JP3494015B2 - Fire alarm system with voice alarm function - Google Patents

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a fire alarm system having a voice alarm function by connecting a voice alarm device to an integrated board.

[0002]

[Prior art] Condominiums, etc.
Then, while installing an integrated board in the manager's room, etc., install a house information board (receiver for housing unit) in each dwelling unit, and intercom with each house information board, integrated board, lobby intercom installed at the common entrance When a fire detector or a gas leak alarm connected to the home information board is activated, the integrated board will be notified of the call.

The integrated panel is also connected to a fire detector installed in a common area such as a lobby, a meeting place, an elevator hall, etc., and fire detectors installed in each dwelling unit or the common area are emitted. When notified, automatically notify the housing information panel of the neighboring dwelling unit and the bell of the common area of the occurrence of the fire, so that the collective housing can be comprehensively monitored and alerted so that the dwellers can quickly evacuate. I have to.

In such a system, the housing information board is
When the fire detector issues a warning, a first fire alarm is output by an alarm or a voice message to notify the operation of the fire detector to prompt the resident to confirm whether or not an actual fire has occurred. For example, a message such as "The fire detector has been activated. Please check" is output. Then, if the alarm stop switch is not operated within a predetermined time (for example, 5 minutes) from the time when the first fire alarm is output, a fire alarm signal is output to the integrated board. On the other hand, when the integrated board receives the fire alarm signal, it sends an alarm control signal to a house information board of a neighboring dwelling unit set in advance as a notification destination. At this time, the alarm control signal is sent to the housing information board of the dwelling unit on the same floor as the house information board that outputs the fire alarm signal, the floor directly above, etc., the receiver in the common area, the bell, and the like.

The house information panel of the neighboring dwelling unit which has received the alarm control signal from the integrated panel outputs a second fire alarm to notify the occurrence of a real fire, and asks the dweller to evacuate and take measures. For example, a message such as "It is a fire. It is a fire. A fire has occurred in the vicinity. Please check the safety and evacuate." Is output. Further, if the integrated panel is connected to a voice alarm device, the voice alarm device can output an arbitrary voice message from a voice input type house information panel or a speaker in a common area.

[0006]

However, in the above-described conventional fire alarm system, when the integrated panel is connected to the voice alarm device to output the voice alarm in each dwelling unit or the common unit, the fire alarm is issued. On the other hand, it was troublesome that the interlocking data in which the speaker line for outputting the voice message was registered had to be registered in the integrated board in advance.

[0007] In principle, the registered interlocking data corresponds to the floor or block on which the fire detector that issued the alarm is installed, even though it is only the floor immediately above or the block immediately above is registered. , All interlocking relationships must be registered, a lot of memory is required to register this data, and signal transmission control becomes complicated,
The processing speed was sometimes slowed down.

The present invention has been made in view of such circumstances, and at the time of construction of the system, data for interlocking control is preset from the integrated board to the voice alarm device to facilitate control in the integrated board. It is an object of the present invention to provide a fire alarm system having a voice alarm function.

[0009]

In order to achieve the above object, in the fire alarm system having a voice alarm function according to claim 1 of the present invention, the integrated board preliminarily stores installation data of the speaker line, It is designed to be sent to a voice alarm device. On the other hand, when the voice alarm device receives the installation data of the speaker line, it stores this installation data, and thereafter, when it receives the alarm data of the fire detector from the integrated board, it refers to the stored installation data and issues an alarm. A voice alarm is output through the speaker line corresponding to the reported fire detector.

In this system, the installation data of the speaker line is transmitted and registered from the integrated board to the voice alarm device as an initial setting at the time of construction. Then, after that,
When the fire detector issues an alarm, the integrated board sends only the alert data to the fire alarm device, and the voice alarm device that receives the alarm data is based on the installation data of the speaker line registered in advance. Then, a voice alarm is output.

According to a second aspect of the present invention, the installation data of the speaker line according to the first aspect includes a plurality of speaker lines.
The floor of the housing complex and / or the block in the housing complex in which the speaker line is installed are configured correspondingly.
Here, the block in the housing complex means a range divided into predetermined ranges in consideration of the extent of fire spread when a fire occurs.

According to a third aspect of the present invention, in the claim 1 or the second aspect, the alarm data transmitted from the integrated board to the voice alarm device is composed of alarm floor data or alarm block data. When the voice alarm device receives the alarm data of the fire detector from the integrated board, it refers to the speaker line installation data and refers to the speaker lines installed on the alarm floor and the floor immediately above, or the alarm block and the window directly above. A voice alarm is output through the speaker line installed in the block.

That is, the voice alarm device outputs a voice alarm through the speaker lines installed on the alarm floor and the floor immediately above when the alarm floor data is received from the integrated board, and when the alarm block data is received, A voice alarm is output through the speaker line installed in the reporting block and the block immediately above. According to a fourth aspect of the present invention, in the first or second aspect, the integrated board further transmits the form data of the housing complex in advance to the voice alarm device. When the voice alarm device receives the morphological data of the housing complex, it further stores this morphological data, and thereafter, when it receives the warning data of the fire detector from the integrated board, the installation data of the speaker line and the morphological data of the housing complex. And a voice alarm is output through the speaker line corresponding to the fire detector that issued the alarm.

That is, here, since the manner of spread of fire and the like changes depending on the form of the apartment house, the speaker line to which the voice alarm is output is also changed. In claim 5, in claim 4, the form data of the housing complex is the corridor type data in which the main entrance and exit of each room of the housing complex faces the corridor, or the stairs in which the main entrance and exit of each room of the housing complex faces the stairs. It consists of type data.

According to a sixth aspect of the present invention, in the fifth aspect, the alarm data transmitted from the integrated board to the voice alarm device is composed of alarm floor data or alarm block data. When the corridor type data is received in advance as the form data of the apartment house, the voice alarm device provides the installation data of the speaker line to each of the plurality of speaker lines and the floor of the apartment house where the speaker line is installed. On the other hand, when the staircase type data is received as the form data of the apartment house, the installation data of the speaker line is set to the plurality of speaker lines and in the apartment house where the speaker line is installed. The data is associated with the blocks of.

When the fire detector alarm data is received from the integrated board, the speaker line installed on the alarm floor and the floor immediately above the alarm line or the alarm line is referred to by referring to the installation data of the selected speaker line. A voice alarm is output through the speaker line installed in the block and the block immediately above. That is, when the form of the housing complex is a corridor type, the voice alarm device receives the reporting floor data from the integrated board, and outputs a voice alert through the speaker lines installed on the reporting floor and the floor immediately above. On the other hand, when the form of the housing complex is a staircase type, the voice alarm device receives the alarm block data from the integrated board, and outputs a voice alarm through the speaker line installed in the alarm block and the block immediately above.

According to a seventh aspect of the present invention, in any one of the first to sixth aspects, the voice alarm device receives a voice alarm interlocking data from the integrated board through a speaker line designated by the interlocking data. Is output. Here, if the interlocking relationship such as outputting a voice alarm from the speaker line installed on the reporting floor or the floor immediately above, etc., is not decided in advance, the integrated board will use the interlocking data that specifies the floor or installation block of the speaker line. Is sent to the voice alarm device and a voice alarm is output individually. Note that the interlocking data may specify a speaker line for outputting a voice alarm, and when another speaker line is added to the speaker line for which the interlocking relationship is determined in advance, the integrated board The fire alarm notification data may be transmitted together with the interlocked data for outputting a voice alarm from the additional speaker line.

In an eighth aspect, in any one of the first to seventh aspects, the integrated board can connect a plurality of voice alarm devices, and addresses assigned to each of the plurality of voice alarm devices are assigned. Specify and transmit data.

[0019]

BEST MODE FOR CARRYING OUT THE INVENTION Embodiments of the present invention will be described below with reference to the drawings. FIG. 1 is a block diagram showing an example of the main configuration of a fire alarm system having a voice alarm function according to the present invention. In the management room and disaster prevention center,
Integrated board 1 is installed, and through multiplex transmission line L2,
The voice alarm device 2 is connected. Here, a plurality of voice alarm devices 2 (# 1, # 2) are connected to the integrated board 1
Therefore, the data transmission can be performed by designating the address assigned to each of the voice alarm devices 2.

Further, the integrated board 1 has another multiplex transmission line L1.
Via the voice input type house information board 3 (so-called GP-3 class receiver) installed in each dwelling unit,
Corridors, stairs, entrance halls, elevator halls,
The fire detector S installed in a common area such as a parking lot is connected. Housing information board 3 (# 1, # installed in each dwelling unit
In 2), a detector line is connected to which the fire detector S is connected, and the fire occurrence in each dwelling unit is monitored. The house information board 3 is connected to a gas leak detector, a crime prevention sensor, etc. to enable security monitoring other than fire. Also, via the integrated board 1, a lobby intercom installed at a common entrance, etc. It also enables intercom calls with.

The voice alarm device 2 is a house information board 3 of each dwelling unit.
A plurality of speaker lines L (# 1, # 2) for each predetermined unit
And a plurality of speaker lines L (# 3) are also installed in the common section. In the figure, the speaker line L is connected to the house information board 3 in each dwelling unit, but the present invention is not limited to this, and even if a speaker line L independent of the house information board 3 is provided. Good. In addition, in practice, a plurality of housing information boards 3 for each predetermined block (warning area) are connected to one speaker line L.

The integrated board 1 includes an information processing circuit section 10 including a CPU, a transmission control circuit section 11 for controlling transmission via the multiplex transmission lines L1 and L2, and an operation including various operation switches. The unit 12, a display unit 13 including a CRT, a liquid crystal screen, various display lamps, and the like, a RAM, and the like, the housing information panel 3 of each dwelling unit, the fire sensor S of the common unit, and voice for multiplex transmission. The storage unit 14 stores the address data of the alarm device 2.

At the time of normal fire monitoring, the integrated panel 1 polls via the multiplex transmission line L1 based on the address of each house information panel 3 stored in the storage unit 14 and the security of the fire detector S and the like. When an abnormal operation of the equipment or disconnection of the line is monitored, in such a state, when the fire detector S connected to any of the housing information boards 3 or the fire detector S of the common part is notified, With an interrupt signal,
A warning signal is sent to the integrated board 1.

When the information processing circuit unit 10 of the integrated board 1 receives a warning signal via the transmission control circuit unit 11, the information processing circuit unit 10 displays a fire light on the display unit 13 or a display window corresponding to each dwelling unit. The alarm is output from the built-in speaker (not shown) while displaying the notification. Further, the voice alarm device 2 is provided so as to output an alarm from the speaker SP of the speaker line L installed in the housing unit or the common unit near the unit.
The alarm data of the fire detector S is transmitted to.

Here, the voice alarm device 2 includes an information processing circuit unit 20 including a CPU and the like, and a voice alarm output unit 21 for outputting a voice alarm from the speaker line L determined by the information processing circuit unit 20. A transmission control circuit unit 22 for controlling the transmission via the multiplex transmission line L2; and a storage unit 23 configured by a RAM or the like for storing the installation data of the speaker line L transmitted from the integrated board 1 in advance. Is equipped with.

In the system of the present invention, the integrated panel 1 is changed to the voice alarm device 2 as an initial setting in advance at the time of construction.
The installation data of the speaker line L is transmitted and registered. That is, when the information processing circuit 20 of the voice alarm device 2 receives the installation data of the speaker line L via the transmission control circuit unit 22, the installation data is stored in the storage unit 23.

After the initial setting, the voice alarm device 2 shifts to a normal monitoring state, and when the alarm data of the fire detector S is received from the integrated board 1, the speaker line L stored in the storage unit 23 is installed. With reference to the data, the voice alarm output unit 21
To output a voice alarm through the speaker line L corresponding to the fire detector S that issued the alarm. For example, when the housing information board 3 receives a voice alarm signal via the speaker line L, for example, "A fire. A fire. A fire has occurred." Please output a voice alarm message containing information such as the location of the fire.

At this time, the integrated board 1 also outputs an alarm control signal to the neighboring home information board 2 via the multiplex transmission line L at the same time. Further, an alarm control signal is sent to a bell (not shown) in a common area in the vicinity, etc., via the multiplex transmission line L1 to activate them. Here, the voice alarm device 2
The installation data of the speaker line L registered in is configured such that each of the plurality of speaker lines L is associated with the floor of the apartment house and / or the block in the apartment house in which the speaker line L is installed. ing.

FIG. 2 shows an example of the configuration of the installation data. In FIG. 2 (a), the speaker line number and the installation floor are registered in correspondence, and in FIG. 2 (b), the speaker line is registered. The number and the installation block are registered in correspondence with each other. In addition, the block in the housing complex means a range divided into predetermined ranges in consideration of the progress of the spread of fire when a fire occurs.

In the present invention, if such installation data of the speaker line L is registered, the voice alarm device 2 receives the alarm floor and the alarm floor when the alarm floor data is received from the integrated board 1 as alarm data. While the voice alarm is output through the speaker line L installed on the upper floor, when the alarm block data is received as the alarm data, the audio alarm can be output through the speaker line installed in the alarm block and the block immediately above. it can.

That is, when the voice alarm device 2 receives from the integrated board 1 the alarm data of the fire detector S, which is composed of alarm floor data or alarm block data,
By referring to the installation data of the speaker line L, a voice alarm can be output through the speaker line L installed on the reporting floor and the floor immediately above, or the speaker line L installed on the reporting block and the block immediately above.

By doing so, it is not necessary to previously register the interlocking data in which the interlocking speaker lines L are set in the integrated board 1 for all the fire detectors S, so that the system Even if the scale increases, the capacity of the storage unit 14 does not increase. Further, since the integrated board 1 only needs to send the alarm data to the voice alarm device 2, the control does not become complicated.

Further, the integrated board 1 further transmits the form data of the housing complex to the voice alarm device 2 in advance at the time of initial setting,
On the other hand, when the voice alarm device 2 receives the morphological data of the apartment house, the morphological data can be further stored in the storage unit 23. In this case, when the sound alarm device 2 receives the alarm data of the fire detector S from the integrated board 1 during the normal monitoring, the sound alarm device 2 refers to the installation data of the speaker line L and the morphological data of the housing complex to generate an alarm. A voice alarm is output through the speaker line L corresponding to the reported fire detector S. That is, here, since the manner of the spread of fire changes depending on the form of the housing complex, it is possible to change the speaker line L that is the output target of the voice alarm.

Concretely, the form data of the apartment house is data of a corridor type house in which the main entrance and exit of each room of the apartment house faces the corridor, or a staircase type in which the main entrance and exit of each room of the apartment house faces a staircase. It consists of housing data. It should be noted that the staircase-type housing complex also includes one having a corridor connecting the stairs. The voice alarm device 2 receives the installation data of the speaker line L from each of the plurality of speaker lines L and the speaker line L thereof when the corridor type data is previously received as the form data of the housing complex from the integrated board 1. The data is associated with the floors of the installed housing complex (Fig. 2
(See (a)). On the other hand, when the staircase type data is received as the form data of the apartment house, the installation data of the speaker line L is set to each of the plurality of speaker lines L and the block in the apartment house in which the speaker line L is installed. The data is made to correspond (see FIG. 2B).

When the alarm data of the fire detector S is received from the integrated board 1, the alarm data is installed on the alarm floor and the floor immediately above by referring to the installation data of the speaker line L selected as described above. A voice alarm is output through the speaker line L or the speaker line L installed in the reporting block and the block immediately above. That is, when the form of the housing complex is a corridor type, the voice alarm device 2 receives the alarm floor data from the integrated board 1, and issues an audio alarm through the speaker line L installed on the alarm floor and the floor immediately above. Output. On the other hand, when the form of the housing complex is a staircase type, the voice alarm device 2 receives the alarm block data from the integrated board 1, and issues a voice alarm through the speaker line L installed in the alarm block and the block immediately above. Output.

The above operation is the same even if the number of the voice alarm devices 2 is plural as shown in FIG. 1, and the integrated board 1 addresses the addresses assigned to each of the voice alarm devices 2. By specifying and sending data, it is possible to support large-scale systems. That is, the address assigned to each voice alarm device 2 is designated from the integrated board 1 to the voice alarm device 2, and the installation data of the speaker line L and the form data of the housing complex are set at the time of initialization through the multiplex transmission line L2. (Corridor type data, staircase type data) is transmitted. Also, during normal monitoring, the alarm data of the fire detector S (alarm floor data, alarm block data) is transmitted.

In the present invention, since a plurality of voice alarm devices 2 can be connected in this way and distributed processing can be performed in each voice alarm device 2, even in a large-scale system having a plurality of buildings, each building can be provided in each building. By providing the voice warning device 2, the voice warning function can be achieved with a simple and simple structure. Next, the interlocking of the voice alarm will be described with reference to FIGS. 3 to 5 show the case where the form of the housing complex is a corridor type, and FIGS. 6 and 7 show the case where it is a staircase type.

FIG. 3 shows patterns of outputting a voice alarm in the corridor type apartment house with pattern numbers (1) to (3). In the figure, "●" indicates the fire floor (warning floor), and "○" indicates the interlocking floor. In the figure, the pattern,
, Has a regular pattern as described above, such as outputting a voice alarm on the reporting floor and the floor immediately above, but in other patterns, the voice alarm device 2
The interlocking data of the voice alarm is received from the integrated board 1, and the voice alarm is output through the speaker line L designated by the interlocking data.

That is, when the interlocking relationship such as outputting the voice alarm from the speaker line L installed on the reporting floor and the floor immediately above is not decided in advance, the integrated board 1 sets the interlocking data specifying the installation floor of the speaker line L. Is transmitted to the voice alarm device 2 to output a voice alarm individually. Note that the interlocking data may specify the speaker line L for outputting a voice alarm, and, like pattern ~,
When another speaker line L is added to the speaker line L, which has a predetermined interlocking relationship for outputting a voice alarm from the alarm floor and the floor immediately above, the integrated board 1 outputs the alarm data of the fire detector S. At the same time, linked data for outputting a voice alarm may be transmitted from the speaker line L to be added.

In this way, if the speaker line L (floor) for individually outputting the voice alarm can be designated from the integrated board 1, even in an apartment house where the floor exists in the basement, the voice alarm is output to the dwelling unit in the basement, etc. It is possible to encourage people in the area to evacuate and prevent the spread of fire due to the accumulation of smoke. In addition, even when adding a special interlocking relationship,
Since it is only necessary to transmit the interlocking data from the integrated board 1, it is possible to easily cope with this.

FIG. 4 shows an example in which the alarm is issued underground in a corridor type house. As shown in (a), when the fire detector S is issued on the second basement floor, the second-floor basement and the first basement
When the fire alarm S is output on the first basement floor as shown in (b) by outputting a voice alarm on the first floor, the first basement floor and the ground 1
In addition to the floor, a voice alarm is output on the second basement floor, and as shown in (c), when the fire detector S is issued in the elevator machine room on the second basement floor, it is installed in parallel with the elevator. Sound alarms will be output on the stairs, and on the 2nd and 1st basements.

FIG. 5 shows an example in which an alarm is issued on the ground floor in an apartment house having the same structure as in FIG. (A)
As shown in, when the fire detector S is reported on the 5th floor, since there is no floor directly above, a voice alarm is output only on the 5th floor, which is the reporting floor, and as shown in (b), the stairs (shared Section), when the fire sensor S is issued, a voice alarm is output only on the stairs. Also, as shown in (c), when the fire detector S is issued on the first floor, a voice alarm is output on the first and second floors, and the first and second basements, and as shown in (d). When the fire detector S is issued in the elevator machine room above the elevator, a voice alarm is output in the machine room, the fifth floor and the stairs.

In the staircase type apartment house shown in FIG. 6, as shown in the figure, a fire detector S is issued in a dwelling unit belonging to the block (A1) (a dwelling unit on the first floor, indicated by “●” in the figure). Sometimes, the block (A1) to which the dwelling unit belongs,
A voice alarm is output from the speaker line L installed in the dwelling unit and the stairs (including the elevator) belonging to the block (A2) immediately above.

In this figure, the blocks (A1, A
2, A3) use the stairs A or the elevator A, and the dwelling units that belong to the blocks (B1, B2, B3) use the stairs B or the elevator B and use the blocks (C
The dwelling units belonging to 1, C2, C3) show a structure in which a stair C or an elevator C must be used. Next, FIG. 7 (a) shows a case where the fire detector S has issued an alarm in the stairs (common area) belonging to the block (B2). As in the case of FIG. A voice alarm is output from the speaker circuit L installed in the block (B2) to which it belongs and the dwelling units and stairs that belong to the block (B3) immediately above.

As shown in FIG. 7B, the elevator A
When the fire sensor S is issued in the machine room above the machine room, a voice alarm is output from the machine room and the speaker line L installed in the dwelling unit and the stairs belonging to the block (A3) directly below. In this case, since the speaker line L that outputs the voice alarm does not apply to the predetermined interlocking relationship of setting the alarm block and the block immediately above, the voice alarm device 2 receives the interlocking data of the voice alarm from the integrated board 1. Speaker line L specified by the interlocking data.
A voice alarm is output through.

[0046]

As can be understood from the above description, in the fire alarm system having the voice alarm function according to claim 1 of the present invention, the integrated panel is changed to the voice alarm device as an initial setting at the time of construction. , If you send and register the installation data of the speaker line, the integrated board will send only the alert data to the fire alarm when the fire alarm is triggered during subsequent monitoring. However, the voice alarm device that receives this can output a voice alarm based on the installation data of the speaker line that is registered in advance.

Therefore, the integrated board is
Since it is not necessary to register interlocking data that sets up an interlocking speaker line for all fire detectors, the memory capacity in the integrated panel can increase even if the system scale increases. Absent. Further, since the integrated board need only send the alarm data to the voice alarm device, the control does not become complicated.

In the second aspect, the installation data of the speaker line is configured to correspond to each of the plurality of speaker lines and the floor of the apartment house or the block in the apartment house in which the speaker line is installed. Therefore, if the floor or block that outputs the voice alarm is known, the voice alarm device can interlock the speaker line installed therein. In claim 3, the voice alarm device outputs a voice alarm through speaker lines installed on the alarm floor and the floor immediately above when the alarm floor data is received from the integrated board, and when the alarm block data is received, Since the voice alarm is output through the speaker line installed in the reporting block and the block immediately above, it is possible to output the voice alarm according to the form of the housing complex.

According to a fourth aspect of the present invention, the voice alarm device receives the form data of the housing complex from the integrated board as an initial setting, and when it receives the alarm data of the fire detector from the integrated board during normal monitoring. , It is possible to output a voice alarm through a speaker line corresponding to the fire detector that has issued the alarm, in accordance with the form of the housing complex. In claim 5,
The form data of the apartment house is configured as either a corridor type or a staircase type, and a voice alarm suitable for each type can be output.

In a sixth aspect of the present invention, when the housing complex is a corridor type, the voice alarm device receives the alarm floor data from the integrated board, and the speakers installed on the alarm floor and the floor immediately above. Output the voice alarm through the line. On the other hand, if the housing complex is a staircase type, receive the alert block data from the integrated board and output the voice alert through the speaker line installed in the alert block and the block directly above. be able to.

In the present invention, the voice alarm device receives the voice alarm interlocking data from the integrated board, and outputs the voice alarm through the speaker line designated by the interlocking data. Therefore, even if the interlocking relationship such as outputting a voice alarm from the speaker line installed on the reporting floor and the floor directly above it is not decided beforehand, or even if special interlocking is performed, the speaker line is individually specified from the integrated board. For example, a voice alarm can be output.

In the eighth aspect, since the integrated board can be connected with a plurality of voice alarm devices, distributed processing can be performed by each voice alarm device, and even a large-scale system has a voice alarm function with a simple configuration. You can

[Brief description of drawings]

FIG. 1 is a block diagram showing an example of a main configuration of a fire alarm system having a voice alarm function according to the present invention.

FIG. 2 is a diagram showing an example of a configuration of installation data of a speaker line.

FIG. 3 is a diagram illustrating an example of interlocking voice alarms (in the case of a corridor-type house).

FIG. 4 is a diagram illustrating an example of interlocking voice alarms (in the case of a corridor-type house).

FIG. 5 is a diagram illustrating an example of interlocking voice alarms (in the case of a corridor-type house).

FIG. 6 is a diagram illustrating an example of interlocking with a voice alarm (in the case of a staircase type house).

FIG. 7 is a diagram illustrating an example of interlocking voice alarms (in the case of a staircase type house).

[Explanation of symbols]

1 integrated board 2 voice alarm 21 Voice alarm output section 23 Memory 3 housing information boards L speaker line L1, L2 multiplex transmission line S fire detector

─────────────────────────────────────────────────── ─── Continuation of front page (72) Inventor Junji Senoo 1048, Kadoma, Kadoma City, Osaka Prefecture Matsushita Electric Works, Ltd. (72) Kenji Hirota, 1048, Kadoma, Kadoma City, Osaka Matsushita Electric Works, Ltd. ( 56) References JP-A-10-69591 (JP, A) JP-A-7-57162 (JP, A) JP-A-57-161995 (JP, A) JP-A-9-62959 (JP, A) 56-172182 (JP, U) (58) Fields surveyed (Int.Cl. ⁷ , DB name) G08B 27/00 G08B 17/00

Claims (8)

(57) [Claims] 1. A voice alarm device having a plurality of speaker lines installed at appropriate places of an apartment house is connected to an integrated board connected to a plurality of fire detectors installed at appropriate places of an apartment house. In the fire alarm system, the integrated board transmits the installation data of the plurality of speaker lines to the voice alarm device in advance, and the voice alarm device sends the installation data of the plurality of speaker lines. When received, it will store this installation data, and thereafter, when it receives fire detector alert data from the integrated board,
A fire alarm system having a voice alarm function, which outputs a voice alarm through a speaker line corresponding to a fire detector that has issued a warning, with reference to the stored installation data. 2. The installation data of the speaker line is configured so as to correspond to each of a plurality of speaker lines and a floor of an apartment house or a block in the apartment house in which the speaker lines are installed. The fire alarm system having the voice alarm function according to claim 1. 3. The alarm data transmitted from the integrated board to the voice alarm device is composed of alarm floor data or alarm block data, and the voice alarm device outputs the fire detector from the integrated board. When the report data is received, the voice alarm is output through the speaker line installed on the reporting floor and the floor immediately above or the speaker line installed on the reporting block and the block immediately above by referring to the installation data of the above speaker line. The fire alarm system having the voice alarm function according to claim 1 or 2, characterized in that the fire alarm system is provided. 4. The integrated board is further adapted to previously transmit form data of the housing complex to the voice alarm device, and when the voice alarm device receives the form data of the apartment house, When the fire detector alert data is received from the integrated board after further storing the morphology data, the fire detector that issued the alert is referred to by referring to the speaker line installation data and the apartment house morphology data. A fire alarm system having a voice alarm function according to claim 1 or 2, wherein a voice alarm is output through a corresponding speaker line. 5. The form data of the housing complex is either corridor type data in which a main entrance / exit of each room of the housing complex faces a corridor, or staircase type data in which a main entrance / exit of each room of the housing complex faces a staircase. The fire alarm system having the voice alarm function according to claim 4, which is configured by. 6. The alarm data transmitted from the integrated board to the voice alarm device is composed of alarm floor data or alarm block data, and the voice alarm device is preliminarily provided as the form data of the housing complex in the corridor. When the type data is received, the installation data of the speaker line is set as the data in which each of the plurality of speaker lines is associated with the floor of the apartment house in which the speaker line is installed. When the staircase type data is received as the data, the installation data of the speaker line is made to correspond to each of the plurality of speaker lines and the block in the apartment house in which the speaker line is installed, and the integration is performed. When the fire detector alert data is received from the panel, refer to the above speaker line installation data and refer to the speaker numbers installed on the alert floor and the floor immediately above. Or, wherein the outputting the audio alarm through the installed speaker lines to the alarm block and directly above the block, fire alarm system having a voice alarm function according to claim 5. 7. The voice alarm device, when receiving the voice alarm interlocking data from the integrated board, outputs the voice alert through a speaker line designated by the interlocking data. A fire alarm system having the voice alarm function according to claim 6. 8. The integrated board is capable of connecting a plurality of the voice alarm devices, and transmits data by designating an address assigned to each of the voice alarm devices. A fire alarm system having a voice alarm function according to any one of claims 1 to 7.