JP2004171384A - Apartment house alarm monitoring system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To simplify the use of the control results of an alarm monitoring system in which automatic fire alarm equipment and interphone equipment in an apartment house are combined. <P>SOLUTION: In the apartment house alarm monitoring system comprising at least one composite board and a plurality of home information boards, the composite board is provided with a control means for monitoring and controlling the states of the whole system and a storage means for storing the control results of the control means, so that an apparatus which is a main target for the inspection of a trouble or the like can be easily detected and the control results of the system can be simply utilized. <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.
[0003]
In such a system, the call controller transmits and receives transmission signals to and from each dwelling unit and control room unit, and monitors and controls the entire system (for example, see Patent Document 1).
[0004]
[Patent Document 1]
JP 2000-69181 A
[Problems to be solved by the invention]
In the intercom equipment as described above, although the devices normally used by residents and managers are dwelling units and control room units, it is necessary to touch the call control device to set and confirm data, There was a problem that it was difficult to identify the equipment to be surveyed at times.
[0006]
Therefore, an object of the present invention is to make it easy to use the control result of the system 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 monitors and controls a state of the entire system, and stores a control result of the control unit. And means.
[0008]
The composite board includes at least one of an output unit that outputs a control result stored in the storage unit as data, a display unit that displays the control result on a screen of the board, and a printing unit that prints out the control result. The control result of the means includes transmission and reception of a signal relating to the security monitoring function and operation input on the board.
[0009]
Further, the storage means stores equipment information and operation setting information of the apartment house alarm monitoring system.
[0010]
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.
[0011]
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.
[0012]
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.
[0013]
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.
[0014]
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.
[0015]
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.
[0016]
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.
[0017]
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.
[0018]
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.
[0019]
In the monitor control function, using the operation of the above-described call control function, the house information panel 30 in, for example, room 801 which has received the connection signal 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.
[0020]
Further, regarding the security monitoring function, 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 transmitted house information panel 30 is installed. It displays and warns the dwelling unit number of the dwelling unit and the type of security signal.
[0021]
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 number of the dwelling unit and the fire, a warning signal specifying the dwelling unit number is transmitted from the composite panel 10, and the housing information panel 30 installed in the dwelling unit on the floor where the fire occurred and the floor immediately above the fire is alarmed. A fire alarm is issued by judging from the dwelling unit number of the signal.
[0022]
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, D is a setting unit, M is a storage unit, and T is a connection terminal.
[0023]
The monitoring control unit 11 has a CPU and a memory, and performs transmission control, call monitoring control, security monitoring control, fire monitoring alarm control, remote test control, and the like between the intercom equipment and the automatic fire alarm equipment.
[0024]
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.
[0025]
The operation unit 13 has various operation switches such as a numeric keypad used for the intercom equipment and the automatic fire alarm equipment.
[0026]
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.
[0027]
The video control unit 17 receives a video signal via the video line L3 from the collective entrance machine 20, performs connection control for transmitting the video signal to the video line L3 to each house information panel 30, and controls the collective entrance. The video signal received based on the camera function of the device 20 can be displayed on the television monitor 18 of the composite panel 10.
[0028]
The setting unit D stores terminal data indicating the installation state of the devices of the entire apartment house monitoring / warning system centered on the complex panel 10, and setting data for setting conditions for operating the entire system. This is based on rewritable nonvolatile storage means such as a flash memory.
[0029]
The storage unit M stores event data as information of a control result of the monitoring control unit 11, including transmission and reception of a signal relating to the security monitoring function and an operation input from the operation unit 13 of the multifunction panel 10. This is based on a rewritable nonvolatile storage unit such as a flash memory similar to the setting unit M. In addition, the setting unit D and the storage unit M may use the same storage unit separated by area setting.
[0030]
The connection terminal T is a so-called RS232C terminal. Although not shown, a personal computer (personal computer) is connected via a cable, and can perform data transfer with the monitoring control unit 11. At this time, information in the setting section D and the storage section M can be read by a personal computer (not shown), writing and erasing can be performed, and setting data of the setting section D can be rewritten.
[0031]
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.
[0032]
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.
[0033]
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.
[0034]
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.
[0035]
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.
[0036]
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.
[0037]
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 control circuit 43 that controls switching to a video adapter 70 provided at a predetermined position of the video line L3.
[0038]
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.
[0039]
Next, the operation of the embodiment having the above configuration will be described.
[0040]
FIG. 4 is a flowchart schematically illustrating the operation of the composite panel 10 in FIG. 1, and FIG. 5 is a flowchart schematically illustrating the operation of the house information panel in FIG.
[0041]
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. Hereinafter, 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.
[0042]
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) as a camera function, starts photographing a visitor, and sends the video as a video signal to the composite board via the video line L3.
[0043]
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).
[0044]
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 control circuit 43.
[0045]
By the switching connection of the video adapter 70 by this switching output, the video circuit 41 is connected to the video line L3, receives a video signal captured by a television camera (not shown) of the collective entrance device 20, and displays the video signal on the television monitor 42 ( S33).
[0046]
When the resident of the room 301 lifts the handset 35 while checking the visitor's face and the like from the image displayed on the television monitor 42, the control unit 39 outputs an off-hook signal as a transmission signal to which the own address is added. Is transmitted to the composite board 10 via the transmission line L1, and a switching output is performed to the communication switching circuit 44 to connect the communication circuit 34 to the communication line L2 (S33).
[0047]
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 (S13), and turns on a not-shown call circuit of the collective entrance device 20. 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.
[0048]
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 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).
[0049]
Upon receiving the on-hook signal as the transmission signal, the monitoring control unit 11 of the composite panel 10 transmits a call end signal to the collective entrance device 20 (S13), and the collective entrance device 20 performs a call circuit (not shown), a video circuit, a television camera, etc. To return to the original state.
[0050]
The monitoring control unit 11 of the composite board 10 does not store the result of such an intercom call function as event data in the storage unit M. This is not very meaningful even if the result of daily intercom use is left as event data, and conversely, the capacity of the storage unit M as a device is wastefully occupied, and the storage area for information on abnormal conditions is reduced. This is because
[0051]
In other cases, the intercom call is also subjected to the same call control and monitor control as described above.
[0052]
Next, the case where the emergency call switch 64 is operated will be described as the security monitoring processing in this embodiment.
[0053]
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).
[0054]
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).
[0055]
At this time, the monitoring control unit 11 stores the reception of the emergency call signal from the room 401 together with the above operation as event data in the storage unit M together with the reception time.
[0056]
The multi-family house manager recognizing the emergency call from the complex panel 10 calls the room 401 with the intercom function and confirms the call, or goes to the room 401, or confirms the presence or absence of an emergency and takes necessary measures. .
[0057]
At this time, the monitoring control unit 11 stores the time together with the time in the case of designating a room number, such as a dwelling unit sound stop input or an emergency call input, with respect to the operation input from the operation unit 13 by the manager. It is stored in M as event data.
[0058]
Thereafter, the situation becomes normal, and the original state is restored by a recovery input to the operation unit 13 of the composite panel 10.
[0059]
At this time, the monitoring control unit 11 stores the recovery input together with the time in the storage unit M as event data.
[0060]
Next, the operation of the fire monitoring / alarm processing will be described, for example, when a fire occurs in room 601.
[0061]
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), and the control unit 39 determines whether the display unit 36 In addition to turning on the appropriate indicator lamp, a voice synthesis circuit (not shown) of the alarm sound circuit 33 is controlled to issue a voice alarm such as "The fire detector has been activated in this dwelling unit" from the speaker 40 (S35).
[0062]
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 if the false alarm or the initial fire extinguishing can be performed, the recovery switch (not shown) of the house information panel 30 is operated to perform the recovery operation. However, in the case of a fire in which initial fire extinguishing is impossible, a fire decision switch (not shown) of the operation unit 37 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 when there is no fire confirmation input such as the absence of room 601 or the like, the control unit 39 outputs a predetermined time (for example, 2 minutes) from the input of the fire signal from the fire detector 61 to the alarm receiving circuit 31. The fire signal is transmitted as the transmission signal as described above.
[0063]
Upon receiving the fire signal, the monitoring control unit 11 of the composite panel 10 determines from the content of the signal that the signal is a fire signal from room 601 (S16), and turns on a fire indicator light (not shown) on the display unit 12. , A fire signal from room 601 is displayed in characters on an LCD (not shown), and an alarm sound and a sound alarm indicating a fire are output from the speaker 16 (S17).
[0064]
At this time, the monitoring control unit 11 stores the reception of the fire signal from the room 601 as the event data in the storage unit M together with the reception time together with the above operation.
[0065]
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 the 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 sixth and seventh floors via the signal control line L66 (S17).
[0066]
At this time, the monitoring control unit 11 stores the transmission of the alarm control signal designating the floor unit or the individual room number together with the above operation as event data in the storage unit M together with the transmission time.
[0067]
As a result, 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 the speaker 40 and the speaker 53 of the intercom 50 "fire from room 601" etc. (S39).
[0068]
Thereafter, the situation becomes normal from the result of the fire extinguishing activity and the like, and the original state is restored by a recovery input by a fire recovery operation (not shown in detail) to the operation unit 13 of the composite panel 10.
[0069]
At this time, the monitoring control unit 11 stores the fire recovery input together with the time in the storage unit M as event data.
[0070]
In each of the above operations, necessary transmission / reception of a security monitoring signal and operation input on the board of the multifunction board 10 are sequentially stored in the storage unit M together with time as event data. Next, an operation of referring to event data by these operations will be described.
[0071]
First, an LCD (not shown) of event data can be displayed on the display unit 12 of the composite board 10.
[0072]
The display unit 12 of the composite panel 10 is provided with an LCD (not shown). A menu or the like is displayed on the LCD, and the event data display is not described in detail. Event data can be displayed on an LCD (not shown). The monitoring control unit 11 that has detected the event data display operation from the operation unit 13 reads the event data from the storage unit M and displays the event data on the LCD (not shown) of the display unit 12 so as to trace the latest information. At this time, even if a large number of event data items cannot be displayed on the screen at one time, all event data can be viewed by so-called scrolling by a vertical movement operation (not shown).
[0073]
Next, event data can be printed on the composite board 10 by a printer (not shown).
[0074]
Although not described in detail, a menu or the like is displayed on an LCD (not shown) of the display unit 12, and event data can be printed out (not shown) by selecting it by operating the operation unit 13. Upon detecting the event data printing operation from the operation unit 13, the monitoring control unit 11 reads out the event data from the storage unit M and prints the event data on a sheet of paper to a printer (not shown) so as to trace the latest information. The printer (not shown) is used when data is printed on paper and used as a record. When the multi-function panel 10 is installed, the necessity of the printer is selected.
[0075]
Then, by connecting a personal computer (not shown) to the connection terminal T of the composite board 10, event data can be obtained as data.
[0076]
A personal computer (not shown) is connected to the connection terminal T of the composite panel 10 via a cable, and an event data request signal is sent from the personal computer to the monitoring control unit 11. Upon receiving this signal, the monitoring control unit 11 reads out the event data from the storage unit M and transmits it to the personal computer (not shown) via the connection terminal T. After the event data is taken into a personal computer (not shown), it can be displayed on a personal computer screen (not shown) for confirmation or stored as data on various recording media. Then, a deletion signal is transmitted from a personal computer (not shown) for the unnecessary event data, and the monitoring control unit 11 that has received the signal deletes the event data from the storage unit M. Thereby, the load for storing data in the storage unit M can be reduced.
[0077]
If the event data is managed only by the storage unit M of the multi-function panel 10, the capacity is limited. However, the event data is periodically captured and sequentially stored in a personal computer (not shown), so that the event data can be recorded. Can be stored for a long time.
[0078]
Here, not only the event data of the storage unit M but also the terminal data and the setting data of the setting unit D can be taken by the personal computer (not shown) from the monitoring control unit 11 of the composite panel 10.
[0079]
Then, the setting data can be displayed on a personal computer (not shown), updated, and transmitted from the personal computer to the monitoring control unit 11 to update the data of the setting unit D. When the updated setting data is transmitted together with the write signal from a personal computer (not shown), the monitoring control unit 11 receiving the signal rewrites the setting data of the setting unit D with the newly acquired updated setting data. Of course, the terminal data can be handled in the same way as the setting data.
[0080]
Also, instead of securing a predetermined area in the storage unit M of the composite panel 10 and storing items relating to the results of the monitoring control, a predetermined number of transmission signals transmitted and received on the transmission line L1 is secured. Is also good. In the system of this embodiment, transmission signals are transmitted and received with the housing information panel 30 and the like as terminals using the composite panel 10 as a center, so that the monitoring control unit 11 can grasp all transmission signals placed on the common transmission line L1. . By storing the actual transmission signal irrespective of the control result, the contents of the transmission signal at the time of occurrence of a failure can be grasped, which helps in the case where there is a mistake in the data setting items.
[0081]
The data of such a transmission signal can be taken in by data communication between the personal computer and the monitoring control unit 11 via the connection terminal T, and can be used as data separately from the control result.
[0082]
In the above embodiment, the monitoring control unit 11 of the composite panel 10 is an example of a control unit, and the storage unit M and the setting unit D are an example of a storage unit. Further, in the composite board 10, a display such as an LCD (not shown) of the display unit 12 is an example of a display unit, a printer (not shown) is an example of a printing unit, and a connection terminal to which a personal computer (not shown) is connected. T is an example of an output unit. 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.
[0083]
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 monitors and controls the state of the entire system, and controls the control unit. Since a storage unit for storing the result is provided, the main device can be easily understood when investigating a failure, and the use of the control result of the system can be simplified.
[0084]
The composite board is provided with at least one of an output unit that outputs the control result stored in the storage unit as data, a display unit that displays the control result on a screen of the board, and a printing unit that prints out the control result. In addition, the control result of the control means includes transmission and reception of a signal relating to the security monitoring function and operation input on the board, and can confirm information on occurrence of an abnormality and its response.
[0085]
Further, the storage means stores equipment information and operation setting information of the apartment house alarm monitoring system, and the confirmation of these can be performed at the same time, thereby promoting the use of the information.
[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 a flowchart showing the operation of the composite board of FIG. 1;
FIG. 5 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 12 Display unit 13 Operation unit 30 House information panel D Setting unit M Storage unit T Connection terminal

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, comprising: a control unit for monitoring and controlling the state of the entire system; and a storage unit for storing a control result of the control unit. 2. The apartment house according to claim 1, wherein the composite panel includes at least one of an output unit that outputs the control result stored in the storage unit as data, a display unit that displays the control result on a screen of the panel surface, and a print unit that prints out the control result. Alarm monitoring system. 3. The alarm system according to claim 1, wherein the control result of the control means includes transmission / reception of a signal relating to the security monitoring function and operation input on the composite panel. 4. The alarm system according to any one of claims 1 to 3, wherein the storage unit further stores information on facility information and operation settings of the alarm system.

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