JP3049507B2 - Security surveillance system - Google Patents

Description

The present invention relates to an improvement of a security monitoring system,
In particular, the present invention relates to a security monitoring system capable of monitoring a person's activity state in addition to fire and security information in each room.

[Conventional technology] A housing information panel installed in each dwelling unit and receiving detection signals from fire sensors and security sensors, and a lobby intercom installed in a common entrance are connected to a management room via multiple signal lines. Surveillance communication systems that are connected to an installed alarm monitoring panel to systematically perform intercommunication and security monitoring such as fire and crime prevention have come to be widely used in apartment buildings and the like.

However, such a surveillance call system is capable of fire or crime prevention in each room or making calls, but it is not possible to grasp the activity of people, so silver apartments for the purpose of living for elderly people, etc. It is not possible to adequately monitor even if it is applied to a hotel or the like as it is.Therefore, when monitoring the presence / absence of each room and the activity of people, one intercom is provided for each room. And confirmed the response.

Therefore, when a manager neglected or forgot such a check in a silver apartment or hotel, even if an elderly person had fallen, he could not know the condition, causing a serious situation. There was a risk that some measures could be taken.

[Problems to be Solved by the Invention] The present invention has been developed in view of such circumstances, and in addition to detecting fire, crime prevention, etc. in each room, calls the activity state of a person in the room. It is an object of the present invention to provide a security monitoring system that enables centralized monitoring on the management room side without performing.

[Means for Solving the Problems] The present invention proposed to achieve the above object includes the following security monitoring system.

That is, in the invention system proposed in claim 1, each room is provided with an information device with an intercom for security monitoring and telephone call, an administration room is provided with an alarm monitor panel, and furthermore, each room is provided with this alarm monitor panel. Are provided with a room indicator device for monitoring the activity of the human body, and these are connected by a communication line and multiple signal lines to constitute a communication / security monitoring system.

The information device is provided with a timer for setting a non-operation time zone and / or a non-operation time zone of the human body detection sensor in addition to the connection of the human body detection sensor. When the detection sensor continues to not detect the activity state of the person, an abnormal signal is transmitted to the multiplex signal line.

On the other hand, a room indicator device provided with a monitoring display unit corresponding to each room is connected to the alarm monitoring panel side, and when the alarm monitoring panel receives an abnormal signal transmitted to the multiplex signal line, it outputs an abnormal signal. The abnormality display is performed on the monitoring display unit of the room indicator device corresponding to the room that sent the message.

According to the invention system proposed in claim 2, the room indicator device is provided with a switch for setting the presence / absence state of each room. Is displayed, and the abnormal display due to the inactivity of the human body detection sensor can be individually set and canceled.

In the invention system proposed in claim 3, each room has a presence / absence setting switch capable of setting the presence / absence state, and the presence / absence state of each room is provided to the alarm monitor panel side. A list is displayed on the monitoring display unit of the provided room indicator device.

The invention system proposed in claim 4 has a configuration in which a computer device for inputting and managing security information such as presence / absence of each room and occurrence of abnormalities in the system is added to the alarm monitoring panel. Have been.

[Operation] The operation in each system of the present invention is as follows.

That is, in the invention system described in claim 1, when a fire sensor, a security sensor, or the like in each room is activated, an abnormality is displayed on the monitoring display section of the room indicator device on the alarm monitoring panel side, and the abnormality is provided in each room. Even when the human body detection sensor does not detect human activity during a predetermined time or time zone, an abnormality is displayed on the monitoring display unit of the indicator device on the alarm monitoring panel side, so security in each room Monitoring can be concentrated.

In the system according to the second aspect of the present invention, since the presence / absence switch is provided in the room indicator device provided on the management room side in correspondence with the monitoring display unit, the presence / absence state of the room is set. Not only can the attendance be managed by displaying the information, but also by setting the absence, the display when an abnormality occurs in the activity state of a person can be individually set and canceled for each room.

In the system according to the third aspect of the present invention, since the presence / absence switch is provided on each room side, the presence / absence state of the room is displayed on the monitoring display unit of the room indicator device from each room, and the vehicle goes out. In addition to being able to manage,
By setting the absence, it is possible to individually set and cancel the display on the monitoring display unit of the indicator device when an abnormality occurs in the activity state of the person for each room.

In the system according to the fourth aspect of the present invention, monitoring and abnormality information sent from the information equipment with an intercom in each room to the alarm monitoring panel is input to the computer device and processed as management information.

[Embodiment] The system of the present invention will be described below with reference to the accompanying drawings.

FIG. 1 is a block diagram showing the basic configuration of the system of the present invention.

1 is an alarm monitor with an intercom installed in the management room, etc. 2 is a fire sensor 25, security sensor 26, human body detection sensor 27 connected, information equipment with an intercom installed in each room, 3 is an alarm monitor This is a room indicator device connected to the panel 1 (all interphones for telephone calls are not shown).

The alarm monitoring panel 1 and the information device 2 with an intercom are connected to each other via a multiplex signal line 1 and a communication line (not shown), and the rule indicator device 3 is connected to the alarm monitoring panel 1 via the multiplex signal line 1. In general, a call / security monitoring system is configured.

The alarm monitoring panel 1 includes a main controller 10 that processes signals transmitted and received in the system for communication and security monitoring, and a multiplex transmission control unit 11 that exchanges multiplexed signals transmitted and received on the multiplexed signal line 1. The information device 2 with an intercom is provided with a CPU 20, a multiplex transmission unit 21 and a monitoring timer 23 for processing and multiplex transmission control of detection signals from the fire sensor 25, the security sensor 26, and the human body detection sensor 27. And a clock timer 24 provided in accordance with.

The room indicator device 3 is a multiplex transmission unit.
The display control unit 32 for displaying an abnormal state on the monitor display unit is provided in the monitor unit 31. A multiplexed signal is transmitted and received between these devices in a time-division manner, and is processed by the main controller 10 of the alarm monitoring panel 1 so that a fire or crime prevention alarm and an abnormal display due to the inactivity of the human body detection sensor 27 are displayed. A list is displayed on a monitor display unit (described later) of the room indicator device 3 for each room.

In such a system, by setting the time of the monitoring timer 23 and the clock timer 24 provided in the information equipment 2 provided in each room, the non-operating time zone and the time zone of the human body detection sensor 27 added to the information equipment 2 are set. Can be set, and the human body detection sensor 27 can be set within the set time zone and time zone.
Continues the inoperative state, the CPU 20 operates the multiplex transmission unit 21 to send out an abnormal signal on the multiplex signal line 1 to which the ID code assigned to the information device 2 is added.

In this way, the abnormal signal sent out on the multiplex signal line 1 is received by the multiplex transmission control section 11 of the alarm monitor 1 and then sent to the main controller 10 where the information on the output of the abnormal signal is output. The ID code assigned to the device 2 is determined. Thus, when the ID code is determined, the main controller 10 activates the multiplex transmission control section 11 to assign the determined ID code to the ID assigned to the indicator device 3.
A display control signal to which a code is added is sent out on the multiplex signal line 1. This signal is received by the multiplex transmission unit 31 of the indicator device 3, decoded, and sent to the display control unit 32. As a result, the indicator device 3 The display control unit 32 displays an abnormality on the monitoring display unit corresponding to the room in which the abnormality signal is generated.

Therefore, in such a system, if the non-operating time zone of the human body detection sensor 27 set by the monitoring timer 23 of the information device 2 in each room is set to, for example, 8 hours, human activities in the room will be reduced. An abnormal signal can be sent to the alarm monitor 1 when the human body detection sensor 27 is stopped for 8 hours and the human body detection sensor 27 is continuously inactive for 8 hours (see the flowchart of FIG. 8). Also, if the non-operation time zone of the human body detection sensor 27 set by the clock timer 24 is set, for example, from 6:00 am to 8:00 am in accordance with the wake-up time, the user does not wake up in that time zone. When the human body detection sensor 27 continues to be in the inoperative state, an abnormal signal can be sent to the alarm monitoring panel 1 (see the flowchart of FIG. 9).

FIG. 2 shows an overall configuration diagram of a security monitoring system incorporating the system of the present invention.

An information device 2 with an intercom set in each room is connected to a doorphone slave unit 28, a fire sensor 25, and a heat ray sensor 27 provided at the entrance of each room, and an alarm unit is output when an abnormal signal is output from these devices. 7 is sounded, and an abnormal alarm is generated, and at the same time, an abnormal signal is sent to the alarm monitoring panel 1 side. On the alarm monitor 1 side,
When an abnormal signal is received in this way, an abnormal display is performed on the monitor display unit 33 provided corresponding to each room of the room indicator device 3, and these abnormal displays are color-coded by fire,
Abnormalities due to gas leaks and inactivity of the human body are determined and displayed. The alarm monitoring panel 1 also includes a computer device 4
Is added, so that security information in the system is input and processed as management information. Reference numeral 5 denotes a lobby intercom provided at a common entrance or the like, and reference numeral 1 denotes a multiplex signal line.

FIG. 3 shows a room indicator device 3 in which the presence or absence of each room can be individually set.
Regarding the absent room, even when the inoperative state of the human body detection sensor continues in a predetermined time zone or time zone, it is possible to cancel the display of the abnormality on the corresponding monitor display unit 33. I have.

The room indicator device 3 is provided with an array of monitoring display sections 33 corresponding to the respective rooms. As shown in FIG. 4, each monitoring display section 33 has a room number 33a, Absence display section 33b, presence / absence switch 33c, and abnormality display section 33d
Are provided.

In this room indicator device 3, when the presence / absence switch 33c is pressed and operated, the presence / absence display portion 33b is turned on and the presence / absence switch 33c is pressed again to turn off the light.
The presence / absence of each room can be discriminated and displayed based on the on / off state. The color of the abnormality display section 33d changes according to the monitoring state, and changes to blue for normal, red for fire or gas leakage, crime prevention, and yellow for inactivity abnormality.

In the case where the room indicator device 3 is provided, if it is installed and used at the front of a hotel where entry and exit to each room is controlled at one place, the presence and absence of each room and the abnormal state can be listed. Since the display can be monitored, it is very useful (corresponding to claim 2).

FIG. 5 shows a security monitoring system in which the presence / absence setting is performed on the side of the information equipment 2 installed in each room (corresponding to claim 3).

In this system, information devices 2 installed in each room
Since the absence switch 22 is provided, the presence / absence switch 22 is set to the presence state when a person enters the room, and the absence state is set when the person leaves the room. In the same manner as in the second system, the presence / absence display on the room indicator device 3 side and the setting and release of the abnormal display can be performed. Note that the presence / absence switch 22 only needs to be connected to the information device 2, and does not need to be attached to the main body itself.

FIG. 6 shows an external view of the room indicator device 3 used in this case. Since the presence / absence switch is omitted, each monitoring display unit 33 has a simple structure. The monitor display unit 33 displays the abnormal state in color as described above, but the presence / absence state is indicated on the circle display unit 33e provided in the display unit 33 by the symbol shown in FIG. "Indicates absence, and"」" indicates presence).

Such a system is advantageous when used in a silver apartment or the like where access to each room is free.

Steps 1000 to 1004 in FIG. 8 are flowcharts showing a monitoring operation procedure by the monitoring timer 23 performed in the system of the present invention, and steps 2000 to 20 in FIG.
04 is a flowchart showing a monitoring operation procedure by the clock timer 24. Steps 3000 to 30 in FIG.
08 is a flowchart showing a monitoring operation procedure when the monitoring timer 23 and the clock timer 24 are used in combination.

[Effects of the Invention] According to the system of the present invention, the following specific effects can be obtained.

That is, according to the security monitoring system of the first aspect, a convenient security monitoring system in which the abnormal state of each room including the activity state of a person can be displayed as a list by the room indicator device is realized.

According to the security monitoring system described in claim 2, the presence or absence of each room can be set on the indicator device side. Centralized monitoring is possible.

According to the security monitoring system of the third aspect, the presence / absence of each room can be set by the information device installed in each room, which is useful as a centralized monitoring system for a silver apartment.

According to the security monitoring system according to the fourth aspect, the security information of the system can be input and managed by a computer device additionally connected to the police monitoring panel.

[Brief description of the drawings]

FIG. 1 is a block diagram showing the main configuration of the security monitoring system of the present invention described in claim 1, FIG. 2 is an overall configuration diagram thereof, and FIG. 3 is a block diagram of the system proposed in claim 2. External view of the indicator device used
FIG. 4 is a detailed structural view of the monitoring display unit, FIG. 5 is a block diagram showing the main configuration of the system proposed in claim 3, and FIG. FIG. 7 is a detailed structural view of a monitoring display unit, FIG. 8 is a flowchart showing a monitoring operation procedure by a monitoring timer implemented in the system of the present invention, and FIG. 9 is a clock timer. FIG. 10 is a flowchart showing a monitoring operation procedure, and FIG. 10 is a flowchart showing a monitoring operation procedure when a monitoring timer and a clock timer are used in combination. [Explanation of Signs] 1 ... Alarm monitoring panel 2 ... Information equipment with intercom 22 ... Presence / absence setting switch 23 ... Monitoring timer 24 ... Clock timer 3 ... Room indicator device 33 ... Monitor display section 33c… Presence / absence setting switch 25 …… Fire sensor 26 …… Security sensor 27 …… Human detection sensor

Claims (4)

(57) [Claims] 1. An information device with an intercom provided in each room for security monitoring and a telephone call, and an alarm monitoring panel with an intercom provided in a control room or the like for monitoring are connected by a communication line and a multiplex signal line. And a timer for setting a non-operation time zone and / or a non-operation time zone of the human body detection sensor, in addition to a human body detection sensor connected to the information device, In the set time zone and time zone, when the human body detection sensor continues to not detect a human activity state, an abnormal signal is transmitted to the multiplex signal line, while the alarm monitoring panel side includes: A room indicator device provided with a monitoring display unit corresponding to each room is connected, and the alarm monitoring panel receives an abnormal signal transmitted to the multiplex signal line. Kiniwa, corresponding to the chamber that sent an abnormality signal, the security monitoring system to monitor the display of the room indicator unit, and configured to perform the abnormal display. 2. The room indicator device is provided with a switch for setting the presence / absence state of each room. The setting operation of this switch displays the presence / absence state on the monitoring display unit of the room indicator device. 2. The security monitoring system according to claim 1, wherein the abnormality display operation can be set and canceled. 3. A presence / absence setting switch is provided on each side of the room for remotely setting and canceling an abnormal display operation on a monitor display section of the room indicator device.
2. The security monitoring system according to claim 1, wherein a status of presence / absence is displayed in a list on each monitoring display unit of the room indicator device provided on the alarm monitoring panel side. 4. The alarm monitoring panel according to claim 1, further comprising a computer for inputting and managing security information such as presence / absence of each room and occurrence of an abnormality in the system. Security monitoring system as described.