JP2004171385A - Alarm and monitoring system for apartment house - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a system capable of stopping an alarm sound in a dwelling house from out of the dwelling house in an alarm and monitoring system combining an automatic fire alarm facility in an apartment house with an interphone facility. <P>SOLUTION: A composite board is connected to a plurality of housing information boards through a pair of transfer lines. The composite board transmits, in response to the operation input of an alarm sound stop switch, an alarm sound stop signal with a designated room number through the transfer lines, and the housing information board of the designated room number stops the generation of the alarm sound on receipt of the alarm sound stop signal from the transfer lines. Accordingly, the alarm sound of the housing information board of a required dwelling house can be stopped by the operation from the composite board. <P>COPYRIGHT: (C)2004,JPO

Description

[0001]
[Industrial applications]
The present invention relates to an alarm monitoring system in which an automatic fire alarm system and an intercom system in an apartment house are combined.
[0002]
[Prior art]
In a multi-family apartment, an intercom system consisting of a dwelling unit (housing information panel) and a management room unit is installed in each dwelling unit and the management room, so that residents of each dwelling unit and managers can communicate with each other through the intercom. ing. (See, for example, Patent Document 1).
[0003]
[Patent Document 1]
JP 2000-69181 A
[Problems to be solved by the invention]
In the conventional intercom equipment as described above, the alarm sound is given priority in the dwelling unit even if there is an intercom call from the control room when an alarm is sounding due to an abnormality occurring in the dwelling unit as a security function. , Could not be called. When the resident is at home, it is more realistic to deal with the abnormal state first than to call through the intercom.
[0005]
However, while the alarm is sounding, if the resident is at home, take action for that alarm, and after the fact, unnecessary alarms will be stopped by the resident's operation, but no one will stop the alarm when there is not. Would. It is unclear from outside the dwelling unit whether the resident is in the dwelling unit where the alarm sound is being generated and is coping with the abnormality, or whether it is just absent. It is difficult to respond, and even when the resident of the neighboring dwelling unit is recognized and the manager tries to confirm, it is necessary to stop the alarm sound in the dwelling unit.
[0006]
Accordingly, an object of the present invention is to provide a system for monitoring an alarm in a dwelling unit from outside the dwelling unit in an alarm monitoring system in which an automatic fire alarm system and an intercom system are combined in an apartment house.
[0007]
[Means for Solving the Problems]
The present invention relates to an apartment house alarm monitoring system having at least a composite panel and a plurality of house information panels, wherein the composite panel is configured to stop the alarm sound when the house information panel is issuing an alarm. A switch is provided, and furthermore, the composite panel and a plurality of house information panels are connected by a pair of transmission lines, and the composite panel has an operation input of an alarm sound stop switch. At one time, a warning sound stop signal specifying a room number is sent out via the transmission line, and the house information panel of the specified room number receives a warning sound stop signal from the transmission line when receiving the warning sound stop signal. This is to stop sounding.
[0008]
The designation of the room number is either the room number of the transmission source from which the composite panel receives the operation signal based on the security monitoring function, or the room number by operation input from the composite panel surface. During the sounding of the alarm sound, the house information panel performs a calling operation when receiving a calling signal of the intercom function after receiving the alarm sound stop signal.
[0009]
BEST MODE FOR CARRYING OUT THE INVENTION
Hereinafter, embodiments of the present invention will be described with reference to the drawings. FIG. 1 is a system diagram of a combined alarm / monitoring system for a residential complex utilizing the present invention, and FIGS. 2 and 3 are block diagrams of a complex panel, a house information panel, and a collective entrance machine used in FIG.
[0010]
In FIG. 1, 10 is a composite panel, 20 is a collective entrance machine, 30 is a house information panel, 50 is a door phone, 61 is a fire detector such as a thermal or smoke type, 62 is a gas leak detector, 63 is a security switch, 64 is an emergency call switch, 65 is a fire detector provided in the common area, 66 is a control device such as smoke prevention equipment provided in the common area, 70 is a video adapter, L1 is a transmission line, L2 is a communication line, and L3 is a communication line. A video line, L4 is a communication line to the doorphone 50, L5 is a control line to the doorphone 50, and L61, L62, L63, L64, L65 and L66 are signal lines, respectively.
[0011]
The composite panel 10 has a call control function as a call control device of the intercom equipment, a monitor control function for providing a television monitor system, and a security monitoring function as a fire receiver of the automatic fire alarm equipment. Installed in the management room of a house.
[0012]
The collective entrance machine 20 is a device operated by a visitor to the apartment house to call each dwelling unit, and is installed at the collective entrance of the apartment house or the like.
[0013]
The house information panel 30 includes a fire detector 61, a gas leak detector 62, a security switch 63, an emergency call switch 64, and the like necessary for the security monitoring function, which are connected via signal lines L61, L62, L63, and L64, respectively. While installed in each dwelling unit, each home information panel 30 is connected to the composite panel 10 via a transmission line L1, a communication line L2, and a video line L3.
[0014]
The doorphone 50 is connected to the house information panel 30 via the communication line L4 and the control line L5, and is installed at the entrance of each dwelling unit.
[0015]
The fire detector 65 is provided in a common part of an apartment house such as a collective entrance, a hall, a corridor, a machine room, a gathering room, and the like, and the control device 66 is a district bell device, a smoke prevention device, a fire extinguishing device. Is a controlled device that is controlled when a fire such as that described above occurs, and is provided in a common area of an apartment house, like the fire detector 65.
[0016]
The video adapter 70 is installed at each position corresponding to each house information panel 30 to control connection and disconnection to the video line L3.
[0017]
Briefly describing various functions realized by such a configuration, in the call control function, when the composite panel 10 receives a call signal of, for example, room 801 from the collective entrance machine 20, the composite panel 10 transmits the signal via the transmission line L1. And transmits a call signal to the house information panel 30 of the room 801, receives a response signal from the house information panel 30 of the room 801, and transmits a connection signal to the collective entrance 20 and the house information panel 30 of the room 801. The collective entrance 20 and the house information panel 30 in room 801 are connected to the communication line L2, respectively, to form a communication path via the communication line L2.
[0018]
In the video control function, the housing information panel 30 of, for example, room 801 which has received the connection signal using the operation of the above-mentioned call control function is connected to the video line L3 via the video adapter 70, and A signal path for receiving a video signal transmitted from the video line L3 is formed.
[0019]
When the composite panel 10 receives a security signal based on the operation of the gas leak detector 62, the security switch 63, the emergency call switch 64, and the like from the house information panel 30, the composite panel 10 transmits the transmitted house information. It displays and warns the room number of the dwelling unit where the panel 30 is installed, the type of security signal, and the like.
[0020]
Similarly, a fire alarm control function is provided as a part of the security monitoring function. When the composite panel 10 receives a fire signal from the house information panel 30 based on the operation of the fire detector 61, the transmitted house information panel 30 is installed. In addition to displaying and alarming the room number and the fire to the effect, a warning signal specifying the room number is transmitted from the composite panel 10, and the house information panel 30 installed in the fire occurrence floor and the dwelling units immediately above the floor has an alarm. A fire alarm is issued by judging from the room number of the signal.
[0021]
Next, in the composite board 10, reference numeral 11 denotes a monitoring control unit, 12 denotes a display unit, 13 denotes an operation unit, 14 denotes a communication circuit, 15 denotes a handset, 16 denotes a speaker, 17 denotes a video control unit, 18 denotes a television monitor, and 19 denotes a television monitor. Is a reception control unit.
[0022]
Although not shown, the monitoring control unit 11 has a CPU and a memory, and performs transmission control, call control, security monitoring control, fire monitoring alarm control, remote test control, and the like between the intercom equipment and the automatic fire alarm equipment.
[0023]
The display unit 12 includes various display lamps related to the intercom equipment and the automatic fire alarm equipment, and a display such as an LCD, and performs various displays under the control of the monitoring control unit 11.
[0024]
The operation unit 13 has various operation switches such as a numeric keypad used for the intercom equipment and the automatic fire alarm equipment.
[0025]
The communication circuit 14 is for an administrator to make an interphone call from a management room or the like where the composite panel 10 is provided, and has a handset 15.
[0026]
The video control unit 17 receives a video signal via the video line L3 from the collective entrance device 20, performs monitor control for transmitting the video signal to the video line L3 to each house information panel 30, and receives the video signal. The video signal can be projected on the television monitor 18 of the composite board 10.
[0027]
Further, in the housing information panel 30, 31 is an alarm receiving circuit, 33 is an alarm sound circuit, 34 is a communication circuit, 35 is a handset, 36 is a display unit, 37 is an operation unit, 39 is a control unit, 40 is a speaker, 41 Is a video circuit, 42 is a television monitor, 43 is a video switching control circuit, and 44 is a call switching circuit.
[0028]
The alarm receiving circuit 31 is connected to a fire detector 61, a gas leak detector 62, a security switch 63, an emergency call switch 64, and the like, and monitors a signal input therefrom.
[0029]
The alarm sound circuit 33 includes a memory (not shown) storing sound and voice data such as various alarm contents, a voice synthesis circuit, an amplifier, and the like.
[0030]
The call circuit 34 is for a resident to make an interphone call from inside the dwelling unit. The call circuit 34 includes a handset 35 and is connected to a call line L2 or L4 via a call switching circuit 44.
[0031]
Although not shown in detail, the operation unit 37 has various switches such as a call switch for calling a management room (combination panel 10) and an unlocking switch for a collective entrance door.
[0032]
Although not shown in detail, the control unit 39 has a CPU and a memory, performs various types of transmission control with the composite panel 10 via the transmission line L1, and performs monitoring control of the entire house information panel 30.
[0033]
The video circuit 41 displays a video signal transmitted to the video line L3 on the television monitor 42, and confirms a face, a figure, and the like of a visitor who visits a collective entrance or the like by a resident in the residence. The connection of the video circuit 41 to the video line L3 is based on a switching output from a video switching circuit 43 that controls switching to a video adapter 70 provided at a predetermined position of the video line L3.
[0034]
Further, in the door phone 50 of FIG. 2, reference numeral 51 denotes a call switch, 52 denotes a microphone, 53 denotes a speaker, and 54 denotes a power indicator lamp.
[0035]
Next, a part of the board surface related to the display unit 12 and the operation unit 13 of the composite board 10 will be described with reference to FIG. FIG. 4 shows a block related to calling by an interphone on the board of the composite board 10, and other blocks related to a fire display, an audio alarm, and the like as an automatic fire alarm system are not shown. In addition, a handset, a speaker hole, an LCD screen, and the like also exist as a board surface.
[0036]
81 is a room number display section, 82 is a numeric keypad, 83 is a memory light, 84 is a memory set switch, 85 is a memory reset switch, 86 is a dwelling unit sound stop switch, 87 is an emergency call switch, 88 is a broadcast switch, and 89 is an alarm. A recovery switch, 90 is a call switch, 91 is a cancel switch, 92 is an unlock switch, and 93 is an unlock light.
[0037]
The room number display section 81 displays the room number of the other party and the room number input when operating other functions.
[0038]
The numeric keypad 82 is a group of necessary keys used when numeric input such as a room number of a call destination is required.
[0039]
The memory lamp 83 is a display lamp that indicates that there is call information when a call is made from any of the house information panels 30 and the call information is stored in the storage unit M.
[0040]
The memory set switch 84 is a switch for displaying the room number of the call information on the room number display unit 81 when the call information is stored in the storage unit M. When a plurality of call information is stored, , Are displayed in order by operating the memory set switch 84 again. When the memory set switch 84 is operated in the off-hook state with the handset 15 picked up, the call information indicating that there is a call from the multi-panel 10 to the house information panel 30 of the room number displayed on the room number display section 81 is It can be stored in the house information panel 30 side.
[0041]
The memory reset switch 85 is a switch capable of deleting the call information when operated while the room number of the call information stored in the storage unit M is displayed on the room number display unit 81. This is used when information is unnecessary. When the memory reset switch 85 is operated in an off-hook state with the handset 15 picked up, the call information on the house information panel 30 side set on the house information panel 30 of the room number displayed on the room number display section 81 is displayed. Can be erased.
[0042]
The dwelling unit acoustic stop switch 86 is a switch for stopping the alarm sound when an alarm is issued in the dwelling unit as a result of security monitoring of each housing information panel 30.
[0043]
The emergency call switch 87 is a switch that is operated when the corresponding house information panel 30 is urgently called from the composite panel 10 when an abnormality occurs in any one of the house information panels 30. Even when the communication line L2 is in use, the emergency call switch 87 is operated. To make intercom calls possible.
[0044]
Simultaneous broadcast switch 88 is a switch used when talking to all the housing information boards 30. By pressing this switch 88, all the housing information boards 30 are connected to the communication line L2, and the contents of the communication are transmitted to all the dwelling units. It can be shed.
[0045]
The alarm recovery switch 89 is a switch operated when an alarm is generated by the security function of the house information panel 30 to confirm safety and then return to a normal monitoring state.
[0046]
The call switch 90 is a switch for calling the house information panel 30 of the room number displayed on the room number display section 81 by operating after inputting the room number from the numeric keypad 82 when making an interphone call.
[0047]
The cancel switch 91 is a switch for canceling an incorrect entry of the room number from the numeric keypad 82, and clears the display of the room number display section 81 and returns to an uninput state.
[0048]
The unlock switch 92 is a switch that can remotely open a door of a collective entrance (not shown). Although not described in detail, the door of the collective entrance is automatically locked by an automatic lock. Has become.
[0049]
The unlocking light 93 is an indicator light that lights when the unillustrated collective entrance door is open.
[0050]
Next, the operation of the embodiment having the above configuration will be described.
[0051]
FIG. 5 is a flowchart schematically showing the operation of the composite board 10 in FIG. 1, and FIG. 6 is a flowchart schematically showing the operation of the house information board in FIG.
[0052]
The basic operation of this system includes a call between the entrance hall 20 and each housing information panel 30, a communication between the composite panel 10 and each housing information panel 30, and a communication between the entrance hall 20 and the composite panel 10. Control is performed. A case will be described in which one of the house information panels 30 is called from the collective entrance apparatus 20 to make a call.
[0053]
For example, when a visitor who visits room 301 inputs "301" by using a ten-key (not shown) of the collective entrance 20 provided at the collective entrance and operates a call switch (not shown), the collective entrance 20 becomes A call signal relating to a call from the entrance machine 20 is transmitted to the composite board 10 via the transmission line L1. In addition, the collective entrance device 20 turns on a television camera (not shown) to start photographing a visitor, and sends the video as a video signal to the composite board 10 via the video line L3.
[0054]
Upon receiving the call signal (S12), the monitoring control unit 11 of the multi-panel 10 determines that the room 301 is to be called from the collective entrance device 20, adds the address of the room 301, and transmits a call control signal to the transmission line L1. Then, the video controller 17 is activated to transmit the video signal received from the collective entrance device 20 to the video line L3 (S13).
[0055]
The control unit 39 of the house information panel 30 in the room 301 which has received the call control signal determines that the call is a call to itself from the received call control signal (S32), and generates a ring tone from the speaker 40, In addition, the display unit 36 indicates a call from the collective entrance, activates the video circuit 41, and performs switching output to the video adapter 70 via the video switching circuit 43.
[0056]
By the switching connection of the video adapter 70 by the switching output, the video circuit 41 is connected to the video line L3, receives a video signal captured by a television camera (not shown) as a camera function of the collective entrance device 20, and sends the video signal to the television monitor 42. It is displayed (S33).
[0057]
Then, the resident of the room 301 confirms the face of the visitor from the image displayed on the television monitor 42, and when the handset 35 is picked up, the control unit 39 outputs an off-hook signal as a transmission signal to which its own address is added. Is transmitted to the composite board 10 via the transmission line L1, and the switching circuit 44 performs switching output to connect the communication circuit 34 to the communication line L2 (S33).
[0058]
The supervisory control unit 11 of the composite board 10 that has received the off-hook signal as the transmission signal transmits a call control signal similar to the above to the collective entrance device 20, and turns on a not-shown call circuit of the collective entrance device 20 (S13). As a result, an intercom call is made between a visitor existing in front of the collective entrance machine 20 and a resident of the room 301.
[0059]
When the call ends and the resident returns the handset 35 to be in the on-hook state, the control unit 39 of the house information panel 30 in the room 301 combines the on-hook signal as a transmission signal with its own address added thereto via the transmission line L1. The transmission to the board 10 is stopped, and the switching output to the call switching circuit 44 is stopped to disconnect the communication circuit 34 from the communication line L2. Similarly, the switching output to the video adapter 70 is stopped via the video switching control circuit 43. Then, the video circuit 41 is disconnected from the video line L3, and each returns to the original state (S33).
[0060]
The supervisory control unit 11 of the composite panel 10 that has received the on-hook signal as the transmission signal transmits a communication end signal as a transmission signal to the collective entrance device 20 (S13). Turn off the TV camera etc. and return to the original state.
[0061]
In other cases, the intercom call is also subjected to the same call control and monitor control as described above.
[0062]
Next, the case where the emergency call switch 64 is operated will be described as the security monitoring processing in this embodiment.
[0063]
For example, when the emergency call switch 64 operates in the room 401, the alarm receiving circuit 31 detects the operation signal of the emergency call switch 64 in the house information panel 30 of the room 401 and inputs the signal to the control unit 39 (S31), and the control unit 39 transmits an emergency call signal as a transmission signal to which its own address is added to the composite board 10 via the transmission line L1 (S39).
[0064]
The monitoring control unit 11 of the composite panel 10 that has received the emergency call signal determines from the transmission signal received via the transmission line L1 that the signal is an emergency call signal from the room 401 (S14). An emergency call indicator lamp (not shown) is turned on, an emergency call from Room 401 is displayed on an LCD (not shown), and an alarm sound and a voice alert indicating an emergency call are output from the speaker 16 ( S15).
[0065]
The condominium manager recognizing the emergency call from the composite panel 10 performs a site check to confirm that there is no abnormality or that the abnormality has been resolved. The original state is restored by the restoration input to the section 13.
[0066]
The best way for the manager to check the site is to go to the dwelling unit that sent the signal.However, in the case of a high-rise apartment, the travel time from the management room to the top floor is long and communication from residents In some cases, the situation can first be confirmed through an interphone call.
[0067]
Therefore, in the system according to the present embodiment, when the emergency call signal from room 401 is received as described above, the manager recognizes the emergency call signal from the display unit 12 of the composite panel 10, and the room 401 is interphoned. Can be called.
[0068]
Here, at the time when the composite panel 10 receives the emergency call signal, an alarm sound is sounding from the speaker 40 of the house information panel 30 in the room 401. In this state, even if an intercom call is made from the composite panel 10 to the house information panel 30 in the room 401, the alarm operation in the house information panel 30 is prioritized.
[0069]
At this time, the manager inputs “401” from the board of the composite board 10 using the numeric keypad 82, displays “401” on the room number display section 81, and presses the dwelling unit acoustic stop switch 86. With this operation, the monitoring control unit 11 of the composite panel 10 determines that the dwelling unit acoustic stop operation has been performed (S11), adds the address of the room 401, and transmits the dwelling unit acoustic stop signal as a transmission signal to the transmission line L1. (S24).
[0070]
The control unit 39 of the house information panel 30 of the room 401 which has received the dwelling unit sound stop signal determines that the dwelling unit sound is stopped for itself from the received call control signal (S31), and the alarm sound from the speaker 40 is issued. Is stopped (S39).
[0071]
Then, the manager performs an emergency call operation following the dwelling unit sound stop operation. That is, the administrator inputs “401” from the board of the composite board 10 using the numeric keypad 82, displays “401” on the room number display section 81, and presses the emergency call switch 87. With this operation, the monitoring control unit 11 of the composite panel 10 determines that an emergency call operation has been performed (S11), adds an address of room 401, and transmits an emergency call signal to the transmission line L1 (S24). .
[0072]
In the emergency call operation, when the dwelling unit sound stop operation is continued, the room number at the time of the dwelling unit sound stop operation is temporarily stored in a specific storage unit, and the room number temporarily stored in the emergency call operation is used to make an emergency. A paging operation may be performed, and labor for inputting a room number can be reduced by one time.
[0073]
The control unit 39 of each house information panel 30 that has received the emergency call signal stops the switching output to the call switching circuit 44 and disconnects the communication circuit 34 from the communication line L2 even when the intercom communication is established. . Further, the video circuit 41 is stopped, and the switching output to the video adapter 70 via the video switching control circuit 43 is stopped. Then, the control unit 39 of the house information panel 30 in the room 401 to call urgently determines that it is a call to itself from the received emergency call signal, generates a ringing sound from the speaker 40, and displays the display unit. The emergency call is displayed at 36 (S39).
[0074]
Then, when the handset 35 is picked up by a resident of the room 401 in an emergency (S31), the control unit 39 sends an off-hook signal as a transmission signal to which the self-address is added to the composite board 10 via the transmission line L1. Is transmitted to the communication switching circuit 44 to switch the communication circuit 34 to the communication line L2 (S33).
[0075]
Upon receiving the off-hook signal as a transmission signal, the monitoring control unit 11 of the composite panel 10 turns on the communication circuit 14, and thereby, between the administrator of the composite panel 10 and the resident of the house information panel 30 in the room 401. Makes it possible to make an intercom call.
[0076]
In this way, if the manager can make an intercom call directly with the resident of the dwelling unit and can check the situation, there is no need to go to the dwelling unit where the emergency call signal was issued and check.
[0077]
The operation by the emergency call switch 86 may include the operation of stopping the dwelling unit sound. That is, in many cases, an alarm sound is sounding at the time of an emergency call, and the house information panel 30 that has received the emergency call signal specifying the own room number stops the alarm sound as described above, and thereafter the intercom By performing the operation of sounding the ringing tone, the ten key 82 of the room number only needs to be operated once by the administrator, and it is not necessary to input it twice. This has a great effect that, in an emergency, the operation can be performed quickly and erroneous input can be reduced.
[0078]
Next, the operation of the fire monitoring / alarm processing will be described, for example, when a fire occurs in room 601.
[0079]
When the fire detector 61 of the room 601 operates and outputs a fire signal, the alarm receiving circuit 31 of the house information panel 30 of the room 601 receives the fire signal (S34). A voice synthesizing circuit (not shown) is controlled, and a voice alarm such as "a fire detector has been activated in this dwelling unit" is issued from the speaker 40 (S35).
[0080]
If the resident of the room 601 confirms the inside of the dwelling unit by the voice alarm from the house information panel 30 and operates the recovery switch (not shown) of the house information panel 30 if a false alarm or an initial fire can be extinguished, the recovery operation can be performed. However, in the case of a fire in which initial fire extinguishing is impossible, a fire decision switch (not shown) on the house information panel 30 is operated to perform a fire decision input, and the control unit 39 transmits a fire signal as a transmission signal to which its own address is added. Is transmitted to the composite board 10 via the transmission line L1 (S35). Note that even if there is no fire confirmation input such as the absence of room 601 or the like, the control unit 39 keeps a predetermined time (for example, two minutes) from the input of the fire signal from the fire detector 61 to the alarm receiving circuit 31. According to the progress, the fire signal as the transmission signal is transmitted as described above.
[0081]
Upon receiving the transmission signal, the monitoring control unit 11 of the composite panel 10 determines that the signal is a fire signal from the room 601 (S16), turns on a fire indicator lamp (not shown) on the display unit 12, and outputs the signal to the room 601. , A character is displayed on an LCD (not shown) indicating that there is a fire, and further, an alarm sound and a sound alarm indicating a fire are output from the speaker 16 (S17).
[0082]
In addition, the monitoring control unit 11 of the composite panel 10 stores the housing information panel 30 of each dwelling unit on the 6th floor, which is the same floor as the room 601 where the fire occurred, and the housing information panel 30 of each dwelling unit on the 7th floor, which is the floor immediately above it. An alarm control signal is transmitted via the transmission line L1 as a transmission signal for addressing the floor unit or the individual home information panel 30 in order to make a fire sound (S17). At the same time, when a district bell device is provided as a control device 66 in a common area such as a corridor, the sound is output to the control devices 66 on the fifth and seventh floors via the signal control line L66 (S17).
[0083]
Thus, in the house information panel 30 of each dwelling unit on the 6th and 7th floors excluding the room 601, the control unit 39 performs alarm control and issues a fire alarm such as “a fire has occurred from the room 601” from the speaker 40 ( S39).
[0084]
Then, when the fire disappears due to the firefighting activity and the fire returns, the fire recovery switch (not shown) is operated from the operation unit 13 of the composite panel 10 and the operation unit 37 of each house information panel 30 emitting an alarm sound. , Operate the fire recovery switch (not shown). With these, the alarm sound is stopped, and the signal indicating the emergency that causes the alarm is cleared.
[0085]
As described above, as an operation in this embodiment, a room number is input from the numeric keypad 82 on the board of the composite board 10 and displayed on the room number display section 81, and the room acoustic display switch 81 is pressed to operate the room. Although it has been shown that the number alarm can be silenced, different schemes can be used.
[0086]
In this embodiment, the housing information panel 30 that has received the dwelling unit sound stop signal does not maintain the sound stop state, and if a new abnormality occurs, a re-sound is sounded when a subsequent alarm is required. It is possible. In addition, it is possible to retain the dwelling unit sound stop signal in the house information panel 30 and maintain the stopped state. In this case, a dwelling unit sound stop release switch is added to the composite panel It is preferable that the stop can be released freely by releasing from the board surface. The stop state may be released by operating the housing information panel 30 by inputting an operation. However, a timer function is provided in the control unit 39 of the housing information panel 30 so that the cancellation is performed within a predetermined time (for example, 5 minutes) so as not to forget the release. You may make it.
[0087]
First, as a first modified example, in the monitoring control unit 11 of the composite panel 10, in order to realize the security monitoring function, what abnormality has occurred in which room number due to a transmission signal received via the transmission line L1. Is recognized and stored as information in storage means (not shown). Using the information in the storage means (not shown), a dwelling unit sound stop signal can be sent to the dwelling unit information panel 30 of the dwelling unit that is alarming.
[0088]
That is, when the manager presses the dwelling unit acoustic stop switch 86, the monitoring control unit 11 which has detected the operation input reads out the information of the storage means (not shown), specifies the room number under alarm, and specifies the room number on the numeric keypad 82. Can be transmitted to the transmission line L1 without inputting the room number. At this time, if there is a plurality of pieces of information in the storage means (not shown), a dwelling unit acoustic stop signal is output from each piece of information.
[0089]
In addition, as a second modified example, a dwelling unit acoustic stop signal that does not specify a room number can be output. That is, when the manager presses the dwelling unit acoustic stop switch 86, the monitoring control unit 11 directly transmits the dwelling unit acoustic stop signal to the transmission line L1, and transmits an emergency call signal and the like to output the alarm signal on the housing information panel 30 which is being warned. Performs an operation of stopping the self-sounding sound based on this dwelling unit sound stop signal.
[0090]
In these modified examples, there is no need to designate a room number in the above embodiment, and the administrator can reliably stop the alarm sound of the dwelling unit by a simple operation. In the first embodiment, while the alarm sound is sounding in a plurality of dwelling units, the alarm sound of dwelling units responding to the emergency call operation is stopped, and the alarm sound is sounded for dwelling units that cannot be dealt with by the administrator. There is an advantage that it can be continued. Therefore, while checking the abnormal state, use the embodiment based on the first embodiment, and use an embodiment that is selective or a combination of all so that any of the modified examples can be used after the abnormal state is resolved. Is also effective.
[0091]
In this embodiment, the house information panel 30 that has received the dwelling unit sound stop signal does not maintain the sound stop state, and can be re-ringed when a subsequent alarm is required.
[0092]
In each of the above embodiments, the dwelling unit acoustic stop switch 86 of the composite panel 10 is an example of an alarm sound stop switch, and the numeric keypad 82 is an example of a unit for designating a room number. It should be noted that the composite panel of the present invention does not necessarily need to have all the functions of the composite panel 10 in the embodiment. For example, a monitor function is not essential, and a conventional control room unit and transmission control functions are used as an operation control panel. What is necessary is just to have.
[0093]
As described above, the present invention relates to an apartment house alarm monitoring system having at least a composite panel and a plurality of house information panels, wherein the composite panel emits the alarm sound when the house information panel issues an alarm. Since an alarm sound stop switch for stopping is provided, it is possible to stop the alarm sound when a manager or the like tries to cope, and it is possible to call the real voice to the dwelling unit or to call operation with the intercom. . Further, the composite panel and the plurality of house information panels are connected by a pair of transmission lines, and the composite panel specifies a room number via the transmission line when an operation input of an alarm sound stop switch is input. The alarm information stop signal is transmitted, and the house information panel of the designated room number stops sounding of the alarm sound when receiving the alarm sound stop signal from the transmission line. It is possible to stop the necessary alarm sound of the house information panel of the dwelling unit by the operation.
[0094]
The room number can be specified by using the room number of the transmission source from which the composite panel receives the operation signal based on the security monitoring function, thereby reducing the need for manual input. When the room number is obtained by the operation input from the user, the dwelling unit to be dealt with can be specified. In addition, during the sounding of the alarm sound, each house information panel needs to perform the calling operation when receiving the calling signal of the intercom function after receiving the alarm sound stop signal, so that the room number input needs to be performed again. There is no.
[Brief description of the drawings]
FIG. 1 is a system diagram showing an example of an embodiment of the present invention.
FIG. 2 is a block diagram showing the composite board of FIG. 1;
FIG. 3 is a block diagram showing the house information panel of FIG. 1;
FIG. 4 is an external view showing a part of the composite board of FIG. 1;
FIG. 5 is a flowchart showing the operation of the composite board of FIG. 1;
FIG. 6 is a flowchart showing the operation of the house information panel of FIG. 1;
[Explanation of symbols]
REFERENCE SIGNS LIST 10 composite panel 11 monitoring control unit 13 operation unit 30 house information panel 39 control unit 40 speaker 82 numeric keypad 86 dwelling unit acoustic stop switch L1 transmission line

Claims (4)

In a combined house alarm monitoring system having at least a composite board and a plurality of house information boards,
The combined house alarm monitoring system, characterized in that the complex panel includes an alarm sound stop switch for stopping the alarm sound when the house information panel emits an alarm. The composite panel and a plurality of house information panels are connected by a pair of transmission lines, and the composite panel has an alarm sound that specifies a room number via the transmission line when there is an operation input of an alarm sound stop switch. 2. The apartment house alarm monitor according to claim 1, wherein a stop signal is transmitted, and the house information panel of the designated room number stops sounding of the alarm sound when receiving the alarm sound stop signal from the transmission line. system. 3. The apartment house according to claim 2, wherein the designation of the room number is one of a room number of a transmission source where the composite panel receives an operation signal based on the security monitoring function, or a room number obtained by an operation input from the composite panel panel. Alarm monitoring system. 4. The alarm system according to any one of claims 1 to 3, wherein each housing information panel performs a calling operation when receiving a calling signal of the intercom function after receiving the warning sound stop signal while the alarm sound is sounding. system.

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