of the building corresponding to the destination to which the fire signal should be transmitted (for example, the owner of the contractor's house next to the house 255a). The address (the telephone number of the fixed telephone 253a of the contractor's house 255a) may be stored in the memory 203 on the condition that the user is present.

  Next, the operation of the fire alarm device 200 will be described.

  FIG. 7 (1) is a flowchart showing the operation of the fire alarm device 200.

  When the fire alarm device 200 receives a fire signal from the fire detector 251 installed in the contractor's house 255 via the telephone network T2 (S201), the contractor's house neighbor house 255a stored in the memory 203 The telephone number of the fixed telephone 253a is selected (S202).

  Subsequently, a call is made to the selected fixed telephone 253a, and information indicating that a fire has occurred in the contractor's home 255 is transmitted to the contractor's home 255a (S203).

  According to the fire alarm system SS2, when the fire alarm device 200 receives a fire signal from the fire detector 251 installed in the contractor's house 255 via the telephone network T2 which is a public communication line, The fire alarm device 200 makes a call to the fixed telephone 253a of the contractor's house next door 255a that is stored, and transmits fire occurrence information indicating that a fire has occurred. After a fire occurs in the customer's house 255, the contractor's house 255 can be immediately visited, and an early response to the fire can be taken.

  In the present embodiment, the destination stored in the memory 203 is the telephone number of the mobile phone 257 of the owner of the contractor home 255, the telephone number of the family mobile phone of the contractor home 255, and the owner of the contractor home 255. Can be considered, such as the telephone number of the family of the contractor's house 255, the telephone number of the relative of the contractor's house 255, the telephone number of the friend of the contractor's house 255, and the like.

  In addition, when transmitting the fire occurrence information in step S203, the unlocking method of the contractor's house 255 may be notified to the resident of the contractor's house adjacent house 255a.

  The present embodiment can be grasped as a program or a recording medium. In this embodiment, supplying the program to the fire alarm device 200 causes the fire alarm device 200 to operate. Further, the fire alarm device 200 operates by supplying the program stored in the recording medium to the fire alarm device 200.

  In this embodiment, a fire signal is received by a fire signal receiving procedure for receiving a fire signal from a fire detector installed in a predetermined building via the first communication line and the above fire signal receiving procedure. In this case, the fire signal is transmitted to the destination stored in the destination storage means for storing the destination of the building existing within the predetermined distance from the predetermined building via the second communication line. It is an example of the program which makes a computer perform a procedure, and is an example of the computer-readable recording medium which recorded this program.

  Next, a case where a fire alarm service contract using the fire alarm device 200 is concluded will be described.

  FIG. 7 (2) is a flowchart showing the operation when a fire alarm service contract is made using the fire alarm device 200.

  Note that the fire alarm service means that when the fire alarm device 200 receives a fire signal from the fire detector 251 installed in the contractor's house 255 via the telephone network T2, a fire is generated at the contractor's house 255. This is a service in which the fire alarm device 200 transmits fire occurrence information indicating that a fire has occurred to the fixed telephone 253a of the contractor's residence next to 255a via the telephone network T2.

  In the above embodiment, when the fire signal reaches the fire alarm device 200 from the fire detector 251, the fire signal line L, the fire receiver 252, the relay device 254, and the telephone network T2 are used. When a fire alarm is used, the fire signal may reach the fire alarm device 200 via the fire signal line, the relay device 254, and the telephone network T2.

  When applying for a fire notification service contract, the owner of the contractor's house 255 selects the homepage of the fire alarm service company to use when contracting the fire alarm service using the personal computer 258 and the Internet I2, and this selected homepage Select the notification destination for notification of fire occurrence information.

  At this time, "when the contractor's house 255 is out of service by giving a plurality of reliable neighbors the key of the contractor's house 255 or teaching the unlocking method of the contractor's house 255. When an emergency such as a fire occurs in the contractor's house 255, the neighbors are notified of the occurrence of the emergency, and the neighbors unlock the entrance of the contractor's house. , “Do not lead to important matters” may be introduced to those who apply for a fire notice service contract.

  Further, since the relay device 254 is required when receiving the fire notification service, the construction date for installing the relay device 254 may be designated on the homepage. The relay device 254 may be provided with a predetermined button, and when a home person presses this button, the fire station may be notified that a fire has occurred.

  It is determined whether or not the fire alarm service provider who manages the fire alarm device 200 has received an application for a fire alarm service contract from the owner of the contractor's house 255 via the personal computer 258 and the Internet I2 ( S211).

  And when the application of the said fire alarm service is received (S211), the transmission consent which is consent about transmitting the said fire outbreak information to the fixed telephone 253a of the contractor's house neighbor 255a, the contractor's house neighbor 255a. It is determined from the owner whether or not the fire notification service provider has been acquired (S212).

  And when the said transmission consent is acquired from the owner of the contractor's house next door 255a (S212), the said fire alarm service contract is concluded between the said fire alarm service provider and the owner of the contractor's house 255 ( S213).

  According to the above contract, when the fire notification service provider accepts that the user wants to make a fire notification service contract from the owner of the contractor's house 255 via the Internet I2, the fire occurrence information is displayed as the contractor's house neighbor house 255a. On the condition that the above-mentioned fire alarm service provider directly obtains the consent to transmit to the fixed telephone 253a from the owner of the contractor's residence 255a and obtains the consent to transmit this Since the fire notification service provider concludes the fire notification service contract with the owner of the contractor's house 255, the owner of the contractor's house 255 is the contractor when making the fire notification service contract. It is no longer necessary to directly obtain the consent for the transmission from the owner of the house next to the house 255a, and the owner of the contractor house 255 Procedures in the case of a contract can be simplified.

  In addition, by the application received in step S211, the service person of the fire alarm system visits the contractor's house neighbor house 255a in order to obtain the transmission approval from the owner of the contractor house neighbor house 255a. When the owner of the contractor's house 255a knows that he / she is ready to explain by the owner of the contractor's house 255 and the homepage, the owner of the contractor's house 255a May be designated on the homepage. The explanation of the fire alarm system is free.

  In addition, according to the application received in step S211, the service person of the fire alarm system visits the contractor's house neighbor house 255a in order to obtain the transmission approval from the owner of the contractor house neighbor house 255a. After the explanation, the owner of the contractor's house neighbor 255a is given a period to consider, and the owner of the contractor's house 255a obtains the transmission consent from the owner of the contractor's house neighbor 255a. The owner of the contractor's house 255 may input that the transmission approval has been acquired.

  And after description of the said fire alerting | reporting system, when the input of acquisition of transmission consent by the owner of the contractor's house 255 is not performed within a predetermined period, it may be considered that the consent has been taken. In order to consider this as such, if the consent acquisition is not made within a predetermined period, the explanation that the consent is deemed to have been taken will be used when explaining the above fire alarm system. Need to be the owner of 255a.

  In addition, when there are a plurality of contractor's house neighbors, the approval may be obtained from each of the owners of the plurality of houses.

  In addition, when a new applicant makes a contract for the fire alarm service in step S213, when accepting an application for the fire alarm service, an introducer of the new applicant who has already made a fire alarm service contract. When the name of the address is received by the provider of the fire alarm service, it is necessary for the above fire alarm service, so that the owner of the contractor's house 255, who is the introducer, must reduce the cost. It may be. Further, the maintenance and inspection costs of the fire detector 251, the fire receiver 252, and the relay device 254 installed in the contractor's house 255 may be reduced.

  In this way, since the cost or the like borne by the owner of the contractor's house 255 is reduced, the owner of the contractor's house 255 can easily conclude the fire alarm service.

  In addition, in each of the above contracts, when the approval is acquired in step S212, the fire notification service may be introduced to the owner of the contractor's house next to the house 255a.

  If it does in this way, the person who concludes the above-mentioned fire information service will increase, and when a fire occurs, it can take an early response to the generated fire in the whole area.

  In addition, when the owner of the house 255b, which is another contractor's house adjacent to the house of the contractor who does not have the fire alarm facility, concludes the above fire alarm service, the relay device 254b and the simple fire alarm 251b are connected via the fire signal line Lb. Installed in the house 255b.

  Any number of simple fire alarms 251b may be installed, but if one is installed in the kitchen of the house 255b, the installation cost can be reduced. It becomes easy to conclude the fire alarm service. It is assumed that the house 255b is located next to the contractor's house 255.

  Further, in the above contract, the fire alarm service is introduced to the owner of the contractor's house next door 255b, and by this introduction, there is a fire between the owner of the contractor's house next door 255b and the provider of the fire alarm service. When the notification service contract is established, the cost required for the fire notification service contract of the owner of the contractor's house next to the house 255b may be reduced.

  In this way, the cost of the owner of the contractor's house next door 255b is reduced, so that the owner of the contractor's house next door 255b can easily conclude the fire alarm service and conclude the fire alarm service. More people will do.

  In addition, the fire alarm service provider and the specified or multiple fire insurance companies have concluded a contract that can reduce the fire insurance fee for the subscribers of the fire alarm service, and the fire alarm service is provided to the contractor's home. When the owner of 255 concludes, the fire insurance premium of the contractor's house 255 may be reduced. And the owner of the contractor's house 255 who contracted the above-mentioned fire alarm service may be made visible on the homepage.

  In addition, fire insurance for fire alarm service contractors, which is applicable only to the subscribers of the above fire alarm service and whose insurance premium is reduced from the conventional one, is prepared. When the contract is concluded, the owner of the contractor's house 255 may replace the fire insurance for the fire alarm service contractor.

  The outline of the fire insurance for the fire alarm service contractor and the insurance fee can be viewed on the homepage, and the insurance can be changed on the homepage. Also, the difference in insurance premiums when insurance is changed as described above may be viewed on the homepage.

  Further, in order to change the insurance, a visit request for the sales of the insurance agent may be made on the homepage.

  Further, when the maintenance / inspection time of the relay device 254 comes, the relay device 254 automatically issues an alarm indicating that maintenance / inspection should be performed.

  Also, a maintenance / inspection mode changeover switch and a maintenance / inspection switch are provided in the relay device 254, and when the alarm is issued, the maintenance / inspection mode changeover switch is switched to the maintenance / inspection mode, and the maintenance / inspection switch is connected to the contractor's home. The fire signal may be generated in a pseudo manner when the owner of 255 pushes or the owner of the contractor's house 255 brings a heat source close to the fire detector 251. It is assumed that the pseudo notification includes information indicating that the relay device 254 is being inspected.

  When the fire alarm device 200 receives the pseudo notification, the fire alarm device 200 notifies the owner of the contractor's house 255 of information that the relay device 254 is operating normally. In addition, the said notification shall be performed by telephone or a homepage.

  It is to be noted that a fire signal together with a signal indicating the maintenance / inspection mode in the sense of confirmation is given to the home of the person who has accepted the transmission of the fire alarm service by the owner of the contractor home 255 using the pseudo notification. May be sent out. At this time, the transmission destination may be selected while the relay device 254 is switched to the maintenance / inspection mode.

  In this embodiment, a case where a fire has occurred has been described. However, an emergency other than a fire (for example, a situation of theft when absent, a situation in which tap water is not used for one day in an elderly living alone, residence, etc. The above-described embodiment can be applied by replacing the fire sensor with an appropriate sensor even when a person's physical condition has deteriorated. The report destination may be changed according to the type of the situation that has occurred.

  FIG. 8 is a diagram showing the configuration of a fire alarm system SS3 that is the third embodiment of the present invention.

  The disaster prevention service system SS3 includes a fire alarm device 300 and repeaters 330, 340, and 350, and the fire alarm device 300 and the relay devices 330, 340, and 350 are connected to each other via a communication line 320.

  The fire alarm device 300 includes a CPU 301, a ROM 302, a memory 303, an LCD 304, a keyboard 305, and a handset 306.

  The CPU 301 controls the entire fire alarm device 300, the ROM 302 is a memory storing a control program for controlling the operation of the fire alarm device 300, and the memory 303 is a repeater 330, 340, 350. Is a memory that stores the destinations of buildings B33, B34, and B35.

  Here, the control program stored in the ROM 302 is transmitted from one of the fire detectors 334, 344, and 354 installed in the buildings B33, B34, and B35 via the communication line 320. When a fire signal is received, a fire which is a building to which a fire is to be notified from among addresses stored in the memory 303, that is, a building in which a fire detector that has transmitted the received fire signal is installed. A fire alarm device that selects all destinations of buildings located near the generating building, and sends the received fire signal and the destination of the fire generating building to the selected destination via the communication line 320. 300 is a program for operating 300.

  The LCD 304 is a display unit that displays information to the operator of the fire alarm device 300, and the keyboard 305 is a keyboard that is used when the operator of the fire alarm device 300 inputs information to the fire alarm device 300. Reference numeral 306 denotes a handset used when the operator of the fire alarm device 300 makes a call with the operator of the repeater 330.

  The repeater 330 includes an LCD 331, a speaker 332, and a handset 333. In addition, a fire detector 330 that detects that a fire has occurred is connected to the repeater 330.

  The LCD 331 is a display unit that displays information to the operator of the repeater 330, the speaker 332 is a speaker that is used when notifying the operator of the repeater 330 of voice information, and the handset 333 is an operator of the repeater 330. Is a handset used when talking to the operator of the fire alarm device 300.

  The repeater 330 and the fire detector are installed in the building B33.

  Further, the repeaters 340 and 350 are configured in the same manner as the repeater 330.

  In the above configuration, a plurality of fire detectors may be connected to one repeater. Further, a plurality of repeaters may be installed in one building.

  Next, the operation of the fire alarm device 300 will be described.

  FIG. 9 is a flowchart showing the operation of the fire alarm device 300.

  When the addresses of the buildings B33, B34, and B35 are input by the operator of the fire alarm device 300 or the like via the keyboard 305 (S301), the fire alarm device 300 stores the addresses of the input buildings in the memory 303. (S302).

  Subsequently, in addition to the input and stored, it is determined whether or not there is a building destination to be input and stored (S303). If it exists, the above-described input and storage operation is continued (S301). ).

  Next, when a fire occurs in the building B33 and the fire alarm device 300 receives a fire signal from the fire detector 334 via the communication line 320 (S311), the building in which the fire detector 334 is installed. Is B33 (S312).

  Subsequently, a building located near the identified building B33 is selected (S313). This selection is performed by referring to the destinations such as the buildings B34 and B35 stored in the memory 303 and extracting all the buildings located near the building B33 from the buildings B34 and B35. Note that building B34 is selected in the above selection.

  Then, information indicating that a fire has occurred in the building B33 via the communication line 320 to the selected building B34 (for example, a fire signal) and information indicating the destination of the building B33 stored in the memory 302 (for example, "Tokyo, XX ward XX 2-chome address XX") is transmitted (S314).

  According to the fire alarm system SS3, the fire alarm device 300 is connected from the one of the fire detectors 334, 344, and 354 installed in the buildings B33, B34, and B35 via the communication line 320. When the fire signal is received, the building B34 located near the fire-occurring building B33, which is the building where the fire detector that has transmitted the received fire signal is installed from among the destinations stored in the memory 303. Are selected, and the fire occurrence information indicating that a fire has occurred in the building B33 and the destination of the building B33 are transmitted to the selected building B34 via the communication line 320. However, it is possible to know immediately after the fire that the fire has occurred and the place where this fire has occurred. It is possible to take corresponding to the early stage.

  In the above embodiment, when a fire signal is received in step S311, the operator of the fire alarm device 300 confirms whether or not a fire has actually occurred, and if it is confirmed that a fire has occurred, Information indicating that this confirmation has been taken may be input by the operator of the fire alarm device 300 to the fire alarm device 300, and after this input, the fire alarm device 300 may identify the building where the fire has occurred.

  In this way, it is possible to prevent sending a false report to the building B34 which is the selected report destination.

  In addition, when confirming whether or not a fire has actually occurred as described above, the degree of fire in the building B33 (eg, extinguishing fire, spreading fire floor, expanding vertically, spreading to adjacent buildings, fire The information indicating that the car has arrived and the fire is being blocked is received, the operator of the fire alarm device 300 inputs the received information to the fire alarm device 300, and the input information is transmitted in step S314. Also good.

  Further, according to the degree of progress of the fire and the weather information of the fire area when the fire signal is received in step S311 (for example, information indicating wind direction, wind speed, temperature, and humidity), the damage to the building B34 is notified of the fire. The operator of the device 300 may make a prediction, input the predicted information to the fire alarm device 300, and send the input information in step S314.

  Further, in the above embodiment, the map information that is the information on the map where the destination of the building input in step S301 is stored in the memory 303 in step S302, and the building located near the building B33 in step S313, For example, based on the map information stored in the memory 303 when a map B is used as a neighborhood range within a circle with a predetermined radius centered on the building B33 and a building B34 that is a building in this range is selected, The position instruction map information indicating the position of the building B33 and the position of the selected building B34 may be created, and the created position instruction map information may be transmitted in step S314. In this case, there may be a plurality of buildings in the neighborhood range, but the respective position indication map information is transmitted.

  In this way, the resident of the building B33 can grasp the positional relationship between the building B33 and the building B44 where the fire has occurred on the map. And it becomes easy to select the right evacuation route.

  Moreover, in the said Example, when selecting the building which notifies the fire outbreak of building B33 by step S313, the weather information after the fire signal was received by step S311 (for example, information which shows a wind direction, a wind speed, temperature, and humidity) ), For example, move the center of the circle in the neighborhood using the map image in the leeward direction from the building B33 by a distance calculated according to the wind speed, humidity, etc. The building B33 may be positioned at one focal point of the ellipse, the other focal point position may be moved by the calculated distance in the leeward direction, and a building in this neighboring range may be selected and transmitted in step S314. In addition, the weather information when the fire signal is received in step S311 may be input by the operator to the fire alarm device 300, and the input weather information may be transmitted together with the fire occurrence information in step S314.

  In this way, it is possible to reliably notify that a fire has occurred to a building that is likely to spread due to the fire that has occurred.

  Further, in the above embodiment, in step S301, the building destination and information indicating the location where the fire detector is installed are input, and the input destination and the information indicating the location where the fire detector is installed; Is stored in the memory 303 in step S302, and in step S313, when the building notifying the occurrence of fire in the building B33 is selected, information indicating the location where the fire detector that has been notified is also selected is selected, and step S314 is performed. Thus, information indicating the selected location may be transmitted.

  In this way, the resident of the building notified of the occurrence of the fire can know exactly where the fire is occurring in the building and can evacuate appropriately.

  In the fire alarm system, the number of buildings connected to the fire alarm device 300 via the communication line 320 is three or three, but may be other numbers.

  In the above embodiment, a repeater is installed in each building, but a fire receiver may be installed instead of the repeater.

  As with the fire alarm device 300, the fire receiver installed in each building has a CPU, ROM, memory, LCD, keyboard, and handset, and the fire receiver and disaster prevention monitoring company installed in each building. Are connected to each other via a communication line 320. The fire alarm device 300 has at least all the main functions of each fire receiver.

  The CPU controls the fire receiver, and the ROM is a control program for controlling the operation of the fire receiver, addresses assigned to a plurality of fire detectors installed in the building, and individual installations. The storage unit stores a place and a plan view of each floor, and the memory is a memory that stores detection data of the fire detector.

  The operation in this case is as follows.

  When the address of each building is already stored in the memory 303 and a fire occurs in a certain building, a fire signal including an address is sent from the fire detector, and when the fire receiver receives it, the fire signal is used as detection data. Store in memory. The corresponding installation location in the ROM and the floor plan of the floor are called from the address of the detection data, displayed on the LCD, and notified with an alarm sound.

  When disaster prevention personnel rush to the site and confirm a fire, the fire receiver operator is notified and the fire is extinguished. The operator pushes the fire decision button and guides evacuation by emergency broadcast while grasping the situation.

  At the time of fire detector notification, the fire receiver automatically sends a fire signal including the address (address) of the fire-occurring building to the fire alarm device 300 via the communication line 320. At the time of fire determination, the fire receiver sends out a fire signal together with the destination of the fire determination signal.

  The fire alarm device 300 extracts a building that notifies of the occurrence of a fire, for example, another building in the vicinity of the fire-occurring building from the memory, and sends it to the extracted building. At this time, if necessary, if all the possession information of the fire receiver in the fire-occurring building or any building is requested, the requested fire receiver transmits all the information via the communication line 320 to the fire alarm device 300. Continue to send.

  The fire alarm device 300 continuously receives signals of all the information and stores them in the memory. Based on the information in the memory, the fire alarm device 300 can see the same screen operation state as the current screen of the designated fire receiver, and the operation information on the fire receiver side is cut off by the changeover switch. In addition, any screen other than the current fire receiver screen, such as a screen on another floor, can be viewed by operating the fire alarm device 300.

  The keyboard 305 of the fire alarm device 300 has the same configuration and function as the keyboard of the fire receiver. At this time, when two fire alarm devices 300 are provided, one works as a monitor for a designated fire receiver, and the other is shared so that it can respond to a fire receiver in another building. Also good.

  Furthermore, the designated fire receiver can be operated by switching the operation right switch provided in the fire alarm device 300 and operating the keyboard 305 of the fire alarm device 300.

  When the operation right switch is turned on, the state becomes a signal, which is transmitted to the designated fire receiver via the communication line 320, stored in the memory 303, and the operation right of the fire receiver is assigned to the fire alarm device 300. A flag indicating that it has been passed to is set.

  This operating right can also be switched on the fire receiver side. The fire receiver is operated according to the party with the switched operating rights.

  In this way, when a fire occurs when the operator disappears temporarily or for some reason on the fire receiver side, the right of operation is switched to the fire alarm device 300 side, and the fire alarm device 300 side is emergency. Can respond.

  At this time, if a TV camera is provided on the fire receiver side, the absence of the operator can be confirmed.

  Further, the present embodiment can be grasped as a program or a recording medium. In this embodiment, supplying the program to the fire alarm device 300 causes the fire alarm device 300 to operate. Also, the fire alarm device 300 operates by supplying the program stored in the recording medium to the fire alarm device 300.

  In this embodiment, a fire signal receiving procedure for receiving a fire signal from a fire detector installed in each of a plurality of buildings via a communication line, and one of the above fire detectors, When a fire signal is received, a building that notifies the occurrence of a fire from among the destinations stored in the destination storage means that stores the destinations of the plurality of buildings, for example, the fire detection that transmitted the received fire signal. Select the destination of the building located near the fire-occurring building where the vessel is installed, and send the received fire signal and the destination of the fire-occurring building to the selected destination via the communication line. This is an example of a program that causes a computer to execute a fire signal / destination transmission procedure for transmitting the above and a computer-readable recording medium on which this program is recorded.

  FIG. 10 is a diagram showing a configuration of a disaster prevention service system SS4 that is the fourth embodiment of the present invention.

  The disaster prevention service system SS4 includes a disaster prevention center 410, convenience stores 420, 430, and 440, and houses 421, 422, 431, 432, 441, and 442.

  The disaster prevention center 410 is where a disaster prevention service provider who provides disaster prevention services resides. Moreover, the said disaster prevention service provider is a person who has the expertise and experience about the coping method of a fire.

  In the disaster prevention service, when a fire occurs in a house 421 existing within a predetermined distance from the convenience store 420 serving as the base of the disaster prevention service, the store clerk (the person at the base) of the convenience store 420 has the house 421 where the fire has occurred. It is a service that goes immediately to the above and takes measures against the above-mentioned fire.

  The house 421 is, for example, a house owned by an individual, and the house 421 detects that a fire has occurred in the house 421 and transmits it to the disaster prevention center 410 (see FIG. Not shown).

  Moreover, when the contract is concluded between the manager of the convenience store 420, the disaster prevention service provider that provides the disaster prevention service in the disaster prevention center 410, and the owner of the house 421, the disaster prevention service is provided. It has become.

  In addition, when the disaster prevention service contract is concluded, the disaster prevention service provider grants or lends a communication device (not shown) that can be carried by a store clerk of the convenience store 420 to the convenience store 420, and also provides the disaster prevention service. The service provider, for example, periodically provides fire countermeasure education about the countermeasures against the fire to the clerk of the convenience store 420.

  The communication device has wireless communication means for transmitting and receiving information between communication devices (not shown) installed in the disaster prevention center 410. In addition, the camera includes a microphone for inputting sound, a camera and light for inputting video, a gas concentration detection unit, an LCD for displaying image information, a speaker for outputting sound, a battery, and a compass.

  And the information which the said microphone and the camera input and the information which shows the density | concentration of the gas which the gas concentration detection part detected, for example, carbon monoxide, is installed in the said disaster prevention center 410 via the said wireless communication means. The information transmitted to the apparatus and received from the communication apparatus installed in the disaster prevention center 410 can be output by the LCD and the speaker.

  Note that the communication device is, for example, a case in which the wireless communication means is in a chest pocket, and other devices such as a microphone may be connected to the wireless communication means provided in the disaster prevention helmet, for example. Good. The battery should fit in the other pocket.

  The gas concentration detector is a concentration detector for carbon monoxide and other gases such as flammable gases (propane, butane, etc.) and gases (hydrogen chloride, cyanogen gas, etc.) that are harmful to the human body due to fire. There may be a plurality of types of gas concentrations.

  The above education includes implementation training and information handling education. Implementation training means how to use the communication device, how to handle disaster prevention equipment installed in the house 421 (for example, water sprinkler stoppage method for home sprinklers, how to use a fire extinguisher), general countermeasures for fire sites (for example, Confirmation of the absence of people (bath, toilet, veranda, etc.) and rescue / evacuation, fire extinguishing and evacuation timing of the initial fire in the case of a house without automatic fire extinguishing facilities, evacuation such as lowering the head so as not to smoke Methods), first-aid methods such as burns, artificial respiration methods, fire-fighting drills using fire extinguishers and buckets. The above-mentioned “information handling education” includes information on the floor plan of the house 421, information on the resident of the house 421, etc., fire response procedure manual, contact information of the resident, a map from the convenience store 420 to the house 421, the garden of the neighbor It is education about the handling such as neighborhood floor plans including.

  For example, from the above information, while the clerk of the convenience store 420 is dispatched, the disaster prevention service provider contacts the person in the house to find out which room the old man who is bedridden and bedridden is in. I understand. By knowing the local information from the store clerk, the disaster prevention service provider, for example, guides the store clerk using the floor plan information and the neighboring plan view when it is determined that it is better to evacuate from the adjacent garden. The store clerk searches for the elderly by using the floor plan information and the compass, and uses the neighborhood plan view to evacuate.

  Then, when a fire occurs in the house 421 and the disaster prevention service provider acquires information indicating that a fire has occurred in the house 421 via the communication line in the disaster prevention center 410, the disaster prevention service provider The store staff of the convenience store 420 is requested to be dispatched.

  And when the dispatch request is made, the store clerk who has received the fire countermeasure education based on the disaster prevention service contract carries the communication device to the house 421 where the fire has occurred, and the dispatched store clerk. However, information indicating the state of the house 421 where the fire has occurred is transmitted to the service provider via a communication device such as the camera.

  The dispatched store clerk transmits information indicating the state of the house 421 to the service provider using the communication device, and the service provider receives the transmitted information. Based on the received information, the store clerk creates a measure that the store clerk can execute, and based on the information indicating the created measure, the disaster clerk service provider informs the communication device that the store clerk should execute the measure. To send through.

  Based on the information indicating the countermeasure and the education received by the store clerk who has received the information indicating the countermeasure and the request to execute the countermeasure through the communication device, the house 421 is provided. Measures are taken against fires that occurred in

  The convenience store 430, the house 432, and the like are configured in the same manner as the convenience store 420, the house 421.

  Next, the operation of the disaster prevention service system SS4 will be described.

  11 and 12 are flowcharts showing the operation of the disaster prevention service system SS4.

  When the disaster prevention service contract is concluded between the manager of the convenience store 420, the disaster prevention service provider that provides the disaster prevention service in the disaster prevention center 410, and the owner of the house 421 (S401), the disaster prevention service provision The person transmits / receives predetermined information, and grants or lends a communication device that can be carried by the store clerk of the convenience store 420 to the convenience store 420 (S402). Education is provided (S403).

  When the disaster prevention service provider obtains information indicating that a fire has occurred in the house 421 (S411), the clerk of the convenience store 420 requests the house 421 in which the fire has occurred to be dispatched (S412). ).

  Subsequently, when the service provider receives information indicating the state of the house 421, which is information sent from the dispatched store clerk using the communication device (S413), the received information Based on the above, the countermeasures that the store clerk can execute are created, and the disaster prevention service is provided with information indicating the created countermeasures and information indicating that the store clerk should execute the countermeasures based on the information indicating the countermeasures. The person transmits (S414, S415).

  When requested to move to the house 421 (S421), the clerk of the convenience store 420 who has received the fire countermeasure education based on the disaster prevention service contract carries the communication device, and the house where the fire has occurred The clerk dispatched to 421 transmits information indicating the state of the house 421 where the fire has occurred to the service provider via the communication device (S423).

  Subsequently, when the information indicating the countermeasure and the request to execute the countermeasure are received via the communication device (S424, S425), the store clerk receives the information indicating the countermeasure and the request. Based on the education, measures are taken against the fire that occurred in the house 421 (S426).

  According to the disaster prevention service system SS4, when a fire occurs in the house 421, a clerk at a convenience store located in the vicinity of the house 421 who has received a countermeasure education for the fire that has occurred immediately dispatches to the house 421. Therefore, even if the number of service bases directly operated by the disaster prevention center 410 is not increased, and even if the disaster prevention center 410 does not increase the number of personnel specializing in disaster prevention measures, the time from the occurrence of a fire to taking countermeasures is shortened. Appropriate measures can be taken early against the fire that has occurred.

  Further, when the store clerk is dispatched, a communication device that can send and receive information to and from the disaster prevention service provider of the disaster prevention center 410 is carried around and the state of the house 421 is shown via the communication device. Since the information is transmitted to the disaster prevention service provider, the countermeasure corresponding to the state information is received from the disaster prevention service provider, and the store clerk takes countermeasures against the fire based on the received countermeasure. Appropriate measures can be taken based on appropriate advice sent from those who have expertise in

  In step S422, when the store clerk is dispatched, he / she wears a helmet, a fire protection hood, a simple fire proof clothing, a key for the house 421, a fire extinguisher, a first aid box containing first aid products, a layout of the house 421, etc. You may be allowed to bring a document describing the above, an instruction manual for the communication device, etc. Moreover, you may make it check the possessed item in the case of going out using a check list.

  In addition, when making a request for dispatch in step S421, the disaster prevention center 410 arranges the floor plan of the house 421 where the fire broke out, information on the room where the sick person lives, and the resident of the house 421 in advance. If it is possible to remove the information, it may be sent together with information on whether or not a resident is present in the house 421 or a false report.

  In step S413, when the fire of the house reported in the house 421 is confirmed at the site, the disaster prevention service provider may report the information to the responsible fire department.

  In the present embodiment, the number of convenience stores is three, but the number may be other than three. Moreover, although the number of the houses which one convenience store handles is two, it is good also as numbers other than two.

  In this embodiment, the convenience store and the store clerk are examples of the disaster prevention service base and personnel, but are in close contact with a specific area (for example, a company sales office, a community association, an individual, a welfare This embodiment can also be applied to related organizations, medical organizations, volunteer organizations, sports organizations, and the like.

  In the present embodiment, the target of the disaster prevention service is a dwelling unit or a house, but is not limited thereto, and any building such as an office, a building, a condominium, a public facility, a factory, or the like may be used.

  In the present embodiment, if the target of the disaster prevention service is a single convenience store or a single house, a plurality of convenience stores may be associated with a single or a plurality of disaster prevention objects. Good.

SS1 ... Home security system, 100 ... Terminal, 110 ... Terminal body,
111, 151 ... CPU, 112, 152 ... memory, 113 ... LCD,
120 ... Power supply control unit, 122 ... Energy saving mode switch,
130: monitoring unit, 131: microphone, 132 ... camera, 133 ... speaker,
134a, 134b ... privacy switch, 140, 160, 170 ... transmission / reception unit,
150: Information control device, 171: Mobile phone terminal,
P11 ... sick, T11 ... communication line,
SS2 ... Fire alarm system, 200 ... Fire alarm device, 201 ... CPU,
202 ... ROM, 203 ... memory, 251 ... fire detector,
253, 253a ... landline telephone, 254 ... relay device, 255 ... contractor's house,
255a ... Neighborhood home of contractor, I2 ... Internet, T2 ... Phone network,
SS3 ... Fire alarm system, 300 ... Fire alarm device, 301 ... CPU,
302 ... ROM, 303 ... memory,
306, 333, 343, 353 ... handset, 320 ... communication line,
330, 340, 350 ... repeater, 334, 344, 354 ... fire detector,
B33, B34, B35 ... Building, SS4 ... Disaster prevention service system,
410 ... Disaster prevention center, 420, 430, 440 ... Convenience store,
421, 422, 431, 432, 441, 442 ... Houses.

Claims (14)

Fire signal receiving means for receiving a fire signal from a fire detector installed in a predetermined building via the first communication line;
Destination storage means for storing a destination of a communication device installed in a building existing within a predetermined distance from the predetermined building;
Fire signal transmitting means for transmitting a fire signal to the destination stored in the destination storage means via a second communication line when the fire signal receiving means receives a fire signal;
A fire alarm device characterized by comprising: In claim 1,
The destination storage means is means for storing the destination on the condition that an approval for transmitting the fire signal to the destination is obtained from an administrator of a building corresponding to the destination. Fire alarm device. When the fire alarm device receives a fire signal from a fire detector installed in a predetermined building via the first communication line, the received fire signal is sent to the above-mentioned via the second communication line. A fire alarm service contract transmitted from the fire alarm device to a destination of a predetermined neighboring building located within a predetermined distance from the predetermined building is transmitted from the owner of the predetermined building via the predetermined network to the fire alarm service. A fire alarm service contract accepting stage that the provider accepts the fire alarm service contract accepting means;
If the fire alarm service contract is accepted at the fire alarm service contract acceptance stage, the owner of the predetermined neighbor building gives an understanding of transmitting the fire signal to the destination of the predetermined neighbor building, A transmission acknowledgment acquisition stage for the transmission notification acquisition means to acquire the fire alarm service provider;
When the owner of the predetermined neighboring building approves the transmission of the fire signal at the transmission approval acquisition stage, between the owner of the predetermined building and the fire alarm service provider. The fire alarm service contract is performed by the fire alarm service contract means;
A contract method for a fire alarm service characterized by comprising: In claim 3,
The fire acknowledgment service contract method, wherein the transmission approval acquisition stage is a stage of introducing the fire alarm service to an owner of the predetermined neighboring building. In claim 4,
When a fire alarm service contract is concluded with the owner of the specified neighboring building through the introduction of the fire alarm service, the amount of expenses required for the fire alarm service contract of the owner of the predetermined building is reduced. Or a contract method for a fire alarm service, characterized in that it reduces the amount of maintenance inspection costs of the fire detectors installed in the predetermined building. In any one of Claims 3-5,
A contract method for a fire alarm service, comprising a step of reducing a fire insurance fee for reducing a fire insurance fee for the predetermined building when the fire alarm service is contracted at the fire alarm service contract stage. Fire signal receiving means for receiving a fire signal from a fire detector installed in each of a plurality of buildings via a communication line;
Destination storage means for storing destinations of each of the plurality of buildings;
If a fire signal is received from the fire detector, the fire occurrence building that is the building where the fire detector that transmitted the received fire signal is installed from the destinations stored in the destination storage means. A fire signal / destination transmission means for selecting a destination of a building located nearby and transmitting the received fire signal and the destination of the fire-occurring building to the selected destination via the communication line;
A fire alarm device characterized by comprising: In claim 7,
Map information storage means for storing map information which is information on a map where each of the plurality of buildings is located;
The fire signal / destination sending means creates location indication map information indicating the location of the fire-occurring building based on the map information stored in the map information storage means, and the created location indication A fire alarm device characterized by being means for transmitting map information. In claim 7 or claim 8,
The fire signal / destination sending means selects a destination of a building located near the fire-occurring building according to the weather condition when a fire signal is received from one of the fire detectors. A fire alarm device, characterized in that In any one of Claims 7-9,
The destination storage means is means for storing a place where the fire detector is installed,
The fire signal / address sending means is means for sending information indicating the installation location of the fire detector that has sent the fire signal. When an emergency occurs at a house located within a predetermined distance from a predetermined base, the personnel at the predetermined base immediately go to the site where the emergency occurred and take measures against the emergency. A disaster prevention service provider provides a contract to give the personnel of the predetermined base an education on measures against the emergency, and the management of the predetermined base and the disaster prevention service provider who provides the disaster prevention service at the disaster prevention center. A contract conclusion stage that is concluded by the contract conclusion means;
A house emergency occurrence information acquisition stage in which the house emergency occurrence information acquisition means causes the disaster prevention service provider to acquire information indicating that an emergency has occurred in the house via a predetermined communication line;
When acquiring information on the occurrence of an emergency at the above-mentioned house emergency occurrence information acquisition stage, personnel trained under the above contract are dispatched to the house where the emergency occurred and A call-out request stage in which the call-out request means requests that the personnel should take measures based on the education received above;
A disaster prevention service providing method characterized by comprising: When an emergency occurs at a house located within a predetermined distance from a predetermined base, the personnel at the predetermined base immediately go to the site where the emergency occurred and take measures against the emergency. A disaster prevention service provider provides a contract to give the personnel of the predetermined base an education on measures against the emergency, and the management of the predetermined base and the disaster prevention service provider who provides the disaster prevention service at the disaster prevention center. A contract conclusion stage that is concluded by the contract conclusion means;
A house emergency occurrence information acquisition stage in which the house emergency occurrence information acquisition means causes the disaster prevention service provider to acquire information indicating that an emergency has occurred in the house via a predetermined communication line;
When acquiring information on the occurrence of an emergency at the above-mentioned house emergency occurrence information acquisition stage, personnel trained based on the above contract can be carried by the disaster prevention service provider to the specified base Carrying the communication device and dispatching to the house where the emergency occurred, and providing the service information indicating the state of the house where the emergency occurred via the communication device. The dispatch request stage requested by the dispatch request means, based on the operation of the disaster prevention service provider, to the effect that it should be transmitted to the person;
The disaster prevention service provider sends out countermeasures that can be executed by the personnel based on the information received from the personnel dispatched at the dispatch request stage via the communication device. A countermeasure information transmitting stage in which the countermeasure information transmitting means transmits information indicating the transmitted countermeasure to the personnel via the communication device;
The communication device transmits to the personnel that the personnel should take countermeasures based on the information indicating the measures transmitted in the countermeasure information transmission stage, the received education, and instructions from the disaster prevention service provider. A countermeasure execution request transmission stage to perform;
A disaster prevention service providing method characterized by comprising: When an emergency occurs at a house located within a predetermined distance from a predetermined base, the personnel at the predetermined base immediately go to the site where the emergency occurred and take measures against the emergency. A disaster prevention service provider provides a contract to give the personnel of the predetermined base an education on measures against the emergency, and the management of the predetermined base and the disaster prevention service provider who provides the disaster prevention service at the disaster prevention center. A contract conclusion stage that is concluded by the contract conclusion means;
The disaster prevention service provider acquires information that an emergency has occurred in the house via a predetermined communication line, and from the disaster prevention service provider to the predetermined base based on the contract. A dispatch stage in which the dispatching means urges the trained personnel to dispatch to the house where the emergency occurred, if a personnel request is made;
A disaster prevention service providing method characterized by comprising: When an emergency occurs at a house located within a predetermined distance from a predetermined base, the personnel at the predetermined base immediately go to the site where the emergency occurred and take measures against the emergency. A disaster prevention service provider provides a contract to give the personnel of the predetermined base an education on measures against the emergency, and the management of the predetermined base and the disaster prevention service provider who provides the disaster prevention service at the disaster prevention center. A contract conclusion stage that is concluded by the contract conclusion means;
The disaster prevention service provider acquires information that an emergency has occurred in the house via a predetermined communication line, and from the disaster prevention service provider to the predetermined base based on the contract. A dispatch stage in which the dispatching means urges the trained personnel to dispatch to the house where the emergency occurred, if a personnel request is made;
An emergency information transmission stage in which the emergency information transmitting means transmits information indicating the state of the house where the emergency has occurred, to the service provider, which is information input by the dispatched personnel to the communication device. ;
Based on the information transmitted in the emergency information transmission stage, the countermeasure transmitting means transmits the countermeasures provided by the disaster prevention service provider and executable by the personnel to the communication device carried by the personnel. A countermeasure transmission stage to perform;
A disaster prevention service providing method characterized by comprising:

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