JP5794762B2 - Alarm system - Google Patents

Description

The invention, together with detecting an abnormality generated in the monitoring area an alarm relates to an alarm system for linked alarm receiving a warning signal from another alarm device.

  2. Description of the Related Art Conventionally, alarm systems and alarm devices that detect and alert for abnormalities such as fires and gas leaks in houses have been used. For example, Patent Document 1 (but not disclosed at the time of filing this application) discloses an alarm device installed at a plurality of locations in one building. This alarm device can communicate wirelessly with other alarm devices installed at different locations, and when an alarm device that detects an abnormality issues an alarm and transmits an alarm signal to the other alarm device, the alarm device Other alarm devices that have received the alarm signal perform interlocking alarms (hereinafter, the alarm device that transmits the alarm signal when an abnormality is detected in its own monitoring area is referred to as the “linker source alarm device”, and the abnormality in its own monitoring area) An alarm device that does not detect the alarm but issues an alarm when it receives an alarm signal from another alarm device is referred to as an “alarm device to be linked”).

  This interlocking source alarm device recovers to the normal monitoring state when no abnormality is detected. As a result, when an alarm is issued from a plurality of alarm devices that are linked, if the alarm device that detects the occurrence of a fire or the like and the alarm source that is performing the alarm recovers, Stops the alarm and a recovery signal is transmitted from the alarm device, and the other alarm device receiving the recovery signal stops the alarm.

Japanese Patent Application No. 2009-101630

  However, the conventional alarm device as described above has room for improvement with respect to interlocking alarms with other alarm devices. For example, regarding the recovery operation of the interlocking source alarm device, when the interlocking source alarm device no longer detects an abnormality, the interlocking source alarm device simply stops the alarm. For this reason, after the alarm of the alarm device is recovered, the user cannot identify whether the alarm device is the interlocking source or which alarm device was the interlocking source afterwards, and the fire starts. The cause of the fire such as the source and the course of the fire could not be easily identified. In addition, even when the alarm is a false or non-fire alarm that does not depend on a fire, it is difficult for the user or inspection personnel to specify the alarm device that issued the alarm.

The present invention has been made in view of the above, and after the alarm device that issued the alarm is restored, whether the alarm device was the interlocking source alarm device or the interlocking destination alarm device. The purpose of the present invention is to provide an alarm system that can be identified by the user and that can easily identify the cause of a fire, the cause of a fire such as the course of a fire, or the cause of a false or non-fire report. .

In order to solve the above-described problems and achieve the object, the alarm system according to claim 1 is an alarm system that interlocks alarms with a plurality of alarm devices that detect and detect an abnormality in the monitoring area. When at least one alarm device of the plurality of alarm devices detects the abnormality and issues a warning in the plurality of alarm devices, all of the alarm devices that have issued the alarm when recover determines that no longer detects the total parts of the alarm device which is the alarm from among the plurality of alarm devices so that the user is identifiable, the total parts of the alarm that the alarm in There line identification output, the case where a plurality of at least one alarm of the alarm device is performing an alarm in the plurality of alarm devices by alarm by detecting the abnormality, the alarm that the alarm All When the former was in an alarm sequence of alarm that the alarm so that the user is identifiable, intends line identification output in all the alarm devices that the alarm.

The alarm system according to claim 2 is the alarm system according to claim 1, wherein at least one alarm device of the plurality of alarm devices detects the abnormality and issues the alarm. In the case where an alarm is issued in step S3, when all of the alarm devices that have issued the alarm are restored, the identification output is stopped after a predetermined time has elapsed since the alarm device that issued the alarm has been restored .

Further, the alarm system according to claim 3 is an alarm system for interlocking alarms of a plurality of alarm devices that detect an abnormality in a monitoring region and perform an alarm, and at least one alarm of the plurality of alarm devices. When a warning is given to the plurality of alarm devices by detecting and reporting the abnormality, it is determined that all of the alarm devices that have reported are no longer detecting the abnormality and recovered. Sometimes, at least one of the plurality of alarm devices is subjected to identification output so that the user can identify all of the alarm devices that have issued the alarm from among the plurality of alarm devices. In the case where two alarm devices are detecting and reporting the abnormality and performing alarms in the plurality of alarm devices, detection of the abnormality in some of the alarm devices that have issued the alarm is performed. When the state continues, other alarm devices that are all alarm devices in the alarm device that has issued the alarm and that are all alarm devices other than the one alarm device in the alarm device that has issued the alarm When the alarm is restored, the alarms of the other alarm devices and the alarms of the some alarm devices are temporarily stopped, and then the alarms of the other alarm devices and the alarms of the some alarm devices are resumed .

The alarm system of claim 4, an alarm in the alarm system according to claim 3, by at least one alarm before Symbol plurality of alarm devices are alarm detects the abnormality of the plurality When the alarm is being performed in the alarm device, when the abnormality detection state continues in the alarm device that is part of the alarm device that has issued the alarm, After the alarm of the alarm device and the alarm of the part of the alarm device are temporarily stopped, the alarm caused by the recovery of the other alarm device is performed on the alarm device of the part, and then the other alarm device Alarms and some alarms are resumed .

According to the alarm system of claim 1, when the whole of the alarm that alarm is restored, all parts of the alarm device which is the alarm from among the plurality of alarm devices so that the user becomes identifiable , since the identification output in all parts of the alarm device which is the alarm, after the alarm device that the alarm is restored even by the user to identify the alarm device and the alarm from among a plurality of alarm devices It is possible to easily identify the cause of the fire, the cause of the fire such as the progress of the fire, the cause of the misinformation and the non-fire report.
In addition, when all the alarms that have been issued are restored, the identification output is performed on all of the alarms that have been issued so that the user can identify the order in which the alarms have been issued. Even after the alarm has been restored, the user can identify the order of the alarm from the alarms, and the cause of the fire, such as the source of the fire or the progress of the fire, The cause of false or non-fire reports can be identified more easily.

Further, according to the alarm system of claim 2 , when all of the alarm devices that have issued are restored, the identification output is stopped after a predetermined time has elapsed since the alarm devices that have issued the alarm are restored. The identification output of the alarm device that issued the alarm can be automatically stopped, the user can save the trouble of stopping the identification output of the alarm device that issued the alarm, and the power consumption required for the identification output can be reduced. Can contribute.

Further, according to the warning system of claim 3, when all parts of the alarm device that alarm is restored, all parts of the alarm device which is the alarm from among the plurality of alarm devices users can be identified become such, since the identification output in all parts of those emitting report the alarm, after the alarm device that the alarm is recovered also the alarm user who the alarm from among a plurality of alarm devices It is possible to identify the source of the fire, the cause of the fire such as the progress of the fire, and the cause of the false or non-fire report.
In addition, when at least one of the plurality of alarm devices detects an abnormality and issues an alarm by issuing an alarm, some alarms in the alarm device that has issued the alarm When the abnormality detection state of the alarm is continued, it is an alarm device in the alarm device that issued the alarm, and all alarm devices other than the alarm device in the alarm device that issued the alarm When other alarm devices are restored, temporarily stop the alarms of the other alarm devices and the alarms of some of the alarm devices, and then restart the alarms of the other alarm devices and alarms of the other alarm devices Therefore, the user can easily grasp that the other alarm devices have been restored from the change in the alarm status of the some alarm devices.

Further, according to the alarm system of claim 4, after the alarm of the other alarm device and the alarm of the part of the alarm device are temporarily stopped, the alarm caused by the recovery of the other alarm device is issued. after the part of the alarm, since the resume alarm and alarm of the alarm device part the of the other alarm devices, after the alarm has been stopped temporarily, to the other alarm device is restored across the alarms caused by, or by the other alarm device alarm and the alarm part of the alarm is resumed, the other alarm devices of those emitting report the alarm is restored Whether or not can be identified.

1 is a system configuration diagram illustrating an overall configuration of an alarm system according to Embodiment 1. FIG. It is a schematic diagram which shows the external appearance of the residence guard which concerns on Embodiment 1, (a) shows a front view, (b) shows a side view. It is a block diagram which shows notionally the electrical structure of the residence guard which concerns on Embodiment 1. FIG. It is the flowchart which showed the flow of the interlocking alarm process which the some residence guard which concerns on Embodiment 1 performs. It is the flowchart which showed the fire monitoring process of each residence guard which concerns on Embodiment 1. FIG. It is the flowchart which showed the post-display process of each residence guard which concerns on Embodiment 1. FIG. It is the flowchart which showed the flow of the interlocking | linkage alarm process which the some residence guard which concerns on Embodiment 2 performs. It is the flowchart which showed the post-display process of each residence police device which concerns on Embodiment 2. FIG. It is the flowchart which showed the flow of the interlocking | linkage alarm process which the some residence guard which concerns on Embodiment 3 performs. It is the flowchart which showed the flow of the interlocking | linkage alarm process which the some residence guard which concerns on Embodiment 3 performs. It is the flowchart which showed the fire monitoring process of each residence police device which concerns on Embodiment 3. FIG.

  Embodiments of an alarm system according to the present invention will be described below in detail with reference to the accompanying drawings. However, the present invention is not limited by these embodiments. In addition, although the installation target and application target of the alarm system according to each embodiment are arbitrary, in the following, a wireless residential fire alarm (hereinafter referred to as “residential alarm”) that is installed in a house and communicates by radio signals. ”) Will be described as an example.

[Embodiment 1]
First, the first embodiment will be described. In this mode, after the interlocking source alarm device is restored, the alarm of the interlocking source alarm device is continued until a predetermined time elapses.

(Alarm system configuration)
First, an overview of the alarm system will be described. FIG. 1 is a system configuration diagram illustrating an overall configuration of an alarm system 1 according to the first embodiment. As shown in FIG. 1, in Embodiment 1, each of the rooms of the house 2 (in the figure, the bedroom, the living room, and the kitchen) has the housing alarms 10A to 10C (the housing alarms 10A to 10C are mutually connected). When it is not necessary to distinguish between them, a “residential guard 10” is generally installed). The home alarm device 10 detects an abnormality (in this case, a fire) that has occurred in a monitoring area, and transmits / receives an interlocking alarm signal (hereinafter, referred to as an alarm signal) and alarms. When the fire alarm 10 in any room detects the fire in that room, the fire alarm 10 issues a report. As described above, the alerting means that an alarm is output as a result of detecting an abnormality, and particularly indicates that the alarm alarm is linked. Moreover, the house alarm device 10 that has detected the fire wirelessly transmits an alarm signal to the house alarm devices 10 in other rooms. The house alarm device 10 in the other room that has received this alarm signal performs an interlocking alarm as the interlocking destination. As a result, a warning can also be given to the house alarm 10 in a room where no fire has occurred, and the user can be encouraged to respond. In the following, the “alarm device that issued the alarm” described in the claims is referred to as the interlocking home alarm device 10, and the “alarm device other than the alarm device that issued the alarm” is referred to as the interlocking home alarm device 10. Called. In addition, the interlocking source residence guard 10 is in the middle of the interlocking source residence guard 10 performing an alarm, or the interlocking source so that it can be visually identified that the interlocking source residence guard 10 is the interlocking source residence guard 10. It is assumed that the interlocking source display is performed until a predetermined time elapses after the alarm of the home alarm device 10 and the alarms of all of the interlocking destination home alarm devices 10 are stopped.

(Composition of the home alarm)
Next, the configuration of the residential alarm 10 will be described. 2A and 2B are schematic views showing the appearance of the home guard 10 according to Embodiment 1, FIG. 2A shows a front view, and FIG. 2B shows a side view.

  As shown in FIG. 2A and FIG. 2B, the home alarm device 10 includes a home alarm device body 11 serving as a basic structure. The material of the home alarm device main body 11 is arbitrary, and is formed of, for example, resin. Further, the housing alarm main body 11 is provided with a cover 12, an alarm stop switch 51, and a mounting hook 13.

  The cover 12 protects the interior of the home alarm device 10 and is provided on the front surface of the home alarm device body 11. A detection unit for detecting a fire is provided in the center of the cover 12, and for this reason, the cover 12 has a plurality of openings 12 a for introducing outside air (for example, air current including smoke or thermal air current) to the detection unit. Is provided. In addition, the cover 12 is provided with an acoustic hole 12b for emitting an alarm sound and a voice message output from a speaker 41 (described later) built in the house alarm 10 to the outside.

  The alarm stop switch 51 is for stopping the alarm of the residential alarm 10, and is provided on the lower side of the cover 12 so as to be exposed to the outside. An LED 42 is provided inside the alarm stop switch 51. The LED 42 displays an abnormality that has occurred in the monitoring area by lighting or blinking. When the LED 42 is operated, the alarm stop switch 51 transmits the light of the LED 42, so that the operating state of the LED 42 can be visually recognized from the outside.

  The attachment hook 13 is for attaching the home alarm device 10 to the wall surface of the house 2, and is provided on the upper back side of the home alarm device body 11. That is, the security guard 10 can be fixed to the wall surface by inserting a screw or the like (not shown) through the insertion hole provided in the central portion of the mounting hook 13 and screwing it into the wall surface.

(Electrical configuration of the home alarm)
Next, the electrical configuration of the residential alarm 10 will be described. FIG. 3 is a block diagram conceptually showing the electrical configuration of the residential alarm 10 according to the first embodiment. The home guard 10 includes a sensor unit 20, a radio circuit unit 30, a notification unit 40, an operation unit 50, a battery power source 60, a control unit 70, and a storage unit 80.

(Construction of the home alarm-sensor part)
The sensor unit 20 is a detection means for detecting a detection target such as a fire in the monitoring area where the residential alarm 10 is installed. The detection target and the detection principle of the detection target are arbitrary. For example, smoke or heat generated by a fire is a detection target, and an electronic element such as an infrared LED, a photodiode, or a thermistor is used to detect them. be able to.

  Here, the sensor unit 20 is configured to detect smoke and detect the generation of smoke accompanying a fire, and is configured to include a smoke detection unit 21 for this purpose. The smoke detector 21 is a smoke detector for detecting smoke. When the smoke concentration exceeds a predetermined level, the smoke detector 21 outputs a fire detection signal indicating that a fire has occurred. If the smoke concentration falls below a predetermined level after output, the output of the fire detection signal is stopped. That is, here, the sensor unit 20 includes a function as an abnormality determination unit (fire determination unit) that determines whether or not the smoke concentration exceeds a predetermined level. Of course, only the smoke detection signal (smoke density signal) may be output from the sensor unit 20 to the control unit, and an abnormality determination function based on the smoke detection signal may be provided on the control unit 70 side, for example.

  The radio circuit unit 30 performs radio communication between the home security device 10 and another home security device 10, and includes a transmission unit 31, a reception unit 32, and an antenna 33. The transmission unit 31 is a transmission unit that transmits an alarm signal or the like to the other residential alarm device 10 via the antenna 33. The receiving unit 32 is a receiving unit that receives the signal transmitted from the transmitting unit 31 of the other residence guard 10 via the antenna 33. The alarm device according to the present invention is not limited to the one that performs wireless communication, and can be similarly applied to an alarm device that performs wired communication.

  The notification unit 40 is an output unit that outputs an alarm or the like, and is an output unit that performs an identification output for making the house alarm device 10 distinguishable from other house alarm devices 10. The notification unit 40 includes, for example, a speaker 41 for outputting an interlocking source alarm and an interlocking destination alarm, which will be described later, and an LED 42 for displaying an abnormality or the like occurring in the monitoring area. Moreover, the alarm and the alerting method by the alerting | reporting part 40 are arbitrary, For example, you may change the kind of sound, a volume, etc. according to the interlocking | linkage origin alarm and the interlocking | linkage destination alarm mentioned later. In addition, regarding the display by the LED 42, the driving method and the display color can be appropriately changed according to the conditions.

  The operation unit 50 is an operation unit that receives various operations on the residential alarm 10 and includes the alarm stop switch 51 described above. This alarm stop switch 51 is an alarm stop operation accepting means for accepting an alarm stop operation of the residential alarm 10.

  The battery power source 60 is a power supply unit that supplies power to the residential alarm 10. Although the specific kind of this battery power supply 60 is arbitrary, an alkaline dry battery, a lithium battery, etc. are used, for example.

  The control unit 70 is a control unit that performs various types of control in the residential alarm 10. The specific configuration of the control unit 70 is arbitrary. For example, the control unit 70 can be configured as a CPU (Central Processing Unit) that calls a program stored in the storage unit 80 and executes analysis.

  The control unit 70 includes an interlocking alarm processing unit 71, a recovery determination unit 72, and an alarm stop processing unit 73 in terms of functional concept. The interlocking alarm processing unit 71 is an interlocking alarm processing unit that controls interlocking alarms between the dwelling alarm device 10 and the other dwelling alarm devices 10, and includes an interlocking source alarm processing unit 71a and a interlocking destination alarm processing unit 71b. Has been. When an abnormality is detected by the sensor unit 20, the interlocking source alarm processing unit 71 a outputs an alarm indicating the interlocking source (hereinafter referred to as a “linkage source alarm”) by the speaker 41, and fires and the like by the transmitting unit 31. It is the interlocking | linkage origin warning process means to which the warning signal to show is transmitted to the other residence warning device 10. The interlocking destination alarm processing unit 71b is an interlocking destination alarm processing unit that outputs an alarm indicating the interlocking destination (hereinafter referred to as an interlocking destination alarm) by the speaker 41 when an alarm signal is received from another dwelling alarm device 10.

  The recovery determination unit 72 is a recovery determination unit that determines whether or not the home alarm device 10 can be restored to the normal monitoring state after performing an interlocking source alarm by detecting an abnormality in the home alarm device 10. Here, when the housing alarm device 10 no longer detects an abnormality, that is, when the sensor unit 20 determines that the smoke concentration does not exceed the predetermined level for a predetermined period of time, it is restored. Is determined.

  The alarm stop processing unit 73 is an alarm stop processing unit that determines whether or not to perform the alarm stop of the house alarm device 10 based on the operation of the alarm stop switch 51.

  The storage unit 80 is a storage unit that stores a program and various data necessary for control by the control unit 70. The specific configuration of the storage unit 80 is arbitrary, and can be configured using a non-volatile storage medium such as a flash memory or an EPROM (Erasable Programmable Read Only Memory), for example.

  The storage unit 80 is provided with a memory 81. The memory 81 stores a transmission source code 81a and a state storage area 81b. The transmission source code 81a is an ID (identifier) that identifies the residence guard 10, and is a 26-bit code so as not to be duplicated as the same code in consideration of the number of residence guards 10 provided in the country, for example. A code is used. The state storage area 81b stores various occurrence events such as fire alarms, interlocking source alarms, reception of fire alarms from other home alarm devices 10, interlocking destination alarms, and alarm stoppages. Thereby, the residence guard 10 can enable state transition control for a newly generated event. The method for storing the generated event in the state storage area 81b is arbitrary. For example, a method for sequentially storing the generated event and a method for overwriting the current generated event on the previous generated event are applicable.

(Regarding the processing operation of the home alarm)
Next, the processing operation of the residential alarm 10 will be described. As shown in FIG. 1, the home alarm device 10A is installed in the bedroom, the home alarm device 10B is installed in the living room, and the home alarm device 10C is installed in the kitchen. First, an abnormality is detected by the home alarm device 10A. An example will be described. FIG. 4 is a flowchart showing the flow of the interlocking alarm process executed by the plurality of residential alarm devices 10A, 10B, and 10C according to the first embodiment. In the following description, “step” is abbreviated as “S”. Further, the step of the residential alarm 10A is abbreviated as “SA”, the step of the residential alarm 10B as “SB”, and the step of the residential alarm 10C as “SC”. In addition, events that occur during the operation of the home alarm devices 10A, 10B, and 10C are recorded in the state storage areas 81b of the storage units 80 by the control units 70.

  As shown in FIG. 4, when the sensor unit 20 of the home alarm device 10A detects an abnormality (fire) in the bedroom (SA1), an alarm signal is sent from the transmission unit 31 of the home alarm device 10A to the home alarm devices 10B and 10C. Is transmitted (SA2). This alarm signal is intermittently transmitted while the sensor unit 20 of the residential alarm device 10A detects an abnormality (hereinafter, SA2 and SC4 alarm signals of the second embodiment described later and implementation described later). The same applies to the alarm signals of SA3 and SC5 in form 3). The alarm signal includes a transmission source code 81 a stored in the memory 81 of the storage unit 80. Thereby, when the home alarm devices 10B and 10C receive the alarm signal, it is possible to specify that the source of the alarm signal is the home alarm device 10A (hereinafter referred to as SA6 of the first embodiment described later). The source code 81a is also included in the recovery signal, the SA2 and SC4 alarm signals in the second embodiment, the SA10 and SC7 recovery signals, the SA3 and SC5 alarm signals in the third embodiment, and the SA11 and SC8 recovery signals. ).

  Before and after SA2 or simultaneously with SA2, the home alarm device 10A outputs an interlocking source alarm through the speaker 41 and the LED 42 to notify the user in the bedroom of the abnormality in the bedroom (SA3). The specific output method of the interlock source alarm is arbitrary. For example, in the case of the home guard 10A, the home guard of the interlock source, such as “Please confirm that the home guard in the bedroom was activated” is displayed. A voice message including the installation position of the device 10A is repeatedly output. Further, together with the output of this voice message, in the home alarm device 10A, for example, the LED 42 once every 5 seconds can be visually identified that the home alarm device 10A is the interlocking home alarm device 10. Blinking is output repeatedly. In the first embodiment, for example, when the interlock source alarm is output, the blinking of the LED 42 is output so that the user can distinguish between the interlock source residence police device 10 and the interlock destination residence police device 10. However, when the interlocking destination alarm is output, the blinking of the LED 42 may not be output.

  On the other hand, when the receiving unit 32 of the home alarm devices 10B and 10C receives the alarm signal from the home alarm device 10A (SB1, SC1), the home alarm devices 10B and 10C have a bedroom for the user in the living room or kitchen. In order to notify the abnormality, an interlocking destination alarm is output by the speaker 41 (SB2, SC2). Although the operation method of the receiving unit 32 of the home alarm devices 10B and 10C is arbitrary, in order to reduce the power consumption of the battery power supply 60, for example, it is preferable to operate intermittently at a predetermined interval (hereinafter referred to as a housing). The receiving unit 32 of the alarm device 10A also operates in the same manner as the receiving units 32 of the residential alarm devices 10B and 10C). In addition, the specific output method of this interlocking destination alarm is arbitrary. For example, in the case of the house alarms 10B and 10C, it is interlocked as "Please check that the house alarm in the bedroom was activated". A voice message including the installation position of the original residence guard 10A is repeatedly output. In addition, the installation position of the interlocking home police 10A at this time is stored in advance in the storage unit 80 by associating the installation position of each residential policer 10 and the transmission source code 81 with each other. This can be done by referring to this information accordingly.

  Next, when the sensor unit 20 of the home alarm device 10A no longer detects an abnormality in the bedroom (SA4), the home alarm device 10A stops the interlocking source alarm (SA5), and the home alarm devices 10B and 10C In order to stop the interlocking destination alarm, a transmission recovery signal (hereinafter referred to as a recovery signal) is transmitted by the transmission unit 31 (SA6). Here, after the processing of SA4, the home alarm device 10A does not detect any abnormality, so the interlock source alarm may be simply stopped. However, in a state in which the alarms of all the house alarm devices 10 are stopped, it becomes difficult for the user to identify the house alarm device 10A that is the house alarm device 10 of the interlocking source afterwards. Therefore, after all of the interlocking source alarms or interlocking destination alarms of the home alarm devices 10A, 10B, and 10C are stopped, the user is the home alarm device 10 of the home alarm devices 10A, 10B, and 10C. In the residential alarm 10A, the interlock source display is output by the LED 42 so that it can be identified later (SA7). Then, after the elapse of a predetermined time from the process of SA7, it is assumed that the user has recognized that the home alarm device 10A is the home alarm device 10 of the interlocking source, and the interlocking source display is stopped in the home alarm device 10A (SA8). ). Although the specific output method of the interlocking source display is arbitrary, for example, in the residential alarm device 10A, the blinking of the LED 42 once every 5 seconds is continuously output for a predetermined time similarly to the processing of SA3. .

  On the other hand, when the receiving unit 32 of the home alarm devices 10B and 10C receives the restoration signal (SB3, SC3), the home alarm device 10 that outputs the alarm signal among the home alarm devices 10A, 10B, and 10C exists. Since it disappears, the interlocking destination alarm is stopped in the home alarm devices 10B and 10C (SB4, SC4). That is, when receiving the recovery signal, the home alarm devices 10B and 10C determine whether or not there is still one interlocking source home alarm device 10 that is transmitting the alarm signal. When the alarm device 10 does not remain, the interlocking destination alarm is stopped. This completes the interlocking alarm process.

(processing)
Next, various processes executed by the control unit 70 of the residential alarm 10 belonging to the alarm system 1 will be described. In the fire monitoring process, an alarm process is executed when the house alarm 10 detects an abnormality such as a fire. Moreover, in the residential alarm device 10 restored after the alarm process, a subsequent display process for performing an interlocking source display is performed. In these processes, it is assumed that the power supply of each residential alarm 10 is always ON, and it is possible to always execute each process according to the program stored in the storage unit 80. Note that the processing is performed by the control unit 70 unless otherwise specified.

(Processing-Fire monitoring processing)
First, the fire monitoring process will be described. FIG. 5 is a flowchart showing the fire monitoring process of each residential alarm 10 according to the first embodiment. First, in order to determine whether or not an abnormality has been detected in the room in which the home alarm device 10 is installed, the control unit 70 causes the sensor unit 20 to perform a monitoring operation on the room (SD1). In the subsequent processing, the interlock source alarm processing (mainly the processing of SD2 to SD7 performed by the interlock source alarm processing unit 71a) that is an alarm processing performed when the house alarm device 10 detects an abnormality, and other home police Interlocking destination alarm processing (processing mainly SD8 to SD12, SD14 performed by the interlocking destination alarm processing unit 71b) that is an alarm processing performed when the device 10 detects an abnormality, and the interlocking source alarm processing when the interlocking source alarm processing is performed. The post-display process (SD13) for making the house alarm device 10 that can be identified identifiable.

  Here, when the smoke concentration in the room exceeds a predetermined level and a fire detection signal is output from the smoke detector 21 of the sensor unit 20, it is considered that the residential alarm 10 has detected an abnormality. Therefore (SD1, Yes), the interlocking source alarm processing unit 71a transmits an alarm signal to the other home alarm device 10 by the transmitting unit 31 in order to output the interlocking destination alarm to the other home alarm device 10. (SD2). At the same time, the interlocking source alarm processing unit 71a causes the speaker 41 to output an interlocking source alarm to notify the user in the room of the abnormality of the room (SD3). In addition, while the smoke detector 21 outputs the fire detection signal, the interlocking source alarm processing unit 71a causes the transmission unit 31 to repeatedly transmit the alarm signal to the other residential alarm devices 10 every predetermined time. In addition, while the smoke detector 21 of the sensor unit 20 outputs a fire detection signal, the control unit 70 allows the user to visually identify that the house alarm device 10 is the interlocking house alarm device 10. As described above, the LED 42 provided behind the alarm stop switch 51 may be turned on or blinked.

  After the process of SD3, for example, it is considered that the abnormality that has occurred in the room due to a fire extinguishing activity or the like by the user is eliminated. Next, the recovery determination unit 72 determines whether to stop the interlock source alarm I do. For example, the restoration determination unit 72 determines whether or not it is necessary to restore the house alarm device 10 to the normal monitoring state (automatic restoration) based on whether or not an abnormality has occurred in the room (SD4). Since it is considered that the interlocking source alarm is stopped when the user operates the alarm stop switch 51, the alarm stop processing unit 73 determines whether to stop the interlocking source alarm based on the presence or absence of an instruction to stop the alarm. It may be determined whether or not, but here, it is assumed that the processing is performed excluding the matter.

  Specifically, the restoration determination unit 72 determines whether or not it is necessary to restore the home alarm device 10 based on the presence or absence of a fire detection signal output from the smoke detector unit 21 of the sensor unit 20. Here, when the fire detection signal is not output from the smoke detector 21 of the sensor unit 20, it is considered that the house alarm 10 has not detected an abnormality (SD 4, Yes), so the recovery determination unit 72. Determines that the dwelling device 10 should be restored. In response to this determination, the interlocking source alarm processing unit 71a stops the interlocking source alarm output from the speaker 41 (SD5), and also stops the interlocking destination alarm with respect to the other residential alarm devices 10. A recovery signal is transmitted (SD6). After that, the interlocking source alarm processing unit 71a executes the interlocking source alarm process by the transition from the interlocking destination alarm process that was performed before (SD10, executed by the transition from Yes to SD2). If it has been changed), considering whether it is necessary to shift to interlocking destination alarm processing or not, whether or not it has shifted from interlocking destination alarm processing to interlocking source alarm processing (whether or not it has shifted from SD9 to SD2) ) Is determined (SD7). And when it transfers from a interlocking destination alarm process to a interlocking source alarm process (SD7, Yes), it transfers to SD11 of a interlocking destination alarm process. On the other hand, when it has not shifted from the interlocking destination alarm process to the interlocking source alarm process (No in SD7), the post-display process (SD13) is performed, and the process returns to SD1. This post-display process will be described later.

  Moreover, when the fire detection signal is continuously output from the smoke detector 21 of the sensor unit 20, it is considered that the house alarm device 10 has detected an abnormality (SD 4, No), so the recovery determination unit 72. Determines that the housing alarm 10 should not be restored. Upon receiving this determination, the interlocking source alarm processing unit 71a returns to SD2 and continues to output the interlocking source alarm by the speaker 41. In this case, the interlocking source alarm is repeated until it is determined to be restored in SD4. For example, when the alarm stop switch 51 is operated by the user while the processes of SD2 to SD4 are being repeated. The interlocking source alarm processing unit 71a may stop the interlocking source alarm (not shown).

  On the other hand, in SD1, if the smoke concentration in the room falls below a predetermined level and the fire detection signal is not output from the smoke detection unit 21 of the sensor unit 20, the residential alarm 10 detects an abnormality. Since it is thought that it is not (SD1, No), in order to discriminate | determine whether the other housing alarm device 10 has detected abnormality, the control part 70 is transmitted from the other housing alarm device 10 by the receiving part 32. It is monitored whether or not the received alarm signal has been received (SD8).

  Here, when an alarm signal is received from the other residential alarm 10 by the receiving unit 32 (specifically, it indicates that the control unit 70 determines that the signal is valid by signal analysis) (SD8, Yes) ) Since it is considered that the other house alarm device 10 has detected an abnormality, the interlocking destination alarm processing unit 71b generates an abnormality in the other room (here, the bedroom) with respect to the user in the room. In order to notify that there is, the interlocking destination alarm is output by the speaker 41 (SD9). On the other hand, when the warning signal is not received from the other residential alarm device 10 by the receiving unit 32 (No in SD8), it is considered that the other residential alarm device 10 has not detected an abnormality. The processing unit 71b returns to SD1.

  Next, even when the interlocking destination alarm is being output, the control unit may switch the interlocking destination alarm to the interlocking source alarm when an abnormality is detected in the room in which the house alarm device 10 is installed. 70 causes the sensor unit 20 to execute a monitoring operation of the room (SD10). Here, when the smoke concentration in the room exceeds a predetermined level and a fire detection signal is output from the smoke detector 21 of the sensor unit 20, it is considered that the residential alarm 10 has detected an abnormality. Therefore (SD10, Yes), the interlocking source alarm processing unit 71a shifts to SD2 and causes the transmission unit 31 to transmit an alarm signal to the other residential alarm device 10 (SD2).

  On the other hand, when the fire detection signal is not output from the smoke detection unit 21 of the sensor unit 20, it is considered that the house alarm device 10 has not detected an abnormality (No in SD10), and is output at that time. The necessity of continuing the linked alarm is determined. That is, after the process of SD7, for example, it may be possible that the abnormality that has occurred in another room is eliminated due to a fire extinguishing activity or the like by the user, for example, the recovery determination unit 72 determines whether to stop the interlocking destination alarm. I do. For example, the recovery determination unit 72 is based on the presence or absence of reception of a recovery signal transmitted from the other mortgage guard 10 (specifically, indicates the validity / invalidity determination by the signal analysis performed by the control unit 70). Then, it is determined whether or not the other home alarm device 10 has been restored (SD11).

  Specifically, the recovery determination unit 72 determines whether or not a recovery signal has been received from all of the other home alarm devices 10 that are transmitting the alarm signal. Here, when the recovery signal is received from all of the other home alarm devices 10 that are transmitting the alarm signal (SD11, Yes), an abnormality is detected in any of the other home alarm devices 10. Therefore, the interlocking destination alarm processing unit 71b stops the interlocking destination alarm output from the speaker 41 (SD12). Here, when the interlocking source alarm processing unit 71a has been executed by the transition from the interlocking source alarm process that was performed before (SD7, by the transition from Yes to SD11) Considering the point that the post-display process (SD13) needs to be performed if it has been executed), whether the transition from the linkage source alarm process to the linkage destination alarm process (whether the transition from SD7 to SD11) (SD14). Then, when it is not shifted from the interlock source alarm process to the interlock destination alarm process (SD14, No), it is not necessary to perform the post-display process (SD13), so the process returns to SD1 and the interlock source alarm process is changed to the interlock destination alarm. When the process is shifted (SD14, Yes), a post-display process (SD13) is performed. In addition, although the specific method of determining whether the recovery signal is received from all the other residence police devices 10 which are transmitting the warning signal is arbitrary, for example, the recovery determination part 72 is the receiving part 32. May be stored in the state storage area 81b of the storage unit 80 and collated as necessary. .

  In the process of SD11, when it is determined that the restoration signal has not been received from all of the other home alarm devices 10 that are transmitting the alarm signal (No in SD11), at least one of the other home alarm devices 10 is received. The linkage destination alarm processing unit 71b returns to SD9 in order to continue outputting the linkage destination alarm by the speaker 41. In this case, the interlocking destination alarm is repeated until it is determined to be restored in SD11. For example, the alarm stop switch 51 is operated by the user while the processes of SD1 and SD9 to SD11 are being repeated. When the alarm stop signal is received from the home interlock device 10 of the predetermined interlock source, the interlock destination alarm processing unit 71b may stop the interlock destination alarm (not shown). When the recovery signal is received from the home alarm device 10 of any interlocking source in the process of SD11, the interlocking destination alarm processing unit 71b may once stop the interlocking destination alarm and return to SD1. . After that, when the alarm signal is re-received from the remaining home alarm device 10 by the receiving unit 32 through the processing of SD1 (No) and SD8 (Yes) again, the interlocking destination alarm processing unit 71b is The interlocking destination alarm is output again by the speaker 41 (SD9). Of course, when a fire detection signal is output from the smoke detector 21 of the sensor unit 20 during the process of SD1, the interlocking source alarm processing unit 71a performs the processes of SD2 to SD7.

(Processing-Post-display processing)
Next, the post-display process that is the final step of the fire monitoring process in FIG. 5 will be described. FIG. 6 is a flowchart showing the post-display processing of each residence guard 10 according to the first embodiment. In the process of FIG. 6, the interlocking source alarm processing unit 71a causes the LED 42 to output a interlocking source display (SE1). Thereby, even after all the interlocking source alarms or the interlocking destination alarms of the housing police device 10 or other housing police devices 10 are stopped, the housing police device 10 is identified as the interlocking source housing police device 10. can do.

  Next, after a lapse of a predetermined time from the processing of SE1 (SE2, Yes), the interlocking source alarm processing unit 71a determines that the corresponding home alarm device 10 is the home alarm device 10 of the interlocking source, The original display is stopped (SE3). Thus, the post-display process is terminated and the process returns to the process of FIG. The interlocking source display can be stopped by any method. For example, the interlocking source alarm processing unit 71a may stop the interlocking source display by an operation of stopping the interlocking source display by the alarm stop switch 51. At this time, the period for accepting the stop of the interlocking source display by the alarm stop operation may be within a predetermined time of SE2 or a time set separately. In other words, in this way, the interlocking source display can be stopped by the user's intention even before the predetermined time of SE2.

(Regarding the interlocking source alarm processing of the home alarm device 10A)
Next, as the interlocking source alarm processing of the home alarm device 10A, the processing of SA1 to SA8 shown in FIG. 4, the processing of SD1 to SD7 and SD13 shown in FIG. 5, and the processing of SE1 to SE3 shown in FIG. I will explain.

  First, when it is detected that an abnormality has occurred in the bedroom where the residential alarm 10A is installed (SA1) (SD1, Yes), the interlocking source alarm processing unit 71a causes the transmission unit 31 to transmit an alarm signal ( SA2, SD2), the interlocking source alarm is output by the speaker 41 (SA3, SD3).

  Here, until the process of SA4 is reached, the control unit 70 repeats the processes of SD2 to SD4. For example, after the process of SD3, the recovery determination unit 72 determines whether or not an abnormality has been detected (SD4). If it is determined that an abnormality has been detected (SD4, No), the process returns to SD2.

  Thereafter, the recovery determination unit 72 determines whether or not recovery is necessary based on the presence or absence of abnormality detection (SD4), and if it is determined that there is no abnormality detection and should be recovered (SA4) (SD4, Yes), interlocking The former alarm processing unit 71a stops the interlocking former alarm (SA5, SD5), and transmits a restoration signal to the residential alarm devices 10B, 10C (SA6, SD6). Thereafter, in this process, since the interlocking destination alarm process is not shifted to the interlocking source alarm process (No in SD7), a post-display process is performed (SD13).

  In the subsequent display process, the interlocking source alarm processing unit 71a causes the LED 42 to output the interlocking source display (SA7, SE1). Then, after a predetermined time has elapsed from the processing of SE1 (SE2, Yes), the link source display is stopped (SA8, SE3), and the process returns to SD1.

(Regarding the interlocking destination alarm processing of the home alarm device 10B)
Next, as the interlocking destination alarm process of the home alarm device 10B, the processes of SB1 to SB4 shown in FIG. 4 and the processes of SD1, SD8 to SD12, and SD14 shown in FIG. In addition, since the interlocking | linkage destination alarm process of 10C of residence guards is the same as the interlocking | linkage destination alert process of 10B of residence police, description is abbreviate | omitted.

  First, when it is detected that no abnormality has occurred in the living room where the home alarm device 10B is installed (SD1, No), the control unit 70 has received an alarm signal from the home alarm devices 10A and 10C. Whether or not is monitored (SD8). Here, when an alarm signal is received from the home alarm device 10A (SB1) (SD8, Yes), the interlocking destination alarm processing unit 71b causes the speaker 41 to output an interlocking destination alarm (SB2, SD9).

  Next, the control unit 70 causes the sensor unit 20 to perform the monitoring operation of the room (SD10), and when the fire detection signal is not output from the smoke detection unit 21 of the sensor unit 20 (SD10, No), the interlocking destination alarm process The unit 71b determines whether or not a recovery signal has been received from the residential alarm 10A (SD11). And until this recovery signal is received, the control part 70 repeats the process of SD9-SD11. When the receiving unit 32 receives the recovery signal from the housing alarm device 10A, the recovery determining unit 72 determines that the recovery signal has been received from all the housing alarm devices 10 that are transmitting the alarm signal (SB3) (SD11, Yes). ), The interlocking destination alarm processing unit 71b stops the interlocking destination alarm (SB4, SD12). Then, it is determined whether or not the interlocking source alarm process has shifted to the interlocking destination alarm process (SD14), but here, since the interlocking source alarm process has not shifted to the interlocking destination alarm process (SD14, No), SD1 Return to.

(effect)
As described above, according to the first embodiment, when all or a part of the interlocking home police device 10 is restored, all or one of the interlocking source home police devices 10 is selected from the plurality of home police devices 10. So that the user can identify the part and / or the user can identify all or part of the restored home alarm device 10 after outputting the interlocking source alarm from among the plurality of home alarm devices 10 In addition, since the identification output is performed in the plurality of residence guards 10, even after the linkage source residence guard 10 is restored, the user can select the linkage origin residence guard 10 from the plurality of residence guards 10. It is possible to easily identify the cause of the fire, the cause of the fire such as the progress of the fire, or the cause of the non-fire or misinformation.

  In addition, when all or a part of the interlocking home security device 10 is restored, the identification output is stopped after a lapse of a predetermined time from the recovery of the interlocking source residential security device 10, so The identification output of the device 10 can be automatically stopped, the user can save time and effort to stop the identification output of the interlocking home security device 10, and the power consumption required for the identification output can be reduced. Can contribute.

[Embodiment 2]
Next, a second embodiment will be described. In this form, after a plurality of interlocking source alarm devices are restored, the interlocking source display is output so that the user can identify the alerting order of these alarming devices. In addition, about the component similar to Embodiment 1, the same code | symbol or name as used in Embodiment 1 is attached | subjected as needed, and the description is abbreviate | omitted.

(overall structure)
The alarm system 1 according to the second embodiment can be configured in substantially the same manner as the alarm system 1 according to the first embodiment shown in FIG. 1, and includes a control unit 70, a linked alarm processing unit 71, a linked source alarm processing unit 71a, and a linked destination. Since only the control content described later of the alarm processing unit 71b and the recovery determination unit 72 is different, description of the configuration is omitted.

(Regarding the processing operation of the home alarm)
Next, the processing operation of the residential alarm 10 will be described. In the alarm system 1 shown in FIG. 1, a case where an abnormality is first detected by the home alarm device 10A and then an abnormality is detected by the home alarm device 10C will be described as an example. FIG. 7 is a flowchart showing the flow of the interlocking alarm process executed by the plurality of residential alarm devices 10A, 10B, and 10C according to the second embodiment. However, SA1 to SA3, SB1, SB2, SC1, and SC2 in FIG. 7 in this interlocking alarm process are the same as SA1 to SA3, SB1, SB2, SC1, and SC2 in the process of the first embodiment shown in FIG. Therefore, the description is omitted.

  After the processing of SA3, SB2, and SC2, when the sensor unit 20 of the home alarm device 10C detects an abnormality in the kitchen (SC3), an alarm signal is transmitted from the transmission unit 31 of the home alarm device 10C to the home alarm devices 10A and 10B. (SC4). At the same time, the interlocking source alarm is output by the speaker 41 in the residential alarm 10C (SC5). Here, in the residential alarm device 10C, the interlocking destination alarm is output in the process of SC2, but in order to give priority to notifying the user in the kitchen of the abnormality of the kitchen, the speaker 41 uses the interlocking source. Only an alarm is output. Therefore, for example, in the home alarm 10C, the voice message up to that point is “Installation of the home alarm 10C that became the interlocking source, such as“ Please confirm that the home alarm in the kitchen was activated ”. Is switched to a voice message containing Further, together with the output of this voice message, the LED 42 blinks once every 5 seconds, for example, so that the alarm 10C can be visually identified as the interlocking source alarm 10 Is repeatedly output.

  On the other hand, the home alarm devices 10A and 10B receive the alarm signal from the home alarm device 10C (SA4 and SB3). Here, the home alarm device 10A is in a state in which an interlocking destination alarm can be output. However, the interlocking source alarm is continuously output after the processing of SA3, and the user of the bedroom is informed of the bedroom. Since it is preferable to give priority to notifying the abnormality, the interlocking source alarm is continuously output by the speaker 41 (SA5). Further, since the interlocking destination alarm is output in the process of SB2 in the home alarm device 10B, the interlocking destination alarm is subsequently output (SB4). Although the specific output method of this interlocking destination alarm is arbitrary, in order to notify the user in the living room of an abnormality in the bedroom and the kitchen, for example, in the housing alarm device 10B, “Woo Woo. Check that it has been activated ”and“ Woo Woo, the kitchen resident alarm has been activated. ”The voice message including the installation location of the resident alarm 10A that is the linking source, and the linking source And the voice message including the installation position of the home alarm device 10C are alternately and repeatedly output.

  Next, when the sensor unit 20 of the residential police device 10C no longer detects an abnormality in the bedroom (SC6), the residential police device 10C stops the interlocking source alarm (SC7), and then the residential police device 10A, 10B In order to stop the interlocking destination alarm, the transmitting unit 31 transmits a recovery signal (SC8). However, since the alarm signal is continuously received from the residential alarm 10A in the residential alarm 10C after the process of SC4, the interlocking destination alarm is output by the speaker 41 (SC9). For example, in the home alarm 10C, the voice message up to that point included the installation position of the home alarm 10A that is the interlocking source, such as “Please check that the home alarm in the bedroom was activated”. Switch to voice message and output repeatedly.

  On the other hand, the receiving unit 32 of the home alarm devices 10A and 10B receives the restoration signal (SA6, SB5), but in the home alarm device 10A, the interlocking source alarm is continuously output by the speaker 41 as in the processing of SA5. (SA7). Moreover, since the alarm signal is continuously received from the resident alarm 10A after the process of SB1 in the resident alarm 10B, the interlocking destination alarm is continuously output by the speaker 41 (SB6). At this time, the voice message is repeatedly output and switched to only the voice message including the installation position of the home alarm 10A as the interlocking source, such as “Please check that the house alarm in the bedroom was activated”. The voice message including the installation position of the home alarm 10C, “Wu Woo check that the home alarm in the kitchen has been activated” is not output.

  Thereafter, when the sensor unit 20 of the home alarm device 10A no longer detects an abnormality in the bedroom (SA8), the home alarm device 10A stops the interlocking source alarm (SA9), and the housing alarm devices 10B and 10C In order to stop the interlocking destination alarm, a transmission signal is transmitted by the transmission unit 31 (SA10). Further, in the home alarm device 10A, the fact that the home alarm device 10A was the interlocking home alarm device 10 and that the alerting order of the home alarm device 10A was the first are shown by the user. The link source display (hereinafter referred to as the first link source display) is output by the LED 42 (SA11). Then, after a predetermined time has elapsed from the process of SA11, the first interlocking source display is stopped in the housing policer 10A, assuming that the user has recognized that the housing guard 10A was the interlocking home guard 10. (SA12). Although the specific output method of this 1st interlocking | linkage origin display is arbitrary, for example, in 10 A of residence police, in order to identify that the alerting order of the said residence police 10A is 1st, it is 5 seconds. The LED 42 blinks once every time for a predetermined time.

  On the other hand, when the receiving unit 32 of the home alarm devices 10B and 10C receives the restoration signal (SB7, SC10), the interlocking destination alarm is stopped in the home alarm devices 10B and 10C (SB8, SC11). In addition, since the interlocking source alarm is output in the process of SC5 in the housing alarm device 10C, the housing alarm device 10C was the interlocking source housing alarm device 10, and the housing alarm device 10C A link source display (hereinafter, referred to as a second link source display) is output by the LED 42 so that the user can identify later that the report order is second (SC12). Then, after the elapse of a predetermined time from the processing of SC12, the second interlocking source display is stopped in SC 11C (SC13). In addition, although the specific output method of a 2nd interlocking | linkage origin display is arbitrary, for example, in 10 C of residence police, in order to identify that the alerting order of the said residence police 10C is 2nd, 5 The blinking of the LED 42 twice per second is continuously output for a predetermined time. This completes the interlocking alarm process.

(processing)
Next, a process executed by the control unit 70 of the residential alarm 10 belonging to the alarm system 1 will be described. In the process of the alarm system 1 according to the second embodiment, a fire monitoring process is performed, and a post-display process is performed in the fire monitoring process. The fire monitoring process is substantially the same as the fire monitoring process of the first embodiment, but this post-display process is partly different from the post-display process of the first embodiment. Therefore, in the following, description of the fire monitoring process is omitted, and only the post-display process is described.

(Processing-Post-display processing)
FIG. 8 is a flowchart of the post-display processing according to the second embodiment. However, SE2 to SE4 in the alarm system 1 are the same as SE1 to SE3 in the post-display processing of the first embodiment shown in FIG.

  First, the interlocking source alarm processing unit 71a identifies the alerting order of the dwelling alarm device 10 (SE1). The specific method for specifying the issue order is arbitrary, but, for example, from the occurrence event stored in the state storage area 81b and the time information for specifying the time when the occurrence event occurred, the linkage source alarm processing unit 71a may collate the transmission time of the alarm signal with the reception time of the alarm signal, and specify the issue order based on the temporal relationship between these alarm signals. In addition, for example, when an occurrence event is recorded in the state storage area 81b, the notification order can be specified by associating the storage area with the occurrence order. And when the warning signal is not received from the other residence warning device 10, the interlocking | linkage origin warning process part 71a specifies the notification order of the said residence warning device 10 as the 1st. Next, the interlocking source alarm processing unit 71a causes the LED 42 to output the interlocking source display by the above-described method that enables the user to identify the reporting order based on the specified reporting order (SE2).

(Regarding the interlocking source alarm processing of the home alarm device 10A)
Next, as the interlocking source alarm process of the home alarm device 10A, the processes of SA1 to SA12 shown in FIG. 7, the processes of SD1 to SD7 and SD13 shown in FIG. 5, and the processes of SE1 to SE4 shown in FIG. To do. However, the relationship between SA1 to SA3 in FIG. 7 and SD1 to SD4 in FIG. 5 in this interlocking source alarm processing is the relationship between SA1 to SA3 in the processing in Embodiment 1 shown in FIG. 5 and SD1 to SD4 in FIG. The description thereof will be omitted.

  Even when an alarm signal is received from the residential alarm device 10C after the processing of SA3 (SA4), the interlock source alarm processing unit 71a of the home alarm device 10A continues to output only the interlock source alarm (SA5). ).

  Here, the control unit 70 repeats the processes of SD2 to SD4 until the process of SA8 is reached. For example, even after the process of SA5, even when the recovery signal is received from the residential alarm device 10C that is transmitting the alarm signal (SA6), the interlocking source alarm processing unit 71a of the home alarming device 10A generates the interlocking source alarm. Continue to output (SA7, SD3).

  Thereafter, the recovery determination unit 72 determines whether or not recovery is necessary based on the presence or absence of abnormality detection (SD4), and if it is determined that there is no abnormality detection and should be recovered (SA8) (SD4, Yes), interlocking The former alarm processing unit 71a stops the interlocking former alarm (SA9, SD5), and transmits a restoration signal to the residential alarm devices 10B, 10C (SA10, SD6). Thereafter, in this process, since the interlocking destination alarm process is not shifted to the interlocking source alarm process (No in SD7), a post-display process is performed (SD13).

  In this post-display processing, the interlocking source alarm processing unit 71a performs the alerting order of the home alarm device 10A based on the event information generated by the home alarm device 10A stored in the state storage area 81b as in the first embodiment. Is identified as the first (SE1), and the first interlock source display is output by the LED 42 (SA11, SE2). Then, after a predetermined time has elapsed from the processing of SE2 (SE3, Yes), the first interlocking source display is stopped (SA12, SE4), and the process returns to SD1. At this time, the period for accepting the stop of the interlocking source display by the alarm stop operation may be within a predetermined time of SE2 or a time set separately. In other words, in this way, the interlocking source display can be stopped by the user's intention even before the predetermined time of SE2. The event occurrence history information stored in the state storage area 81b may be cleared when returning to SD1.

(Regarding the interlocking destination alarm processing of the home alarm device 10B)
Next, as the interlocking destination alarm process of the home alarm device 10B, the processes of SB1 to SB8 shown in FIG. 7 and the processes of SD1, SD8 to SD12, and SD14 shown in FIG. However, the relationship between SB1, SB2 and SD1, SD8, SD9 shown in FIG. 5 in this interlocking destination alarm processing is the same as SB1, SB2 in the processing of Embodiment 1 shown in FIGS. 4 and 5 and SD1, SD8 in FIG. Since this is the same as the relationship with SD9, the description thereof is omitted.

  After the processing of SB2 and SD9, when an alarm signal is received from the residential alarm 10C (SB3. In FIG. 5, the steps for receiving the alarm signal are not specified during the repetition of SD9 to SD11. Even during this repetition, the presence / absence of an alarm signal is determined, and if it is received, a process is performed to identify the resident alarm device that has transmitted the received alarm signal). The interlocking destination alarm is continuously output by the speaker 41 (SB4, SD9). However, here, for example, an interlocking destination alarm is output so that the user can recognize that the home alarm device 10C has been added as the interlocking destination.

  Thereafter, the control unit 70 causes the sensor unit 20 to execute the monitoring operation of the room (SD10), but here, since the fire detection signal is not output from the smoke detection unit 21 of the sensor unit 20 (SD10, No), The process proceeds to step SD11 while continuing the linkage destination alarm. Here, when the recovery signal is received from the residential alarm device 10C that is transmitting the alarm signal (SB5), the recovery determination unit 72 is configured from all of the residential alarm devices 10 that are transmitting the alarm signal (here, the residence signal). It is determined whether or not the recovery signal of the alarm devices 10A and 10C has been received (SD11), but since it is determined that the recovery signal has not been received from all of the residential alarm devices 10 (SD11, No) The interlocking destination alarm processing unit 71b continuously outputs the interlocking destination alarm by the speaker 41 (SB6, SD9). However, here, for example, an interlocking destination alarm is output so that the user can recognize that the interlocking destination is only the residential alarm 10A.

  Subsequently, when a recovery signal is received from the housing police device 10A that is transmitting the warning signal (SB7), the recovery determination unit 72 returns the recovery signal from all of the housing police device 10 (here, from the housing police device 10A). Is again determined (SD11). Here, since it is determined that the recovery signal has been received from all of the residential alarm devices 10 (SD11, Yes), the interlocking destination alarm processing unit 71b stops the interlocking destination alarm (SB8, SD12). Then, it is determined whether or not the interlocking source alarm process has shifted to the interlocking destination alarm process (SD14), but here, since the interlocking source alarm process has not shifted to the interlocking destination alarm process (SD14, No), SD1 Return to.

(About interlocking destination alarm processing of the residential alarm 10C)
Next, as the interlocking destination alarm processing of the home alarm device 10C, the processing of SC1 to SC13 shown in FIG. 7 and the processing of SD1 to SD14 shown in FIG. However, the relationship between SC1, SC2 in FIG. 7 and SD1, SD8, SD9 in FIG. 5 in this interlocking destination alarm processing is the same as SB1, SB2 in FIG. 4 and SD1, SD8, SD9 in FIG. And the description thereof is omitted.

  After the processing of SC2 and SD9, when a fire detection signal is output from the smoke detector 21 of the sensor unit 20 (SC3) (SD10, Yes), the interlocking source alarm processing unit 71a of the residential alarm 10C alerts the transmission unit 31. A signal is transmitted (SC4, SD2), and an interlocking source alarm is output by the speaker 41 instead of the interlocking destination alarm (SC5, SD3).

  Here, the control unit 70 repeats the processes of SD2 to SD4 until the process of SC6 is reached. For example, after the process of SD3, the recovery determination unit 72 determines whether or not an abnormality has been detected (SD4). If it is determined that an abnormality has been detected (SD4, No), the process returns to SD2.

  Thereafter, the recovery determination unit 72 determines whether or not recovery is necessary based on the presence or absence of abnormality detection (SD4), and if it is determined that there is no abnormality detection and should be recovered (SC6) (SD4, Yes), interlocking The former alarm processing unit 71a stops the interlocking former alarm (SC7, SD5) and transmits a recovery signal to the residential alarm devices 10A, 10B (SC8, SD6). Thereafter, in this process, since the interlocking destination alarm process is shifted to the interlocking source alarm process (SD7, Yes), the process proceeds to SD11. Here, the interlocking destination alarm processing unit 71b determines whether or not a recovery signal has been received from the home alarm device 10A (SD11). Until this recovery signal is received, the control unit 70 repeats the processing from SD9 to SD11 to output a linkage destination alarm (SC9, SD9). After that, when the receiving unit 32 receives the recovery signal from the residential alarm 10A, the recovery determination unit 72 determines that the recovery signal has been received from all of the residential alarms 10 that are transmitting the alarm signal (SC10) (SD11 , Yes), the interlocking destination alarm processing unit 71b stops the interlocking destination alarm (SC11, SD12). Then, it is determined whether or not the interlocking source alarm process has shifted to the interlocking destination alarm process (SD14), but here, since the interlocking source alarm process has shifted to the interlocking destination alarm process (SD14, Yes), the post facto Display processing is performed (SD13).

  In the subsequent display process, the interlocking source alarm processing unit 71a causes the LED 42 to output the interlocking source display (SC12, SE1). Then, after a predetermined time has elapsed from the processing of SE1 (SE2, Yes), the link source display is stopped (SC13, SE3), and the process returns to SD1.

(effect)
As described above, according to the second embodiment, when all or a part of the interlocking source house alarm device 10 is restored, the user can identify the order of notification of the interlocking source house alarm device 10. Since the identification output is performed in the interlocking source house alarm device 10, even after the interlocking source house alarm device 10 is restored, the user can select the interlocking source house alarm device 10 from among the plurality of house alarm devices 10. The order of notification can be identified, and the cause of fire, the cause of fire such as the progress of fire, or the cause of non-fire and misinformation can be identified more easily.

[Embodiment 3]
Next, Embodiment 3 will be described. In this form, after a plurality of interlocking source alarm devices are restored, the alarm is stopped so that the user can distinguish between the interlocking source alarm device and the interlocking destination alarm device. In addition, about the component similar to Embodiment 2, the same code | symbol or name as used in Embodiment 2 is attached | subjected as needed, and the description is abbreviate | omitted.

(overall structure)
The alarm system 1 according to the third embodiment can be configured in substantially the same manner as the alarm system 1 according to the first embodiment shown in FIG. 1, and includes a control unit 70, a linked alarm processing unit 71, a linked source alarm processing unit 71a, and a linked destination. Since only the control content described later of the alarm processing unit 71b and the recovery determination unit 72 is different, description of the configuration is omitted.

(Regarding the processing operation of the home alarm)
Next, the processing operation of the residential alarm 10 will be described. As in the second embodiment, in the alarm system 1 shown in FIG. 1, a case where an abnormality is first detected by the residential alarm 10A and then an abnormality is detected by the residential alarm 10C will be described as an example. 9 and 10 are flowcharts showing the flow of the interlocking alarm process executed by the plurality of residential alarm devices 10A, 10B, and 10C according to the third embodiment. However, SA1, SA4 to SA6, SA9, SB1 to SB8, SC1 to SC3, SC6, SC7, SC10, and SC11 in FIGS. 9 and 10 in this interlocking alarm process are the same as those in the process of the second embodiment shown in FIG. Since SA1, SA4 to SA6, SA8, SB1 to SB8, SC1 to SC3, SC6, SC7, SC10, and SC11 are the same, description thereof is omitted.

  After the processing of SA1, the home alarm device 10A outputs an interlocking source alarm through the speaker 41 (SA2). Further, in the home alarm device 10A, an alarm signal is transmitted from the transmission unit 31 to the home alarm devices 10B and 10C. In the third embodiment, the home alarm device 10A is the home alarm device 10 that is the interlocking source. An alarm signal is transmitted after a predetermined delay time has elapsed from the processing of SA2 (SA3). As a result, the interlocking source alarm of the home alarm device 10A is output at least a predetermined time earlier than the interlocking destination alarms of the home alarm devices 10B and 10C output in the processes of SB2 and SC2. That is, since a warning is output only from the residence guard 10A at least for a predetermined time, the user can easily identify that the residence guard 10A is the interlocking residence guard 10.

  Here, the delay time until the alarm signal is transmitted after the processing of SA2 is an appropriate time according to this purpose (the SA7 temporary stop time and the delay time in the recovery signal transmission of SA11 are the same, Each can be a different time). Moreover, although the output method of this interlocking | linkage origin alarm is arbitrary, for example, sound output is performed by the speaker 41. Conversely, after the processing of SA1, an alarm signal is transmitted from the transmission unit 31 of the residential policer 10A to the residential policers 10B and 10C, and after a predetermined delay time has elapsed since the alarm signal was transmitted, the speaker 41 The interlocking source alarm may be output by. As a result, the interlocking source alarm of the home alarm device 10A is output after the interlocking destination alarms of the home alarm devices 10B and 10C. That is, at least for a predetermined period of time, only the interlocking home alarm devices 10B and 10C issue an alarm, so that the user can easily determine that the home alarm device 10A that does not perform the alarm for a predetermined time is the interlocking home alarm device 10. Can be identified. The delay time at this time needs to be set to be sufficiently longer than at least the estimated time until the alarm signal reaches the interlocked dwelling devices 10B and 10C by communication. Furthermore, the blinking of the LED 42 may be repeatedly output in the residential alarm device 10 </ b> A from when the alarm signal is transmitted until a predetermined delay time elapses. In addition, in SC 10C, SC4 and SC5 are performed in the same manner as SA2 and SA3 in SC 10A.

  Here, after the processing of SA1, almost simultaneously with the transmission of the warning signal from the transmission unit 31 of the residential policer 10A to the residential policers 10B and 10C (before and after), the residential policer 10A outputs the interlocking source alarm output. You may make it do. In this case, the home alarm devices 10B and 10C perform the processing of SB2 and SC2, for example, the speaker 41 through the speaker 41 after a predetermined time has elapsed after receiving the alarm signal from the home alarm device 10A at SB1 and SC1. To do. In this way, since an alarm is output only from the interlocking home alarm device 10A for at least a predetermined time, the same effect as the flow processing by SA2 to SA3, SB1 to SB2, and SC1 to SC2 shown in FIG. Can be obtained. These can be similarly applied to the interlocking process of SC4 to SC5, SA4 to SA5, and SB3 to SB4. In other words, if there is a predetermined time difference in the alarm output start between the linkage source and the linkage destination, whichever may start the warning output first, at least the start timing of the linkage source alarm and the linkage destination alarm It is only necessary that the start timings are not identical to each other. Further, this predetermined time difference may be managed and controlled in any way between the interlocking source and the interlocking destination. And the time difference of such an interlocking origin and an interlocking | linkage destination can also be varied for every several interlocking former residence guards with respect to one interlocking former residence guard.

  After the process of SC5, if no abnormality is detected in the residential alarm 10C (SC6), the interlocking source alarm from the speaker 41 is stopped (SC7), and the residential alarms 10A and 10B are restored after a predetermined time has elapsed. After the signal is transmitted (SC8), only the interlocking destination alarm is output (SC9).

  On the other hand, after the processing of SA6, in order to notify the user in the bedroom that the house alarm device 10C has been restored, in the house alarm device 10A, after the interlocking source alarm is temporarily stopped (SA7), the speaker 41 The interlocking source alarm is output again (SA8).

  In addition, after the determination of SA9, the interlocking source alarm is stopped in the residential alarm device 10A (SA10). At the same time, in the home alarm device 10A, a recovery signal is transmitted after a predetermined time from the processing of SA10 so that the user can identify that the home alarm device 10A is the home alarm device 10 of the interlocking source ( SA11). As a result, the interlocking source alarm of the home alarm device 10A is stopped before the interlocking destination alarm of the home alarm devices 10B and 10C output in the processes of SB8 and SC10. The user can easily identify that it is the house alarm 10. The interlocking source alarm can be stopped by any method. For example, after the determination of SA9, in the home alarm device 10A, a recovery signal is sent from the transmitter 31 of the home alarm device 10A to the home alarm devices 10B and 10C. The interlocking source alarm may be stopped after a predetermined time has passed since the transmission. Thereby, the interlocking | linkage origin alarm of 10 A of residence alarms is stopped after the interlocking destination alarm of residence alarms 10B and 10C. That is, since only the alarm of the home guard 10A that is the interlocking source is output at least for a predetermined time, the user can easily identify that the home guard 10A is the home guard 10 of the interlocking source. The delay time at this time needs to be set to be sufficiently longer than at least the estimated time until the alarm signal reaches the interlocked dwelling devices 10B and 10C by communication. Of course, the home alarm device 10A stops the interlocking source alarm almost simultaneously with sending the recovery signal at SA10 (no matter before and after), and the side of the home alarm devices 10B and 10C receives the recovery signal transmitted from the home alarm device 10A. The interlocking destination alarm output may be stopped after waiting for a predetermined time from this time, and since this also outputs only the alarm from the residential alarm device 10A for at least the predetermined time, the same effect can be obtained. That is, as long as a predetermined recovery time difference is provided between the interlocking source and the interlocking destination, whichever may stop the alarm first. Further, this predetermined time difference may be managed and controlled in any of the linkage source and the linkage destination, and at least the linkage source alarm stop timing and the linkage destination alarm stop timing are mutually As long as they are not identical. And the time difference of such an interlocking origin and an interlocking | linkage destination can also be varied for every several interlocking former residence guards with respect to one interlocking former residence guard.

(processing)
Next, a process executed by the control unit 70 of the residential alarm 10 belonging to the alarm system 1 will be described. In various processes of the alarm system 1 according to the third embodiment, a fire monitoring process is performed. In this fire monitoring process, a post-display process is not performed. This fire monitoring process is a part of the process different from the fire monitoring process of the second embodiment. Therefore, the fire monitoring process will be described below.

(Processing-Fire monitoring processing)
FIG. 11 is a flowchart of the fire monitoring process according to the third embodiment. However, since SD1, SD5, and SD12 to SD16 in the alarm system 1 are the same as SD1, SD4, and SD8 to SD12 of the second embodiment shown in FIG. 5, their descriptions are omitted. In addition, after the processing of SD1, the interlocking source alarm process (mainly the processing of SD2 to SD11 performed by the interlocking source alarm processing unit 71a) performed when the housing alarm 10 detects an abnormality, and other housing alarms 10 is roughly divided into interlocking destination alarm processing (mainly SD12 to SD16 processing performed by the interlocking destination alarm processing unit 71b) performed when an abnormality is detected.

  First, when a fire detection signal is output from the smoke detector 21 of the sensor unit 20, it is considered that the house alarm 10 has detected an abnormality (SD1, Yes). In order for the user to be able to identify the house alarm device 10, the interlocking source alarm processing unit 71 a causes the speaker 41 to output the interlocking source alarm (SD 2) and after a predetermined period of time has elapsed from the processing of SD 2 (SD 3, Yes ), An alarm signal is transmitted by the transmitter 31 (SD4). Thereby, since the interlocking source alarm of the said housing police device 10 is output before the interlocking destination alarm of the other housing police device 10, the said housing police device 10 is the housing police device 10 of the interlocking source. The user can easily identify. In addition, when the interlocking | linkage origin alarm is output from the other residence warning device 10, the interlocking | linkage origin warning process part 71a may abbreviate | omit the process of SD3 (SD7 mentioned later can also be abbreviate | omitted).

  In addition, when the fire detection signal is no longer output from the smoke detector 21 of the sensor unit 20 in the process of SD5, it is considered that the house alarm device 10 has not detected an abnormality (SD5, Yes). The restoration determination unit 72 determines that the dwelling guard 10 should be restored. In response to this determination, the interlocking source alarm processing unit 71a stops the interlocking source alarm (SD6) and SD6 so that the user can identify that the home alarming device 10 is the interlocking source home alarm device 10 (SD6). After the elapse of a predetermined period from the above process (SD7, Yes), the transmitting unit 31 transmits a recovery signal (SD8). Thereby, since the interlocking source alarm of the said housing police device 10 is stopped before the interlocking destination alarm of the other housing police device 10, the said housing police device 10 is the housing police device 10 of the interlocking source. The user can easily identify.

  In addition, when a fire detection signal is output from the smoke detector 21 of the sensor unit 20 in the process of SD5, it is considered that the residential alarm 10 continues to detect abnormality (SD5, No. ), The restoration determination unit 72 determines that the dwelling guard 10 should not be restored. In response to this determination, the recovery determination unit 72 receives a recovery signal transmitted from the other home alarm device 10 by the receiving unit 32 in order to determine whether the other home alarm device 10 has detected an abnormality. It is determined whether or not it has been received (SD9).

  Here, when the restoration signal is received from the other residential alarm device 10 that transmitted the alarm signal (SD9, Yes), at least a part of the other residential alarm devices 10 has stopped the interlocking source alarm. Therefore, in order to inform the user in the vicinity of the home alarm device 10 of this, the interlocking source alarm processing unit 71a temporarily stops the interlocking source alarm (SD10) and then outputs the interlocking source alarm again. (SD11). As a result, even while the house alarm device 10 is outputting the interlocking source alarm, the interlocking source alarm of the house alarm device 10 is temporarily stopped. Can be informed to the user who is in the vicinity of the residential police 10. In addition, when the recovery signal is received from the other housing alarm device 10, it is not restricted to stopping an interlocking | linkage origin alarm once. For example, the interlocking source alarm processing unit 71a may output another interlocking source alarm after temporarily outputting another alarm, for example, an alarm similar to the interlocking destination alarm, instead of the interlocking source alarm. That is, what is necessary is just to be able to identify that at least one part of the other interlocking former residence alarms was recovered, and any means and method may be used.

  On the other hand, when the restoration signal is not received from the other residential alarm device 10 that is transmitting the alarm signal (No in SD9), a part of the other residential alarm devices 10 continues the interlocking source alarm. Therefore, the process returns to SD2, and the interlocking source alarm is continuously output by the speaker 41. In the subsequent processes, when the processes of SD2 to SD5 and SD9 are repeated, the process of SD3 may be omitted.

(Regarding the interlocking source alarm processing of the home alarm device 10A)
Next, as the interlocking source alarm process of the home alarm device 10A, the processes of SA1 to SA11 shown in FIG. 9 and FIG. 10 and the processes of SD1 to SD11 shown in FIG. However, SA1, SA4 to SA6, and SA9 in this interlocking source alarm process are the same as SA1, SA4 to SA6, and SA8 of the process of the second embodiment shown in FIG.

  First, when it is detected that an abnormality has occurred in the bedroom in which the home alarm device 10A is installed (SA1) (SD1, Yes), the interlock source alarm processing unit 71a causes the speaker 41 to output an interlock source alarm (SA2). SD2). Then, after a predetermined time has elapsed from SD2 processing (SD3, Yes), the interlocking source alarm processing unit 71a causes the transmission unit 31 to transmit an alarm signal (SA3, SD4).

  Here, until the process of SA6 is reached, the control unit 70 repeats the processes of SD2 to SD5 and SD9. For example, after the processing of SA3, the restoration determination unit 72 determines whether or not restoration is necessary based on the presence or absence of abnormality detection (SD5), and when there is an abnormality detection and should not be restored (SD5, No), further restoration The determination unit 72 determines whether or not a recovery signal is received from the residential alarm device 10C that transmits the alarm signal (SD9), but when the recovery signal is not received from the residential alarm devices 10B and 10C. (SD9, No), the process returns to SD2 to continuously output the interlocking source alarm.

  The restoration determination unit 72 determines whether or not a restoration signal has been received (SD9). If the restoration signal has been received (SA6) (SD9, Yes), the linkage source alarm processing unit 71a once sets the linkage source alarm. After stopping (SA7, SD10), the interlocking source alarm is output again (SA8, SD11), and the process returns to SD5.

  Next, after the processing of SA8, the recovery determination unit 72 determines whether or not recovery is necessary based on the presence or absence of abnormality detection (SD5), and when it is determined that there is no abnormality detection and should be recovered (SA9) (SD5, Yes), the interlocking source alarm processing unit 71a stops the interlocking source alarm (SA10, SD6). Then, after a predetermined time has elapsed from the processing of SD6 (SD7, Yes), the interlocking source alarm processing unit 71a transmits a recovery signal to the transmission unit 31 (SA11, SD8), and returns to SD1.

(Regarding the interlocking destination alarm processing of the home alarm device 10B)
Next, as the interlocking destination alarm process of the home alarm device 10B, the processes of SB1 to SB8 shown in FIGS. 9 and 10 and the processes of SD1 and SD12 to SD16 shown in FIG. 11 can be associated with each other. However, the relationship between SB1 to SB8 in FIG. 9 and FIG. 10 and SD1 and SD12 to SD16 in FIG. 11 in this interlocking destination alarm processing is related to SB1 to SB8 in FIG. 7 and SD1 in FIG. Since it is the same in relation to SD8 to SD12, the description is omitted.

(About interlocking destination alarm processing of the residential alarm 10C)
Next, as the interlocking destination alarm process of the home alarm device 10C, the processes of SC1 to SC11 shown in FIGS. 9 and 10 and the processes of SD1 to SD9 and SD12 to SD16 shown in FIG. However, the relationship between SC1 to SC3 in FIG. 9 and SD12 to SD14 in FIG. 11 in this linked destination alarm processing is the same as the relationship between SC1 to SC3 in FIG. 7 and SD8 to SD10 in FIG. Since it is the same, the description is abbreviate | omitted.

  After the processing of SC3, the interlocking source alarm processing unit 71a of the residential alarm 10C causes the speaker 41 to output the interlocking source alarm instead of the interlocking destination alarm (SC4, SD2), and after a predetermined time has elapsed (SD3), the transmitting unit 31 is made to transmit an alarm signal (SC5, SD4).

  Here, the control unit 70 repeats the processes of SD2 to SD9 until the process of SC6 is reached. For example, after the process of SD4, the recovery determination unit 72 determines whether or not an abnormality has been detected (SD5). If it is determined that an abnormality has been detected (SD5, No), the process returns to SD2 via SD9.

  Thereafter, the recovery determination unit 72 determines whether or not recovery is necessary based on the presence or absence of abnormality detection (SD5), and if it is determined that there is no abnormality detection and should be recovered (SC6) (SD5, Yes), interlocking The former alarm processing unit 71a stops the interlocking former alarm (SC7, SD6), and after a predetermined time has elapsed (SD7), transmits a restoration signal to the residential alarm devices 10A, 10B (SC8, SD8). After that, the process proceeds to SD1, and the sensor unit 20 of the residential alarm 10C does not detect an abnormality (fire) (SD1, No), but continues to receive an alarm signal from the residential alarm 10A (SD12, Yes), an interlocking destination alarm is output (SC9, SD13). Next, the interlocking destination alarm processing unit 71b determines whether or not a recovery signal is received from the residential alarm 10A (SD15). And until this recovery signal is received, the control part 70 repeats the process of SD13-SD15, and continues the output of a cooperation destination alarm (SC9). After that, when the receiving unit 32 receives the recovery signal from the residential alarm 10A, the recovery determination unit 72 determines that the recovery signal has been received from all of the residential alarms 10 that are transmitting the alarm signal (SC10) (SD15 , Yes), the interlocking destination alarm processing unit 71b stops the interlocking destination alarm (SC11, SD16), and returns to SD1.

(effect)
As described above, according to the third embodiment, when all or a part of the interlocking source residence guard 10 is restored, the interlocking source residence is completed after a lapse of a predetermined time after the interlocking source residence guard 10 is restored. Since the alarms of the residential alarms 10 other than the alarms 10 are stopped, the timing of the alarm stop is shifted, so that the user can easily identify the interlocking home alarms 10 from among the plurality of residential alarms 10. It is possible to more easily identify the source of the fire, the cause of the fire such as the progress of the fire, or the cause of the non-fire or misinformation.

  Further, when all or a part of the interlocking source residence guard 10 is restored, the alarms of the residence guards 10 other than the interlocking source residence guard 10 are stopped, and other than the interlocking source residence guard 10. Since the alarm of the interlocked house police device 10 is stopped after a lapse of a predetermined time since the alarm of the housing alarm device 10 is stopped, the alarm of the restored housing alarm device 10 is set to the residence police other than the restored housing police device 10. The alarm can be stopped at an earlier timing than the alarm of the device 10, and the user can easily identify the home alarm device 10 of the interlocking source from among the plurality of home alarm devices 10.

  In addition, when the abnormality detection state in a part of the interlocking source residence guard 10 is continued, even if the other part of the interlocking source residence guard 10 is restored, the restoration is performed. After temporarily stopping the alarm of the home alarm device 10 of the interlocking source other than the home alarm device 10, the alarm of the home alarm device 10 of the source of interlocking is resumed. The original home alarm device 10 can be easily identified.

  In addition, when all or a part of the alerting home alarm device 10 is recovered, the alarm stop timing of the alerting home alarm device 10 and the alarms of the alerting devices 10 other than the alerting home alarm device 10 are issued. Since the stop timing is not identical to each other, based on the difference in the stop timing, it is possible to mutually identify the home alarm device 10 that has issued the alarm and the home alarm device 10 other than the alarm device that has issued the alarm. it can.

  In addition, after temporarily stopping the alarm of the home alarm device 10 other than the restored home alarm device 10, the alarm or other alarm caused by the alarm of the home alarm device 10 other than the home alarm device 10 is issued. Since the alarm of the resident alarm 10 that has been issued is resumed after being performed, the alarm of the resident alarm 10 that has been issued is resumed with the other alarms sandwiched after the alarm is temporarily stopped. It is possible to identify whether or not the other part of the alarm device 10 that has issued the alarm has been restored.

  In addition, since the alarm start timing of the alerting home alarm device 10 and the alarm start timing of the alerting devices 10 other than the alerting home alarm device 10 are not identical to each other, the alarm start timing Based on the difference, it is possible to discriminate between the alarm device 10 that has issued the alarm and the alarm device 10 other than the alarm device 10 that has issued the alarm. The cause of non-fire reports can be easily identified.

[Modifications to Embodiments]
Although the embodiments of the present invention have been described above, the specific configuration and means of the present invention are arbitrarily modified and improved within the scope of the technical idea of each invention described in the claims. be able to. Hereinafter, such a modification will be described.

(About problems to be solved and effects of the invention)
First, the problems to be solved by the invention and the effects of the invention are not limited to the above-described contents, and the present invention solves the problems not described above or has the effects not described above. There are also cases where only some of the described problems are solved or only some of the described effects are achieved.

(About distribution and integration)
Further, each of the electrical components described above is functionally conceptual and does not necessarily need to be physically configured as illustrated. In other words, the specific form of distribution / integration of each part is not limited to the one shown in the figure, and all or a part thereof may be functionally or physically distributed / integrated in arbitrary units according to various loads and usage conditions. Can be configured. For example, in the alarm system 1 shown in FIG. 1, the house alarm devices 10A and 10C perform the interlock source alarm process and the interlock destination alarm process, but the house alarm device 10B may perform only the interlock destination alarm process. . In this case, the residential alarm 10B does not include all or part of the control unit 70, the storage unit 80, etc. described in each embodiment, or stops all or part of the operation. Also good.

(About post-display processing)
In each embodiment, it has been described that the interlocking source display 10 outputs the interlocking source display after all of the residential alarms 10 that output the alarm signal are restored. I can't. For example, even if the housing police device 10 that is the interlocking home alarm device 10 stops the interlocking source alarm, and at least a part of the other housing alarm devices 10 detects an abnormality. In order to allow the user to identify that the home alarm device 10 was the home alarm device 10 that was previously linked, a link source display may be output by the LED 42 in the home alarm device 10. Specifically, in the process of SC6 shown in FIG. 7, after the sensor unit 20 of the home alarm device 10C no longer detects an abnormality in the bedroom, the interlocking source alarm by the speaker 41 is stopped in the home alarm device 10C. At the same time, the interlock source display is output by the LED 42. Thereafter, in the process of SC8, in the resident alarm 10C, by receiving the alarm signal from the resident alarm 10A, the interlocking destination alarm is output by the speaker 41, but together with the output of the interlocking destination alarm, The interlock source display may be output by the LED 42. At this time, the processing of SE2 and SE3 may be omitted in the post-display processing shown in FIG.

(About the output method of linkage source display)
In each embodiment, it has been described that the link source display is output by the LED 42, but the present invention is not limited to this. For example, the interlock source display may be output by the speaker 41 or the like instead of the LED 42, or may be output by the combined use of the LED 42 and the speaker 41 or the like. Specifically, in the process of SA11 shown in FIG. 7, the residence guard 10A causes the residence guard 10A to display the residence guard via the speaker 41, as in the case of “Woo-woo, the bedroom residence guard that output the first warning has stopped”. A voice message including the installation position of the device 10A and the notification order may be repeatedly output for a predetermined time.

(About time setting timing)
When various delay times are set, the delay time can be set in consideration of the communication time required for the radio interlocking of the home alarm devices 10A to 10C and the time required for the interlocking process. For example, in the case where an alarm signal is transmitted to another residential alarm after the elapse of a predetermined delay time after any of the residential alarms detects an abnormality as in the third embodiment, these interlocking source residential polices When the time difference between the actual alarm output timing at the device and the actual alarm output timing at the interlocked house alarm device is to be T1, the address of the interlocked device from the time when the alarm signal is output from the interlocking home alarm device Assuming that the time required until the interlocking destination alarm is started in the alarm device is T2, T1-T2 may be set as the delay time. Therefore, when a considerable amount of time is actually required for wireless communication, the delay time set at the link destination may be shortened accordingly.
(Appendix)
The alarm system of appendix 1 is an alarm system that interlocks alarms with a plurality of alarm devices that detect and detect an abnormality in a monitoring area, and at least one of the alarm devices detects the abnormality. In the case where the alarm is given to the plurality of alarm devices by detecting and issuing the alarm, when all of the alarm devices that have issued the alarm are recovered, the alarm device that has issued the alarm is selected from the plurality of alarm devices. Identification output is performed on at least a part of the alarming device so that the user can identify all or part of the alarm.
Further, the alarm system according to appendix 2 is the alarm system according to appendix 1, wherein at least one alarm device of the plurality of alarm devices detects the abnormality and issues a warning in the plurality of alarm devices. If all the alarm devices that have issued the alarm have been recovered, the alarm device that has issued the alarm outputs an identification so that the user can identify the order in which the alarm devices have issued.
Further, the alarm system according to appendix 3 is the alarm system according to appendix 1 or 2, wherein at least one alarm device of the plurality of alarm devices detects the abnormality and issues a warning. When all the alarm devices that have issued the alarm are restored, the identification output is stopped after a predetermined time has elapsed since the alarm device that issued the alarm has been restored.
Further, the alarm system of appendix 4 is an alarm system that interlocks alarms with a plurality of alarm devices that detect an abnormality in a monitoring area and perform an alarm, wherein at least one alarm device of the plurality of alarm devices is the alarm device. In the case where alarms are given to the plurality of alarm devices by detecting abnormalities and the alarm is issued, when all of the alarm devices that have issued the alarm are restored, the alarm that has been issued from the plurality of alarm devices is issued. The plurality of alarm devices perform identification output so that the user can identify all or part of the devices.
Further, the alarm system according to appendix 5 is the alarm system according to appendix 4, wherein at least one alarm device of the plurality of alarm devices detects the abnormality and issues a warning in the plurality of alarm devices. If all of the alarm devices that have issued the alarm are restored, the alarm stop timing of the alarm device that issued the alarm and the alarm stop timing of alarm devices other than the alarm device that issued the alarm Not identical.
Further, the alarm system according to appendix 6 is the alarm system according to appendix 5, wherein at least one alarm device of the plurality of alarm devices detects the abnormality and issues a warning in the plurality of alarm devices. If all of the alarm devices that have issued the alarm are restored, the alarms of alarm devices other than the alarm device that has issued the alarm are stopped after a predetermined time has elapsed since the alarm device that issued the alarm was restored.
Further, the alarm system according to appendix 7 is the alarm system according to appendix 5, wherein at least one alarm device of the plurality of alarm devices detects the abnormality and issues a warning in the plurality of alarm devices. If all of the alarm devices that have issued the alarm are restored, the alarms of alarm devices other than the alarm device that has issued the alarm are stopped, and the alarms of alarm devices other than the alarm device that has issued the alarm are stopped. After a predetermined time has elapsed, the alarm of the alarm device that has been issued is stopped.
Further, the alarm system according to appendix 8 is an alarm system for interlocking alarms of a plurality of alarm devices that detect an abnormality in a monitoring area and perform an alarm, and at least one alarm device of the plurality of alarm devices includes the alarm device. In the case where an alarm is detected in the plurality of alarm devices by detecting an abnormality and a part of the alarm device that has issued the alarm is recovered, the alarm is issued from the plurality of alarm devices. In order for the user to be able to identify all or part of the alarm device, and / or so that the user can identify a part of the alarm device that has been recovered after the alarm has been issued from among the plurality of alarm devices. Identification output is performed on at least a part of the alarm device that has issued the alarm.
Further, the alarm system according to appendix 9 is the alarm system according to appendix 8, wherein at least one alarm device of the plurality of alarm devices detects the abnormality and issues a warning in the plurality of alarm devices. If the detected state of the abnormality in a part of the alarm device that has issued is continued, even if the other part of the alarm device that has issued the alarm has recovered, the recovered alarm After stopping the alarm of the alarming device other than the alarm, the alarming of the alarming device that has issued is resumed.
Further, the alarm system according to supplementary note 10 is the alarm system according to supplementary note 9, wherein when another part of the alarm device that has issued is restored, the alarm system that has issued the alarm device other than the alarm device that has been restored is temporarily notified. After stopping, after giving an alarm caused by the alarm device other than the alarm device or other alarms, the alarm of the alarm device that issued the alarm is resumed.
(Additional effects)
According to the alarm system described in Supplementary Note 1, when all of the alarm devices that have issued are restored, the user can identify all or a part of the alarm devices that have issued the alarm from the plurality of alarm devices. In addition, since at least a part of the alarm device that issued the alarm is output for identification, the user can identify the alarm device that issued the alarm from a plurality of alarm devices even after the alarm device that issued the alarm is restored. It is possible to easily identify the cause of the fire, the cause of the fire such as the progress of the fire, the cause of the misinformation and the non-fire report.
Further, according to the alarm system described in Appendix 2, when all of the alarm devices that have issued are restored, the alarm that has been issued so that the user can identify the order in which the alarm devices have issued. Since at least a part of the alarm is output for identification, the user can identify the order in which the alarms were issued from the multiple alarms even after the alarms that were issued were restored. It is possible to more easily identify the cause of the fire, the cause of the fire such as the progress of the fire, the cause of the false alarm and the non-fire alarm.
Further, according to the alarm system described in appendix 3, when all of the alarm devices that have issued are restored, the identification output is stopped after a predetermined time has elapsed since the alarm device that issued the alarm has been restored. It is possible to automatically stop the identification output of the alarm device that has been reported, and to save the user from having to stop the identification output of the alarm device that has been reported, and to reduce the power consumption required for the identification output. Can contribute.
Further, according to the alarm system described in appendix 4, when all of the alarm devices that have been issued are restored, the user can identify all or a part of the alarm devices that have been issued from among the plurality of alarm devices. As such, since the identification output is performed in a plurality of alarm devices, the user can identify the alarm device that issued the alarm from among the plurality of alarm devices, even after the alarm device that issued the alarm is restored, It is possible to easily identify the source of the fire, the cause of the fire such as the progress of the fire, the cause of misinformation and non-fire reports.
Further, according to the alarm system described in Appendix 5, when all of the alarm devices that have been alarmed are restored, the alarm stop timing of the alarm device that has been alarmed and the alarms of alarm devices other than the alarm device that has alarmed Since the stop timing is not identical to each other, the alarm device that has issued the alarm and the alarm device other than the alarm device that has issued the alarm can be distinguished from each other based on the difference in the stop timing.
Further, according to the alarm system described in Appendix 6, when all of the alarm devices that have been alarmed are restored, an alarm device other than the alarm device that has been alarmed after a predetermined period of time has elapsed since the alarm device that issued the alarm has been recovered. The alarm of the restored alarm device can be stopped at an earlier timing than the alarm of the alarm device other than the restored alarm device, and the alarm issued by the user from multiple alarm devices The vessel can be easily identified.
Further, according to the alarm system described in appendix 7, when all of the alarm devices that have been alarmed are restored, the alarms of alarm devices other than the alarm device that has issued the alarm are stopped and Since the alarm of the alarm device that issued the alarm is stopped after a predetermined time has elapsed since the alarm of the alarm device was stopped, the alarm of the alarm device that has been recovered is stopped at a later timing than the alarm of an alarm device other than the alarm device that has recovered the alarm. It is possible to stop, and the user can easily identify the alarm device that has issued the alarm from the plurality of alarm devices.
In addition, according to the alarm system described in appendix 8, when a part of the alarm device that has issued is restored, the user can identify all or a part of the alarm device that has issued the alarm from the plurality of alarm devices. And / or at least a part of the alarm device that issued the alarm so that the user can identify a part of the alarm device recovered after the alarm was issued from among the alarm devices. Therefore, even after the alarm device that triggered the alarm is restored, the user can identify the alarm device that issued the alarm from multiple alarm devices, and the cause of the fire such as the source of the fire or the progress of the fire. The cause of false or non-fire reports can be easily identified.
Further, according to the alarm system described in appendix 9, when an abnormality detection state continues in a part of the alarm device that has issued the alarm, the other alarm device that has issued the alarm has recovered. However, once the alarm of the alarm device that has been issued other than the restored alarm device is temporarily stopped, the alarm of the alarm device that has issued the alarm is resumed. It is possible to easily grasp that other alarm devices have recovered from the change in alarm status of the alarm device that has been activated. It is possible to grasp whether or not it has been recovered.
Further, according to the alarm system described in appendix 10, after the alarm of the alarm device other than the recovered alarm device is temporarily stopped, the alarm or other caused by the alarm device other than the alarm device reporting After the alarm is issued, the alarm of the alarm device that issued the alarm is resumed.After the alarm is temporarily stopped, the alarm of the alarm device that issued the alarm is restarted across the other alarms. It is possible to identify whether or not another part of the alarm device that has issued the alarm has been restored.

DESCRIPTION OF SYMBOLS 1 Alarm system 2 House 10, 10A, 10B, 10C House alarm 11 House alarm body 12 Cover 12a Opening part 12b Sound hole 13 Mounting hook 20 Sensor part 21 Smoke detection part 30 Radio circuit part 31 Transmission part 32 Reception part 33 Antenna 40 Notification unit 41 Speaker 42 LED
DESCRIPTION OF SYMBOLS 50 Operation part 51 Alarm stop switch 60 Battery power supply 70 Control part 71 Interlocking alarm processing part 71a Interlocking origin alarm processing part 71b Interlocking destination alarm processing part 72 Restoration determination part 73 Alarm stop processing part 80 Storage part 81 Memory 81a Transmission origin code 81b Status Storage area

Claims (4)

An alarm system that interlocks multiple alarm devices that detect an alarm in the monitoring area and issue an alarm,
In the case where at least one alarm device of the plurality of alarm devices detects the abnormality and issues a warning by issuing the alarm, the alarm devices that have issued the alarm detect the abnormality. when recover determines that no longer has a total parts of the alarm device which is the alarm from among the plurality of alarm devices so that the user is identifiable, identified in all parts of the alarm device which is the alarm It has line output,
When at least one alarm device of the plurality of alarm devices detects the abnormality and issues a warning in the plurality of alarm devices, when all of the alarm devices that have issued the alarm are restored, the alarm sequence of alarm the alarm so that the user is identifiable, cormorants line identification output in all the alarm devices that the alarm,
Alarm system. When at least one alarm device of the plurality of alarm devices detects the abnormality and issues a warning in the plurality of alarm devices, when all of the alarm devices that have issued the alarm are restored, The identification output is stopped after a lapse of a predetermined time since the alarm device that issued the alarm is restored .
The alarm system according to claim 1. An alarm system that interlocks multiple alarm devices that detect an alarm in the monitoring area and issue an alarm,
In the case where at least one of the alarm device of the plurality of alarm devices is performing an alarm in the plurality of alarm devices by alarm detects the abnormality, all of detecting the abnormality alarm device that the alarm When it is determined that the alarm has stopped , the alarm output is output to all of the alarm devices that have issued the alarm so that the user can identify all of the alarm devices that have issued the alarm from the alarm devices. Done
When at least one alarm device of the plurality of alarm devices detects the abnormality and issues a warning in the plurality of alarm devices, a part of the alarms in the alarm device that issued the alarm When the abnormality detection state of the alarm continues, all alarm devices in the alarm device that issued the alarm and other than the alarm device in the alarm device that issued the alarm When a certain other alarm device recovers, after temporarily stopping the alarm of the other alarm device and the alarm of some of the alarm devices, restart the alarm of the other alarm devices and the alarm of the some alarm devices To
Alarm system. When the previous SL least one alarm of a plurality of alarm devices is performing an alarm in the plurality of alarm devices by alarm by detecting the abnormality, the partial in the alarm device that the alarm When the abnormality detection state of the other alarm device continues, when the other alarm device recovers, once the alarm of the other alarm device and the alarm of some of the alarm devices are stopped, the other alarm device After the alarm caused by the restoration of the other alarm device is performed with the some alarm devices, the alarm of the other alarm devices and the alarm of the some alarm devices are resumed .
The alarm system according to claim 3 .

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