JPH05174279A - Security supervisory system for dwelling house and key housing box used in the same - Google Patents

Abstract

PURPOSE:To provide a security supervisory system for dwelling house in which wiring work can be simplified, with high reliability, and by which abnormality can be found out at early stages. CONSTITUTION:This system is comprised in such a way that it is the security supervisory system 1 for dwelling house which supervises the motion of a person in a dwelling house, and it is comprised of a dwelling house information panel 17 connected to an alarm supervisory panel 18 via a private line, and an interface panel 10 connected to the alarm supervisory panel 18 with a pair of multiplex signal lines 32, and a key housing box 11 is connected to the interface panel 10, and when a state where alarm output from a heat ray sensor 14, etc., can be permitted is set by performing the housing operation of a key in the key housing box 11, the presence/absence of the motion of the person within prescribed time can be supervised.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a system capable of monitoring the life information of a person, such as an elderly person or a sick person, who needs relatively long-term care.

[0002]

2. Description of the Related Art Recently, the number of silver condominiums for elderly people is increasing, but in such silver condominiums, heat ray sensors etc. are installed in each dwelling unit,
The structure is such that the presence or absence of movements of elderly people in the dwelling unit can be monitored throughout the day.

FIG. 5 shows a schematic configuration of such a system. A key accommodation box 10 for accommodating a key of the dwelling unit in each dwelling unit and notifying presence / absence of the key.
1 and a heat ray sensor 102 are installed, and the key housing box 101 and the heat ray sensor 102 are connected to an alarm monitoring board 100 provided in a management center or the like by dedicated signal lines, and Is equipped with a presence / absence indicator lamp for each unit to monitor presence / absence, and when the presence / absence indicator lamp is turned on and the heat ray sensor provided in any of the units does not output a human body detection signal within a predetermined time. , Is configured to generate an alarm. However, the key housing box 101 and the heat ray sensor 102
Since the dedicated signal lines must be laid up to the alarm monitoring panel 100, the wiring work becomes complicated, and when an abnormal alarm is output by the heat ray sensor 102, the presence or absence of the monitoring panel side It is judged whether it is an abnormal alarm or a false alarm, but if the key storage box for displaying the room is forgotten to store the key, the abnormal alarm may be judged as a false alarm. There was a point.

[0004]

DISCLOSURE OF THE INVENTION The present invention has been made in view of the above circumstances, and when wiring work is simple and highly reliable, a dweller cannot move in a dwelling unit. Provides a home security monitoring system that can issue an alarm outside the house.

[0005]

DISCLOSURE OF THE INVENTION The present invention proposed to achieve the above object is a security monitoring system for a house for monitoring the movement of a person in a house, which is installed in a monitoring center in a dwelling unit. In addition to providing a housing information panel connected to the alarm monitoring panel, the housing information panel is connected to the alarm monitoring panel by a pair of multiple signal lines and an interface panel equipped with a terminal for multiple signal transmission. With this configuration, when the key of the dwelling unit is stored in this interface panel, the lighting in the dwelling unit is turned on to allow the alarm output from the heat ray sensor installed in the toilet, kitchen, etc. While connecting the configured box and allowing the alarm output from the heat ray sensor installed in the toilet, kitchen, etc., It has a configuration that can monitor Kino existence.

[0006]

According to the residential security monitoring system of the present invention, the key accommodation box and the heat ray sensor are connected to the alarm monitoring panel by a pair of multiple signal lines through the interface panel, so wiring work is simple. become. toilet,
A heat ray sensor installed in a kitchen or the like detects a person's movement, and if not detected for a certain period of time, it judges that there is something abnormal in the dwelling person and issues an abnormality alarm. Also, when the key of the dwelling unit is stored in the key accommodation box, the lighting in the dwelling unit is turned on and the alarm output of the heat ray sensor is allowed.First, forget to store the key in the accommodation box. The presence / absence display is ensured because the display disappears. Next, since the abnormality alarm of the heat ray sensor installed in the toilet, kitchen, etc. is output only when the user is in the room, the abnormality alarm is not judged to be a false alarm. Further, since the inner surface of the key accommodation box is mirror-finished and the light-transmitting hole is formed in the door, the position can be easily understood even when returning home from the outside at night.

[0007]

Embodiments of the present invention will be described below with reference to the drawings. FIG. 1 is a diagram showing a configuration example of a house security monitoring system according to the present invention as set forth in claim 1, in which 13 is lighting in a dwelling unit, 14 is a heat ray sensor installed in a toilet, a kitchen, or the like, 12 is an outside / absence indicator light installed outside the entrance of each dwelling unit, 15 is an emergency push button having a function of not connecting to the security intercom when it is restored within a certain time after being pushed, 16 is
A recovery push button 11 for recovering the timer attached to the heat ray sensor 14 or the emergency push button 15 displays the outdoor / absent indicator lamp 12 when the key of the dwelling unit is stored and operated, and the system such as the heat ray sensor 14 is also provided. Key box for activating the, 10 is an interface board that multiplexes and outputs multiple signals such as presence / absence signals and warning signals of heat ray sensors in the toilet / kitchen, 17 is a housing information board with a security intercom function, and 18 is An alarm monitoring board provided at the monitoring center, and 32 is a pair of multiple signal lines that connect the interface board 10 and the alarm monitoring board 18.
FIG. 2 shows the configuration example of FIG. 1 in more detail. The same parts as those in FIG. 1 are designated by the same reference numerals. In the figure, 1
9 is a timer # 1 attached to the emergency push button 15, and 20 is a timer # attached to the heat ray sensor 14a of the toilet.
2 and 21 are timers # 3 attached to the heat ray sensor 14b in the kitchen, 22 are timers # 4 and 23 attached to the key housing box 11, and OR outputs the alarm output of the heat ray sensor 14a in the toilet and the heat ray sensor 14b in the kitchen An OR circuit, 24 is a contact input terminal unit for multiplex transmission, which multiplexes the OR output of the alarm output of the heat ray sensor and the presence / absence signal from the key housing box 11 and outputs the multiplexed signal to the alarm monitoring panel 18, and 25 is A relay that outputs a contact in response to the key storage operation of the key storage box 11, and 26 is one in the dwelling unit.
It is a remote control breaker for controlling the 00V illumination power source and the outdoor / absent indicator lamp 12. The structure of the home security monitoring system 1 of the present invention having such a configuration is shown in FIG.
This will be described with reference to the time chart of (d). When the dweller returns home, unlocks the door with the key, enters the room, and then stores the key in the key storage box 11 embedded in the wall near the door, (a) the internal lighting of the key storage box 11 Turn off the light. (B) The lighting 13 in the dwelling unit is turned on. (C) An alarm can be output to the alarm monitoring panel 18 of the heat ray sensor 14. (D) An in-room signal is output to the alarm monitoring panel 18. (E) The outdoor / absent indicator light 12 becomes the in-room display. Further, if the emergency push button 15 is erroneously pressed regardless of whether or not the key storage box 11 is operated to store the key, the set time T1 of the timer # 1-19 (for example, 10
Within 2 seconds), if the recovery push button 16 is pressed, it is reset and no emergency output is made to the alarm monitoring panel 18 via the security intercom (FIG. 4 (a)). When the dweller goes out and pulls out the key from the key accommodation box 11, (g) the internal illumination of the key accommodation box 11 is turned on. (H) The outdoor / absence indication lamp 12 becomes an absence indication. (I) An absence signal is output to the alarm monitoring board 18. (E) The alarm output from the heat ray sensor 14 to the alarm monitoring panel 18 is blocked. (L) The illumination 13 in the dwelling unit is turned off after the set time T4 (for example, 30 seconds) of the timer # 4-22 has elapsed.

The construction example diagram and the structure of the house security monitoring system according to the second aspect of the present invention are substantially the same as those of the first aspect, and the points to be noted are shown in FIG. 4 (b). This will be described with reference to the time chart. When the dweller enters the toilet with the keys stored in the key storage box 11, the timer # 2-20 is activated by opening and closing the door, and while the dweller is moving in the toilet, the The heat ray sensor 14a detects and timer # 2
-20 is reset and started. When the dweller leaves the toilet, timer # 2-20 is stopped by opening and closing the door.
On the other hand, when the dwelling person gets stuck in the toilet due to some abnormality, the heat ray sensor 14a does not detect it. Therefore, the timer # 2-20 is not reset, and after the set time T2 (for example, 20 minutes) has elapsed, the abnormality alarm is issued. Alarm monitoring panel 18
Output to.

The constructional example diagram and the structure of the house security monitoring system of the present invention described in claim 3 are substantially the same as those described in claim 1 above. This will be described with reference to the time chart. When the keys are stored in the key storage box 11, timer # 3-2
1 is activated, and each time the resident moves in the kitchen, the heat ray sensor 14b in the kitchen detects it, and timer # 3-2
1 is reset / started. The dweller has something unusual,
When the user does not move in the kitchen or goes in and out of the kitchen, the heat ray sensor 14b does not detect it. Therefore, the timer # 3-21 is not reset, and after the set time T3 (for example, 12 hours) has elapsed, an abnormal alarm is issued. Alarm monitoring panel 1
Output to 8.

FIG. 3 is a perspective view of an example of the key accommodation box of the present invention as defined in claim 4, in which 27 is a key insertion port and 28 is a state in which the key is inserted. The internal lighting that goes out when is turned on, and is turned on when pulled out, 29 is a one-touch open catch type door, 3
Reference numeral 0 is a light transmitting hole for leaking the light of the internal illumination 28 to the outside of the key housing box, 31 is an electric wire tube, the inner surface of the key housing box is mirror-finished, and the entire box is embedded in the wall. ing. The function of the key storage box 11 having such a configuration is the same as that of the key storage box 11 described in claims 1 to 3, but as a special feature, (2) the internal lighting 28 is used even when returning home at night. Is lit, and the inner surface is mirror-finished.
Light leaks well from 0, and the position of the key accommodation box 11 is easy to understand. (W) Since the door is a one-touch open catch type,
It can be opened and closed easily. (F) Since it is embedded in the wall, the protrusion from the wall can be made small, which is safe.

[0011]

According to the residential security monitoring system of the present invention, the key accommodation box and the heat ray sensor are
Since the alarm monitoring panel is connected to the alarm monitoring panel via a pair of multiple signal lines via the interface panel, wiring work is simplified. A heat ray sensor installed in a toilet, kitchen, etc. will give an alarm if something goes wrong with the person living in the house
Useful for early detection of abnormalities. Also, when the key of the dwelling unit is stored in the key accommodation box, the lighting in the dwelling unit is turned on and the alarm output of the heat ray sensor is allowed.First, forget to store the key in the accommodation box. The presence / absence display is ensured because the display disappears.
Next, since the abnormality alarm of the heat ray sensor installed in the toilet, kitchen, etc. is output only when the user is in the room, the abnormality alarm is not judged to be a false alarm. Also, the key storage box is
Since the inner surface is mirror-finished and the translucent hole is formed in the door, the position is easy to understand even when returning home at night.

[Brief description of drawings]

FIG. 1 is a diagram showing a configuration example of a main part of a house security monitoring system according to a first aspect of the present invention.

FIG. 2 is a diagram showing in more detail one drawing showing a configuration example of a main part of the house security monitoring system according to the first aspect of the present invention.

FIG. 3 is a perspective view showing an example of a key accommodation box of the present invention according to claim 4.

FIG. 4 (a), (b), (c), (d) is the claim 1.
It is a time chart which showed operation of the security surveillance report system for houses by the present invention described in 2, 3, and 4.

FIG. 5 is a diagram showing a configuration example of a conventional home security monitoring and reporting system.

[Explanation of symbols]

1 ... Residential security monitoring system 10 ... Interface panel 11 ... Key accommodation box 12 ... Outside / Absent indicator light 13 ... Illumination inside dwelling 14, 14a, 14b ... Heat ray sensor 15 ... Emergency push button 16 ... Recovery push button 17 ... Housing information board 18 ... Alarm monitoring board 20,21,22,23 ... Timer # 1, # 2, #
3, # 4 24 ... Contact input terminal unit for multiplex transmission 25 ... Relay 26 ... Remote control breaker 27 ... Key insertion opening 28 ... Internal illumination of key accommodation box 29 ... Key accommodation Box door 30 ... Transparent hole 31 ... Conduit 32 ... Multiple signal line

Claims (4)

[Claims] 1. A security monitoring system for a house, which monitors movements of a person in a house, wherein a dwelling unit has a house information panel connected to an alarm monitoring panel installed in a surveillance center via a dedicated line. With the provision
This house information board is configured to connect an interface board connected to the above-mentioned alarm monitoring board with a pair of multiple signal lines, and when the key of the housing unit is stored and operated, this interface board A key housing box configured to turn on the lighting and allow an alarm output from a heat ray sensor installed in a toilet, kitchen, etc. is connected, and the key is housed and operated in the key housing box to operate the heat ray. A security monitoring system for homes that is configured to monitor the movement of people within a predetermined time when the alarm output from sensors etc. is allowed. 2. The interface panel connects a door opening / closing sensor of a toilet and a heat ray sensor installed in the toilet, and the inside of the interface board is set by an opening / closing signal from the door opening / closing sensor. The residential circuit according to claim 1, wherein the timer circuit is reset by a human body detection signal, and a time-up signal from the timer circuit is sent to the alarm monitoring panel through the multiple signal line to generate an abnormal alarm. Security surveillance system. 3. The house security monitoring system according to claim 1, wherein the interface panel has a timer circuit that is reset by a human body detection signal output from a heat ray sensor installed in the kitchen. 4. A key insertion port is provided, an inner surface is mirror-finished, a lighting lamp is provided, and a box embedded in a wall is provided with a door having a translucent hole so that the door can be opened and closed. When the key is inserted from the entrance, it sends out the occupancy signal,
A key accommodating box configured to send out an absent room signal and turn on the illumination lamp when the key is removed from the key insertion port.