JP2002074559A - Living information monitoring system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a living information monitoring system capable of surely informing dwellers within a multiple dwelling house of abnormality in living and allowing the dwellers within the multiple dwelling house receiving the information to cope with it easily. SOLUTION: A control panel 1 for a dwelling unit for sending a living abnormality occurrence signal to a monitoring panel 3 through a multiple transmission line L1 when detecting abnormality as the result of monitoring the living information of each dwelling unit can be connected to the line L1 which is led out from the panel 3 to connect house information panels 2, 2... monitoring the security information of each dwelling unit. When receiving the living abnormality occurrence signal, the panel 3 sends the living abnormality occurrence signal of a corresponding dwelling unit through the line L1 toward the panels 2, 2... of plural desired dwelling units set including dwelling units where the panel 1 of the sending source of the living abnormality occurrence signal is installed, and its panel 2 outputs warning.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a living information monitoring system, and more particularly to a living information monitoring system applied to an apartment house including a dwelling unit in which elderly people live.

[0002]

2. Description of the Related Art Conventionally, in an apartment complex for the elderly, which is called a silver apartment, an elderly person or a sick person living alone in a dwelling unit can find out at an early stage that an unexpected illness or an accident has resulted in a fall. Introduced a surveillance call system for multi-family homes called the Life Information Monitoring System to support the lives of elderly and unhealthy persons by monitoring the occurrence of abnormalities in dwelling units such as fires and gas leaks in dwellings Have been. As a surveillance call system for such apartments,
For example, as shown in FIG.
There is a living information monitoring system disclosed in Japanese Patent Application Laid-Open No. H11-296691.

This living information monitoring system includes a plurality of general dwelling units Hn for monitoring security information in a house.
(Only one dwelling unit is shown), a plurality of silver dwelling units Hs (only one dwelling unit is shown) for monitoring living information of the resident in the house and security information,
Equipment is provided and configured in an administrator room Ha where an administrator monitors security information of the general dwelling unit Hn and the silver dwelling unit Hs and living information of the resident.

[0004] The silver dwelling unit Hs is provided with a dwelling unit control panel 1 and a dwelling unit information panel 2 for monitoring resident's living information and security information and making a call with the manager room Ha. Hn is provided with a house information panel 2 for monitoring security information. In the management room Ha, there is provided a monitoring panel 3 for monitoring the living information of each silver dwelling unit Hs and the security information of the entire apartment house.

The monitoring panel 3, the control panel 1 for dwelling units, and the house information panel 2 are connected by a multiplex transmission line L1 (including L1b), and the house information panel 2 is connected to the multiplex transmission line L1 separately from the multiplex transmission line L1. The call signal line L2 (L
2a) is connected.

The multiplex transmission line L1 (including L1b) is formed of a two-wire balanced cable, and transmits various control data and information data. That is, the dwelling unit control panel 1 and the house information panel 2 provided in the silver dwelling unit Hs are connected to the monitoring panel 3 via the multiplex transmission line L1.

The dwelling unit control panel 1 is built in a box such as a distribution board, for example. Then, a call push button b1 with a cancel button installed in a toilet or the like, a call push button b for a nigiri
2. An operation button for notifying or canceling an abnormality such as a call cancel button b3, a sensor such as a water amount sensor S installed in a flush toilet or a bath, and an abnormality occurring in the silver dwelling unit Hs. , A room management lock J for monitoring mode setting for monitoring living information only while the resident is at home, and a room setting button b4 are connected. The call push button b1 with a cancel button for calling or the call push button b2 is provided with a wireless transmitting means (not shown), and a wireless receiving means (not shown) is connected to the control panel 1 for dwelling units. In this case, a call can be made from a distant place using the call push button b1 with the cancel button and the call button b2.

[0008] In addition to the water amount sensor S for detecting the above-mentioned water use condition, a human body detection device for detecting the occupant's movement by infrared rays or the like is used as a sensor for monitoring the resident's life information and detecting the abnormality. Sensors and gas consumption sensors that detect the usage of fuel gas such as city gas,
There is an electric usage sensor for detecting the usage status of electricity. These sensors are connected to the control panel 1 for dwelling units via respective relay devices (not shown).

The housing information panel 2 is a well-known one used in a general supervisory communication system for collective housing, and includes, for example, a fire detector S1 for detecting the occurrence of a fire by heat, smoke, etc., and a monoxide detector. A CO / gas detector S2 for detecting carbon and harmful gas is connected. The house information panel 2 is also connected to a security sensor (not shown) for detecting an illegal intruder other than a resident, and a door phone handset D for making an interphone call with the entrance of the dwelling unit. In this case, the doorphone slave unit D has a built-in inspection terminal for relaying between the fire detector S1 and the house information panel 2, and a remote tester (not shown) is connected to the inspection terminal. Let me connect
Tests such as false alarms of the fire detector S1 installed in the dwelling unit from outside the dwelling unit can be performed.

The housing information panel 2 is connected to the monitoring panel 3 via a multiplex transmission line L1 and a communication signal line L2, and is installed at the monitoring panel 3 and at a collective entrance connected to the monitoring panel 3. It is possible to make a call with a collective entrance machine 4 called a lobby intercom.
The house information panel 2 includes abnormalities in dwelling unit information such as fire detection and gas leak detection, and abnormalities in life such as when the water in the flush toilet is not used or when a resident in the room does not move. Then, the resident is notified of the abnormality of the living information when receiving the living abnormality occurrence signal from the monitoring panel 3 by voice, an alarm sound, or an alarm display by an LED element or the like.

When the monitoring panel 3 receives an abnormality of security information such as detection of a fire from the house information panel 2, the monitoring panel 3 notifies the silver dwelling unit Hs or the general dwelling unit Hn of the dwelling unit number and the contents of the abnormality in the security information, and In the case of the silver dwelling unit Hs, there is a living abnormality such as a case where the water in the flush toilet is not used or a case where the occupant in the room does not move, and the abnormality is detected from the dwelling unit control panel 1 installed there. When the generation signal is received, the life abnormality of the silver dwelling unit Hs is notified to the manager. Further, the monitoring panel 3 sends an abnormality occurrence signal to the house information panel 2 of the dwelling unit through the multiplex transmission line L1, and the house information panel 2
When a life abnormality occurrence signal is received from the user, an abnormality in the life information is notified.

[0012] Therefore, the monitoring panel 3 installed in the manager's office or the like confirms abnormalities in security information in each dwelling unit and occurrence of abnormalities in the life of the resident of each dwelling unit. It is possible to favorably support the lives of healthy people and the like.

[0013]

However, according to the above-mentioned conventional technology, there is no manager in the manager's office, or there is a report destination where a manager is present in a relatively small apartment house where no manager resides. In a relatively distant case, there was a concern that prompt response would not be possible even if a resident's life abnormal occurrence was received. Meanwhile, with the aging of society as a whole,
Elderly people who need to monitor living information and their relatives are increasingly living in separate dwellings in one apartment house, and recently there has been an increasing demand for such a form of residence. Is coming.

By the way, elderly people living in silver dwelling units are required to protect their bodies and property from illegal intruders.
In many cases, they often lock their doors to live. In this case, an abnormality occurs in the silver dwelling unit and the corridor warning indicator light Li indicates this, but when the manager goes to the dwelling unit, it is necessary to bring a master corresponding to the lock of the dwelling unit entrance to deal with it Although it is possible, ordinary residents and relatives, for example, receive information on the occurrence of such abnormalities in some way,
It is also feared that it is not possible to respond promptly when visiting a dwelling unit.

[0015] The present invention has been made in view of the above circumstances, and a first object thereof is to surely notify a resident in an apartment complex of a living abnormality, and a second object. It is an object of the present invention to provide a living information monitoring system that allows residents in a multi-family housing that has received the report to easily respond.

[0016]

In order to achieve the above object, in a living information monitoring system according to the present invention, a multiplexed home information panel derived from a monitoring panel and connected to monitor security information of each dwelling unit is connected. The control panel for the dwelling unit that monitors the living information of each dwelling unit and sends out a living abnormality occurrence signal to the monitoring panel through the multiplex transmission line when the abnormality is detected by detecting the abnormality of the dwelling unit can be connected to the transmission line. In a living information monitoring system configured to notify the occurrence of a living abnormality in the dwelling unit when a living abnormality occurrence signal is received from the control panel, the monitoring panel receives the living abnormality occurrence signal when the living abnormality occurrence signal is received. Toward the house information panel of a plurality of desired dwelling units set including the dwelling unit in which the dwelling unit control panel of the generated signal transmission source is installed, a living abnormality is performed through the multiplex transmission line. Sends a raw signal, it is characterized in that none to alarm output from its housing information panel.

[0017] Thus, the monitoring panel connected to the control panel for dwelling units, which monitors the living information of each dwelling unit and sends out a living abnormality occurrence signal when the abnormality is detected, transmits the living abnormality occurrence signal to the dwelling unit control panel. When received from
A living abnormality occurrence signal is transmitted through a multiplex transmission line to the housing information panels of a plurality of desired dwelling units set including the dwelling unit on which the control panel for the dwelling unit as the transmission source of the living abnormality occurrence signal is installed. The alarm is output from a plurality of house information panels set including the dwelling units on which the control panel for dwelling units, from which the living abnormality occurrence signal is transmitted, is received when the living abnormality occurrence signal is received.

[0018] Preferably, the housing information panel is provided with a discriminating unit for discriminating a dwelling unit which is a transmission source based on the received lifestyle abnormality occurrence signal. In this case, the discriminating unit of each house information panel discriminates whether it is its own dwelling unit or another set dwelling unit based on the received lifestyle abnormality occurrence signal.

Further, the house information panel or the control panel for dwelling units has an unlocking portion of an electric lock provided at the entrance of the dwelling unit where the dwelling unit is installed. It is preferred that the electric lock be unlocked at some point. In this case, based on the received lifestyle abnormality occurrence signal, when the discriminating section of each house information panel determines that it is its own dwelling unit, at the unlocking section of the house information panel or control panel for dwelling unit, the dwelling unit at the door of the dwelling unit concerned. The provided electric lock is unlocked.

The multiplex transmission line derived from the monitoring panel and connected to a housing information panel for monitoring security information of each dwelling unit is connected to the multiplex transmission line when the living information of each dwelling unit is monitored and an abnormality is detected. A control panel for dwelling units that sends out a living abnormality occurrence signal to the monitoring panel can be connected to the monitoring panel. In the living information monitoring system described above, the house information panel has an unlocking portion of an electric lock provided at a dwelling unit where the housing information panel is installed, and the dwelling unit control panel transmits a life abnormality occurrence signal to the monitoring panel. It is also preferable to send an unlocking signal for unlocking the electric lock toward the house information panel.

Thus, the monitoring panel connected to the control panel for dwelling units, which monitors the living information of each dwelling unit and sends out a living abnormality occurrence signal when the abnormality is detected, transmits the living abnormality occurrence signal to the control panel for dwelling units. And informs the occurrence of a living abnormality of the dwelling unit, and an electric lock provided at the door of the dwelling unit at the unlocking section of the housing information panel in which the control panel for the dwelling unit from which the living abnormality occurrence signal is transmitted is installed. Is unlocked.

[0022]

1 to 8 show a first embodiment of the present invention corresponding to all of claims 1 to 3, and FIG. 9 shows a second embodiment of the present invention corresponding to claim 4. Is shown.

[First Embodiment] FIG. 1 is a block diagram showing a configuration of a living information monitoring system according to a first embodiment of the present invention, and FIG. 2 is a dwelling unit used in the living information monitoring system. FIG. 3 is a block diagram illustrating a circuit configuration of a house information panel used in the living information monitoring system, and FIG. 4 is a block diagram illustrating a circuit configuration of a monitoring panel used in the living information monitoring system. FIG. 5 is a block diagram showing a configuration, and FIG. 5 is a table (dwelling unit table) showing an example of contact addresses when an abnormality occurs in the living information monitoring system;
8 are flowcharts showing the operation of the living information monitoring system.

The living information monitoring system according to this embodiment is derived from a monitoring panel 3 and is connected to a multiplex transmission line L connecting housing information panels 2, 2,... For monitoring security information of each dwelling unit.
1, a control panel 1 for dwelling units that sends out a living abnormality occurrence signal to the monitoring panel 3 through the multiplex transmission line L1 when the living information of each dwelling unit is monitored and the abnormality is detected is connectable. When the monitoring panel 3 receives the lifestyle abnormality occurrence signal in a living information monitoring system configured to notify the occurrence of the lifestyle abnormality of the dwelling unit when the lifestyle abnormality occurrence signal is received from the control panel 1 for the dwelling unit, To the house information panels 2, 2... Of a plurality of desired dwelling units (Hs, Hn) set including the dwelling units (Hs) in which the dwelling unit control panel 1 of the living abnormality occurrence signal transmission source is set, A living abnormality occurrence signal is transmitted through the multiplex transmission line L1, and an alarm is output from the house information panel 2.

In the living information monitoring system according to this embodiment, the housing information panels 2, 2,... Are provided with a determining unit for determining a sending unit based on the received living abnormality occurrence signal. I have. In the living information monitoring system according to this embodiment, the house information panel 2 has an unlocking portion 28 of an electric lock K provided at the entrance of the dwelling unit where the housing information panel 2 is installed. The electric lock K is unlocked when it is the dwelling unit from which the signal is transmitted.

More specifically, the living information monitoring system according to the present embodiment is similar to that described in the section of the prior art.
As shown in FIG. 1, a control panel 1 for dwelling units and a housing information panel provided in a plurality of general dwelling units Hn (only one dwelling unit is shown) and a plurality of silver dwelling units Hs (only one dwelling unit is shown). 2 and a monitoring panel 3 provided in a management room Ha for monitoring security information of general dwelling units Hn and silver dwelling units Hs and living information of residents. The general dwelling unit Hn monitors the security information in the house, and the silver dwelling unit Hs monitors the living information and security information of the resident in the house. What is different from the conventional one is that the monitoring panel 3 receives the living abnormality occurrence signal when the monitoring panel 3 receives the living abnormality occurrence signal, and then outputs the living unit where the control panel for the dwelling unit is sent from the living unit. , Which can be set to be transmitted to the housing information panels 2, 2... Of a plurality of desired dwelling units.

As shown in FIG. 2, the control panel 1 for dwelling units includes a transmission input / output circuit 12 for performing multiplex transmission control of data with a monitoring panel 3 to be described later, and a sensor for detecting a living abnormality such as a water quantity sensor S. Life abnormality detection circuit 13 to be connected
A call input detection circuit 14 for detecting that the call push button b1 with a cancel button and the nigiri call push button b2 are operated,
The housing information panel 2 includes a signal output circuit 15 for transmitting a signal of a lifestyle abnormality via a signal line L3 to a later-described housing information panel 2, and a control circuit 11 for controlling these circuits.

The control circuit 11 includes a lifestyle abnormality detection circuit 1
When the call input detection circuit 14 detects the occurrence of the lifestyle abnormality and the call input detection circuit 14 detects the operation of the call push button b1 and the nigiri call push button b2, it transmits a lifestyle abnormality signal to the monitoring panel 3 through the transmission input / output circuit 12. Further, in this case, a living abnormal signal is transmitted to the house information panel 2 through the signal output circuit 15.

As shown in FIG. 3, the home information panel 2 has a transmission input / output circuit 22 for controlling data transmission between the CPU 21 and the monitoring panel 3 via a multiplex transmission line L1b, and a handset H via a communication signal line L2a. Control circuit 23 for controlling a telephone call with the monitoring panel 3 by the user, an alarm output circuit 24 for outputting an alarm from the speaker SP2, and a dwelling unit abnormal signal from a fire detector S1 or a CO / gas detector S2 connected thereto. An alarm input circuit 25 for receiving, a switch input circuit 26 for receiving operation inputs of various operation switches,
The control unit 1 includes a signal input circuit 27 for receiving a signal indicating a living abnormality from the control panel 1 for a dwelling unit, and an electric lock output circuit 28 serving as an unlocking unit 28 of an electric lock K provided at the entrance of the dwelling unit.

When the alarm input circuit 25 receives a dwelling unit abnormal signal such as a fire signal from the fire detector S1, the CO / gas detector S2, or the like, or the signal input circuit 2
7 is an alarm output circuit 2 when receiving a life abnormal signal from the control panel 1 for dwelling units, and when receiving a life abnormal signal from the monitoring panel 3 through a multiplex transmission line L1b.
4, an alarm is output, an alarm is sounded from the speaker SP2, and the monitor panel 3 is notified that a security abnormality has occurred. Further, in the house information panel 2, when an unlock button (not shown) provided on the switch input circuit 26 is operated, the electric lock K is unlocked by the electric lock output circuit 28. Further, the electric lock output circuit 28, when receiving a living abnormality occurrence signal from the monitoring panel 3 to be described later, determines that it is the dwelling unit from which the living abnormality occurrence signal is transmitted by the CPU 21 serving as a determination unit. K is unlocked.

As shown in FIG. 4, the monitoring panel 3 includes a transmission input / output circuit 32 for controlling data transmission through the multiplex transmission line L1, a display circuit 33 for displaying abnormalities in dwelling unit information and living abnormalities in each dwelling unit. A sound generating circuit 34 for outputting a warning of a living abnormality from the speaker SP3, a key scan input circuit 35 for detecting a key operation, and a house information panel 2 and a collective entrance machine 4 of each dwelling unit through a call signal line L2. , An interphone control circuit 36 for controlling a call, a transfer contact output circuit 37 for transferring an alarm or the like, and a CPU 31 for controlling these circuits.

When the CPU 31 reports from the house information panel 2 that a security abnormality has occurred through the multiplex transmission line L1 or receives a living abnormality occurrence signal and is informed that a living abnormality has occurred, the CPU 31 of the dwelling unit. The number and the alarm content are displayed by the display circuit 33, and the sound generation circuit 34 is operated to output the voice or the like from the speaker SP3. That is, for example, even when the house information panel 2 breaks down, the monitoring panel 3 can reliably report that a lifestyle abnormality has occurred.

As shown in FIG. 5, the CPU 31 receives a lifestyle abnormality occurrence signal from the dwelling unit control panel 1 through the multiplex transmission line L1 in a storage unit (not shown) as shown in FIG. A plurality of desired dwelling units (a silver dwelling unit Hs and a general dwelling unit Hn) including a silver dwelling unit Hs on which a control panel for dwelling units from which the dwelling abnormality generation signal is sent is a house information panel of a destination that sends out a life anomaly occurrence signal. Is stored. This storage operation is performed prior to the system operation using a display circuit 33 including a 7-segment LED element and the like, and a numeric keypad provided in the key scan input circuit 35.

Next, the operation of the dwelling unit control panel 1, the house information panel 2, and the monitoring panel 3 will be described with reference to the flowcharts of FIGS. In this case, when a living abnormality occurs in the silver dwelling unit Hs in which the control panel 1 for dwelling units is installed, information processing when sending out a living abnormality occurrence signal to the other silver dwelling units Hs and the general dwelling units Hn and the management room Ha. Only the procedure of FIG.

It should be noted that the control panel 1 for dwelling units installed in the silver dwelling unit Hs, when a resident of the silver dwelling unit Hs closes the door of the dwelling unit and locks the room management lock J from the outside of the dwelling unit, the silver dwelling unit Hs It is determined that the resident of Hs has gone out, and the operation mode is shifted to the absence mode. And in this absence mode state, silver dwelling unit Hs
When the occupancy management lock J is unlocked from the outside or the occupancy management lock J is locked from the inside, it is determined that the resident has returned home, and the operation mode is shifted to the occupancy mode. At this time, even when the occupancy control lock J is locked from the outside, the occupant may be present in the living room. In the present embodiment, however, the occupancy from the outside after the occupancy setting button b4 is operated. By locking the room management lock J, the occupancy mode is maintained without shifting to the absent mode, and when the water in the dwelling unit is used in the absent mode, the occupancy is automatically occupied. Return to mode.

As shown in FIG. 6, the control panel for dwelling unit 1 usually determines whether or not the call push buttons (b1, b2) are operated (step 17) and determines whether or not the operation mode is set to the occupied mode. When the operation of the call push button (b1, b2) is captured, it is further determined whether or not there is a cancel operation of the call push button (b1) and the call cancel button b3 (step 18). When there is no cancellation operation, the process proceeds to step 15 described later.

In the above-mentioned occupancy mode,
First, the living information is monitored by the water amount sensor S or the human body detection sensor (step 12). Then, measurement of the detection timing of each sensor is started by a built-in timer (step 13). In this timing, it is determined whether or not the accumulated time has exceeded a predetermined time set in advance. (Step 14). This timing is such that the timing data for each sensor is reset each time water is used or the resident of the dwelling unit moves his / her body. If is smaller than the predetermined time, the process proceeds to step 13. If the accumulated time is longer than the predetermined time, first, a life abnormal signal is output to the housing information panel 2 of the same dwelling unit. (Step 15)
Thereafter, the occurrence of a living abnormality is reported to the monitoring panel 3 and the like (step 16).

In this case, the water sensor S
However, for a predetermined period of time, the water in the flush toilet was not used, the water supply was used continuously, and the amount of water used was more than 1 cubic meter per hour. When it is detected that the water is being used, a small amount of water is continuously flowing, or the human body detection sensor does not detect the movement of the dwelling person in the room for a predetermined time, the dwelling unit It is determined that an abnormality has occurred in the life of the person inside. The above-mentioned predetermined time is determined by a switch input circuit provided inside the dwelling unit control panel 1 for an arbitrary time (for example, 90 minutes or 120 minutes, or 4.6.8.10.12.14.16 hours. ) Can be configured.

As shown in FIG. 7, when the fire alarm S1 or the CO / gas detector S2 detects occurrence of an abnormality in a dwelling unit (step 21), the house information panel 2 and the dwelling control panel 1 When a signal is input, an alarm is output from the speaker SP2 or the LED display or the like (step 22), and an alarm is output from the intercom slave unit D (step 23). The housing information panel 2 is used when a dwelling unit abnormal signal is input from the dwelling unit control panel 1 or a monitoring panel 3 as described later (step 2).
4) It is determined whether or not the transmission source is based on the lifestyle abnormality occurrence signal (step 25).
Is unlocked (step 26), and then the process proceeds to step 22, where an alarm is issued from the speaker SP2 or the LED display, and an alarm is output from the doorphone slave unit D. If it is not the source of the living abnormality occurrence signal, an alarm is output from the speaker SP2 or the LED display or the like, and the dwelling unit number for determining the sending source of the living abnormality occurrence signal is displayed (step 27).

As shown in FIG. 8, the monitoring panel 3 constantly determines whether or not a life abnormal signal has been received (step 3).
1) When a living abnormal signal is received, a silver dwelling unit Hs, which is the source of the abnormality, and a plurality of dwelling units corresponding to those in the registration table (general dwelling unit Hn, silver dwelling unit Hs)
A life abnormal signal is sent to the user (step 32). afterwards,
An alarm is output from the speaker SP3, the LED display, or the like, and a dwelling unit number for determining a source of the lifestyle abnormality occurrence signal is displayed (step 33).

As described above, a resident of a plurality of dwelling units (general dwelling unit Hn, silver dwelling unit Hs) in the registration table that has heard the notification by the alarm of the living abnormality is the silver dwelling unit in which the abnormality has occurred. From the alarm output from the doorphone handset D of Hs, it is possible to identify which silver dwelling unit Hs has an abnormality, and it is possible to rush to rescue the dwellers in the silver dwelling unit Hs. is there. Further, the multiplex transmission line L1 receives the abnormal living signal on the housing information panel 2 in the same dwelling unit in which the living abnormality has occurred, that is, in the silver dwelling unit Hs in which the abnormality has occurred. Not used, living abnormalities such as dwellers in the room without motion, or details of abnormalities in dwelling units such as fire or gas leaks are reported by voice or LED display, etc. Abnormalities are reported by voice messages, alarm sounds, etc.
Further, the electric lock K at the entrance of the dwelling unit is unlocked.
(See Fig. 7)

Therefore, according to the living information monitoring system described above, the monitoring panel 3 connected to the dwelling unit control panel 1 for monitoring the living information of each dwelling unit and transmitting a living abnormality occurrence signal when the abnormality is detected. When receiving a living abnormality occurrence signal from the control panel 1 for dwelling units, the housing information panel of a plurality of desired dwelling units set including the dwelling unit in which the control panel 1 for dwelling units which is the source of the living abnormality occurrence signal is installed. A life abnormal occurrence signal is transmitted to the transmission line 2 through the multiplex transmission line L1. Since the plurality of house information panels 2, 2... Including the dwelling units where the control panel 1 for dwelling units which has received the living abnormality occurrence signal is received and the living abnormality occurrence signal is received, alarms are output. The living abnormalities can be reported to the residents in the apartment complex.

The discriminating section of each house information panel 2 discriminates whether it is its own dwelling unit or another set dwelling unit based on the received lifestyle abnormality occurrence signal, so that the usability is good. Further, based on the received lifestyle abnormality occurrence signal,
When the discriminating section of each house information panel 2 determines that it is its own dwelling unit, the electric lock K provided at the dwelling unit entrance is unlocked by the unlocking section of the house information panel 2 or the dwelling unit control panel 1. Residents in the apartment that received the report can respond easily.

[Second Embodiment] FIGS. 9A and 9B are a part of a flowchart showing the operation of the living information monitoring system according to the second embodiment. FIG. 9A shows a control panel for dwelling units, and FIG.
Indicates a house information panel.

The living information monitoring system of this embodiment is different from the first embodiment only in the signal processing of the control panel for dwelling units and the housing information panel, and the other components are the same as those of the first embodiment. The living information monitoring system of the present embodiment monitors the living information of each dwelling unit on the multiplex transmission line L1 which is derived from the monitoring panel 3 and connects the housing information panel 2 for monitoring the security information of each dwelling unit. Then, when the abnormality is detected, the control panel 1 for dwelling units which sends out a living abnormality occurrence signal to the monitoring panel 3 through the multiplex transmission line L1 can be connected. In a living information monitoring system for notifying the occurrence of a living abnormality in the dwelling unit when the occurrence signal is received, the housing information panel 2 is provided with an electric lock provided at a dwelling unit entrance where the dwelling unit is installed. The control panel 1 for a dwelling unit sends a signal indicating occurrence of a lifestyle abnormality to the monitoring panel 3 and outputs an unlocking signal for unlocking the electric lock K toward the house information panel 2. It's like sending.

More specifically, as shown in FIG. 9, the control panel 1 for a dwelling unit, as shown in FIG. Is longer than a predetermined time, a life abnormal signal is first output to the housing information panel 2 of the same dwelling unit, then an unlock signal of the electric lock K is output (step 19), and then monitoring is performed. The occurrence of life abnormalities is reported to the panel 3 and the like (step 16). In addition, although this, housing information panel 2
As shown in the figure, the unlock signal of the electric lock K is input from the dwelling unit control panel 1 together with the dwelling unit abnormal signal (step 24).
The electric lock K is unlocked by the electric lock output circuit 28 (step 2).
8) Then, the process proceeds to step 22, wherein the speaker SP2
Also, an alarm is issued from the LED display and the like, and an alarm is output from the doorphone slave unit D.

When a dwelling unit abnormality signal is input from the monitoring panel 3, the sender is confirmed based on the life abnormality occurrence signal (step 29), and the speaker SP
An alarm is output from a bifurcation, an LED display, or the like, and a dwelling unit number for discriminating the source of the lifestyle abnormality occurrence signal is displayed (step 27).

Therefore, according to the living information monitoring system described above, the monitoring panel 3 connected to the control panel 1 for dwelling units that monitors the living information of each dwelling unit and sends out a living abnormality occurrence signal when an abnormality is detected. Receives a living abnormality occurrence signal from the dwelling unit control panel 1 and notifies the dwelling unit of the occurrence of a living abnormality occurrence signal, and sends out the living abnormality occurrence signal from the dwelling unit information panel 2 on which the dwelling unit control panel 1 is installed. Since the electric lock K provided at the entrance of the dwelling unit is unlocked by the lock output circuit 28, the resident in the apartment house that has received the notification can easily respond.

[0049]

The present invention is embodied as in the above-described embodiment, and it is possible to reliably report a living abnormality to a resident in an apartment house, and the resident in the apartment house receiving the report can receive the abnormality. It is possible to easily respond to a lifestyle abnormality report.

[Brief description of the drawings]

FIG. 1 is a block diagram showing a configuration of a living information monitoring system according to a first embodiment of the present invention.

FIG. 2 is a block diagram showing a circuit configuration of a control panel for dwelling units used in the living information monitoring system.

FIG. 3 is a block diagram showing a circuit configuration of a house information panel used in the living information monitoring system.

FIG. 4 is a block diagram showing a circuit configuration of a monitoring panel used in the living information monitoring system.

FIG. 5 is a table showing an example of a contact address when an abnormality occurs in the living information monitoring system.

FIG. 6 is a flowchart showing the operation of the control panel for dwelling units of the living information monitoring system.

FIG. 7 is a flowchart showing the operation of the house information panel of the living information monitoring system.

FIG. 8 is a flowchart showing an operation of a monitoring panel of the living information monitoring system.

FIG. 9 is a part of a flowchart showing the operation of the living information monitoring system according to the second embodiment of the present invention, where (a) shows a control panel for dwelling units and (b) shows a housing information panel.

FIG. 10 is a block diagram showing a configuration of a living information monitoring system according to a conventional example of the present invention.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Control panel for dwelling units 2 Housing information panel 28 Unlocking part 3 Monitoring panel L1 Multiple transmission line K Electric lock

Continuing from the front page (72) Inventor Junji Senoo 1048 Kazumasa Kadoma, Osaka Prefecture Matsushita Electric Works Co., Ltd. (72) Inventor Kenji Hirota 1048 Kazumasa Kazuma Kadoma City Osaka Pref. 5C087 AA10 AA23 AA32 AA37 AA44 BB03 BB46 BB54 BB73 BB74 DD04 DD07 DD26 EE16 EE18 FF01 FF03 FF04 FF05 FF10 FF24 FF25 GG12 GG23 GG30 GG32 GG39 GG46 GG51 GG70

Claims (4)

[Claims] 1. A multiplex transmission line which is derived from a monitoring panel and is connected to a housing information panel for monitoring security information of each dwelling unit. A control panel for dwelling units that sends out a life abnormal occurrence signal to the monitoring panel can be connected through the
In a living information monitoring system configured to notify a living abnormality occurrence of a dwelling unit when the monitoring panel receives a living abnormality occurrence signal from the control panel for the dwelling unit, the monitoring panel receives the living abnormality occurrence signal To the house information panel of a plurality of desired dwelling units set including the dwelling unit where the control unit for dwelling unit of the living abnormality occurrence signal transmission source is set, to send a living abnormality occurrence signal through the multiplex transmission line, A living information monitoring system characterized by outputting an alarm from the house information panel. 2. The living information monitoring system according to claim 1, further comprising a discriminating unit for discriminating a dwelling unit which is a transmission source based on the received living abnormality occurrence signal on the house information panel. 3. The house information panel or the control panel for a dwelling unit has an unlocking portion of an electric lock provided at a door of the dwelling unit where the dwelling unit is installed. 3. The living information monitoring system according to claim 2, wherein the electric lock is unlocked at a certain time. 4. A multiplex transmission line derived from the monitoring panel and connected to a housing information panel for monitoring security information of each dwelling unit. The multiplex transmission line is monitored when the living information of each dwelling unit is monitored and an abnormality is detected. A control panel for dwelling units that sends out a life abnormal occurrence signal to the monitoring panel can be connected through the
In a living information monitoring system that notifies a living abnormality occurrence of the dwelling unit when the monitoring panel receives a living abnormality occurrence signal from the dwelling unit control panel, the housing information panel is provided at a dwelling unit entrance where it is installed. The control panel for a dwelling unit has an unlocking section of an electric lock provided, and the control panel for a dwelling unit sends a life abnormality occurrence signal to the monitoring panel and outputs an unlocking signal for unlocking the electric lock toward the house information panel. A living information monitoring system that sends information.