JP2003132461A - Life abnormality sensing system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To prevent the erroneous setting of a make/break setting SW in an operation. SOLUTION: When a body sensing sensor 4 is set so as to output a make signal, and when a break state that the movement of a resident is not detected by the body sensing sensor continues in not less than a time set by a life abnormality monitoring timer 37, it is detected that life abnormality is generated by a residence adapter 3. This residence adapter 3 is connected to a life information monitor board 1, a living room master device 2 for communicating with the life information monitor board, a ceiling speaker 9 for emitting loud speech with the life information monitor board, and (or) a corridor lamp 11 for flashing on and off when it is detected that the life abnormality is generated. The residence adapter is provided with an erroneous setting monitor timer 36 for monitoring a time when the make signal is outputted from the body sensing sensor, and for, when the output of the make signal continues in the set time, making the ceiling speaker and (or) a speaker 2a of the living room master device output an alarm sound, and (or) for making the corridor lamp 11 flash on and off.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a life change detection system, and more particularly, to a life change detection system including a human body detection sensor that outputs a make signal or a break signal according to a setting when a movement of a resident is detected.

[0002]

2. Description of the Related Art Conventionally, as this type of life change sensing system, one having a structure as shown in FIG. 4 has been known.
In the figure, the conventional life change detection system includes a living information monitoring panel 51, a living room master 52, and a dwelling unit adapter 53.
, Human body detection sensor 54, and presence / absence setting button 55
, Electric lock 56, call button 57, and ceiling microphone 58
, Ceiling speaker 59, door phone 60, corridor light 61
It has and. Here, the living information monitoring board 51 is connected to a dwelling unit adapter 53 via a transmission line L10, and the dwelling unit adapter 53 has a living room master unit 52, a human body detection sensor 54, a presence / absence setting button 55, and an electric lock 56. A call button 57, a ceiling microphone 58, a ceiling speaker 59, a doorphone 60, and a corridor lamp 61 are connected.

In the life change detecting system constructed as described above, when the human body detection sensor 54 detects the movement of the occupant, the makeup / break setting SW (not shown) forming the human body detection sensor 54 is detected during construction. When the human body detecting sensor 54 detects the movement of the occupant when the setting is made to output a make-up signal (hereinafter referred to as “make-up setting”), as shown in FIG. When the human body sensor 54 does not detect the movement of the occupant, the human body sensor 54 outputs a break signal S20.
Here, a life change monitoring timer (not shown) built in the dwell unit adapter 53 monitors the time when the break signal S20 is output, and when the output of the break signal S20 continues for a set time (for example, 12 hours). The housing unit adapter 53 is configured to output a living condition change signal when the occupant experiences a life change.

Therefore, when the make / break setting SW of the human body detection sensor 54 is set to make during the construction, the life abnormality monitoring timer sets the break signal S20 to 1
When it is detected for 2 hours or more, a life change signal is output from the dwelling unit adapter 53, and this life change signal is sent to the corridor light 61 and the life information monitoring board 51. As a result, the corridor light 61 blinks, and the management room in which the living information monitoring panel 51 is installed is notified that the resident of the dwelling unit has an abnormality in life.

[0005]

However, the make / break setting SW of the human body detecting sensor 54 is set so as to output a break signal when the human body detecting sensor 54 detects the movement of the occupant (hereinafter referred to as “break setting”). In this case, if the human body detection sensor 54 detects the movement of the occupant, as shown in FIG. 5B, the one-shot break signal S20 from the human body detection sensor 54.
Is output and the human body detection sensor 54 does not detect the movement of the occupant, the human body detection sensor 54 outputs the makeup signal S10. Therefore, if the make / break setting SW is set to the break setting by mistake during the construction, the human body detection sensor is used even if the occupant of the dwelling unit has an abnormality in life, that is, even if the movement of the resident is not detected. Since the make signal S10 is output from 54 and the break signal S20 is not output, the dwell unit adapter 53
However, there is a problem that the life change monitoring timer does not operate, and eventually the life change of the resident is not detected.

The present invention has been made in order to solve the above-mentioned problems, and it is possible to prevent an erroneous setting of the make / break setting SW of the human body detection sensor for detecting an abnormal life of a resident. The purpose is to provide a system.

[0007]

In order to achieve the above-mentioned object, the life change sensing system of the present invention is installed in a management room of a nursing home or an apartment house for the elderly, and is used by a resident while living. The living information monitoring panel that detects the above-mentioned change and the human body detection sensor that outputs a make signal or a break signal according to the setting when the movement of the resident is detected are connected, and the human body detection sensor outputs the make signal. If set, the human body detection sensor does not detect the movement of the resident, and the dwelling unit adapter that detects that there is a living change when the break condition continues for the time set by the life change monitoring timer, and the dwelling unit adapter Is a living information monitoring board,
It is connected to a living room master that communicates with the living information monitoring panel, a ceiling speaker that emits a loud voice call with the living information monitoring panel, and / or a corridor light that blinks when it is detected that there is a change in life. The dwelling unit adapter monitors the time when the make signal is output from the human body detection sensor, and outputs a warning sound from the ceiling speaker and / or the speaker of the master unit in the room when the make signal continues to be output for the set time. And / or has an erroneous setting monitoring timer for blinking the corridor light.

Further, the life change sensing system of the present invention is
A living information monitoring panel that is installed in the management room of a nursing home or an apartment complex for elderly people, etc. to detect an abnormality in life when the resident is in the room, and a make signal according to the setting when the movement of the resident is detected Or if a human body detection sensor that outputs a break signal is connected and the human body detection sensor is set to output a break signal, the make-up state in which the human body detection sensor does not detect the movement of the resident is detected by the life change monitoring timer. With a dwelling unit adapter that detects a life change when it continues for a set time or more, the dwelling unit adapter is a living information monitoring panel and a living room master unit that communicates with the living information monitoring panel
It is connected to a ceiling speaker that emits a loud call with the living information monitoring panel and / or a corridor light that blinks when it is detected that something is wrong with the living environment.The dwell unit adapter sends a break signal from the human body detection sensor. The output time is monitored, and if the break signal continues to be output for the set time, a warning sound is output from the ceiling speaker and / or the speaker of the master unit in the room, and / or the corridor light blinks. It is characterized by having an erroneous setting monitoring timer for operating.

Further, the dwelling unit in the life change detecting system of the present invention is characterized by having a time setting unit for changing the time counted by the life change monitoring timer and the erroneous setting monitoring timer.

According to the life abnormality detection system of the present invention,
Make-up / break setting SW for human body detection sensor during construction
If the wrong setting is made, the wrong setting monitoring timer is activated and a warning sound is emitted from the ceiling speaker or the speaker of the master unit in the room. Therefore, the wrong setting of the make / break setting SW during construction is set. Can be prevented.

[0011]

BEST MODE FOR CARRYING OUT THE INVENTION Preferred embodiments of the life change sensing system of the present invention will be described in detail below with reference to the drawings.

As shown in FIG. 1, the life change detecting system of the present invention includes a living information monitoring panel 1 installed in a management room of a nursing home or a housing complex for the elderly, and an in-room master unit having a speaker 2a. 2, a dwelling unit adapter 3, a human body detection sensor 4 including a passive sensor, an presence / absence setting button 5, an electric lock 6, a call button 7, and a ceiling microphone 8,
The ceiling speaker 9, the intercom 10, the corridor lamp 11, and the time setting unit 12 are provided. Here, the living information monitoring board 1 is connected to the dwelling unit adapter 3 via the transmission line L1,
The dwell unit adapter 3 includes an in-room master unit 2, a human body detection sensor 4, an presence / absence setting button 5, an electric lock 6, a call button 7, a ceiling microphone 8, a ceiling speaker 9, an intercom 10, a corridor light 11 and a time setting unit. 12 are connected. The transmission line L1 is, as shown in FIG.
a and a data multiplex line L1b.

The dwelling unit adapter 3 is, as shown in FIG.
Control unit 31, communication circuit 32, interface unit 33,
The transmission circuit 34, the reception circuit 35, an erroneous setting monitoring timer 36, and a daily life change monitoring timer 37 are included.
Here, the control unit 31 is connected to the communication circuit 32, the interface unit 33, the transmission circuit 34, the reception circuit 35, the erroneous setting monitoring timer 36, and the life change monitoring timer 37, and the communication circuit 32 includes the ceiling microphone 8 and the ceiling. A speaker 9 is connected, and the interface unit 33 has an in-room master unit 2, a human body detection sensor 4, an presence / absence setting button 5, an electric lock 6, a call button 7, an intercom 10, a corridor lamp 11, and a time setting unit 12. Are connected. Also, the call circuit 32
Is connected to the living information monitoring board 1 via the voice multiplex line L1a, and the transmitting circuit 34 and the receiving circuit 35 are connected to the data multiplex line L1.
It is connected to the living information monitoring board 1 via 1b.

Next, the operation of the life change sensing system thus constructed will be described.

First, at the time of construction, the human body detection sensor 4
Make / break setting SW4a of
3 is set to operate normally, that is, when the make / break setting SW 4a is set to make, when the human body detection sensor 4 detects the movement of the occupant, FIG.
As shown in (a), the one-shot make signal S1 is output from the human body detection sensor 4, and when the human body detection sensor 4 does not detect the movement of the occupant, the human body detection sensor 4 enters a break state. Here, life change monitoring timer 37
Monitors the time in the break state, and if the break state continues for the set time (for example, 12 hours), the control unit 31 determines that the resident has an abnormality in life, and the control unit 31 Is configured to output a life change signal from. In addition, the erroneous setting monitoring timer 36
The time when the make signal S1 is output is monitored, and if the output of the make signal S1 continues for the set time (for example, 60 seconds), the control unit 31 determines that the setting of the make / break setting SW4a is incorrect. The control unit 31 outputs a warning signal.

Therefore, when the makeup / break setting SW 4a of the human body detecting sensor 4 is set to make during the construction, the human body detecting sensor 4 must detect the movement of the occupant.
That is, when a resident experiences an abnormality in life, the human body detection sensor 4 is in a break state. When this break condition is detected by the life change monitoring timer 37 for 12 hours or more, the control unit 31 determines that the resident has a life change. Then, under the control of the control unit 31, an alarm sound is issued from the ceiling speaker 9 and / or the speaker 2a of the room main unit 2, and the corridor lamp 11 blinks if necessary. As a result, other residents in the dwelling unit or passers-by near the entrance of the dwelling unit are informed that the resident, such as an old man, has an abnormality in life. At the same time, the control unit 31 outputs a life change signal containing the address of the dwelling unit, and the life change signal is sent to the life information monitoring board 1 via the transmission circuit 34 and the data multiplex line L1b. As a result, the management room or the like is informed that an abnormality has occurred in life when the resident of the dwelling unit is in the room.

When the human body detection sensor 4 detects the movement of the occupant, the one-shot make signal S1 is output from the human body detection sensor 4, so that the time when the make signal S1 is set by the incorrect setting monitoring timer 36 ( It is not output continuously for 60 seconds, for example.

On the other hand, if the make / break setting SW4a of the human body detecting sensor 4 is erroneously set during construction, that is, if the make / break setting SW4a is set to break, the human body detecting sensor 4 is When the movement of the occupant is detected, a one-shot break signal S2 is output from the human body detection sensor 4 as shown in FIG. 3B, and if the human body detection sensor 4 does not detect the movement of the occupant, the human body is detected. The detection sensor 4 is in the makeup state.

By the way, after finishing the setting at the time of construction, there are usually no people in the dwelling unit. Therefore, when the make / break setting SW 4a is set to break, the human body detection sensor 4 is kept in the make state. become. And
When the false setting monitoring timer 36 detects this make state for 60 seconds or more, the control unit 31 determines that the setting of the make / break setting SW 4a is incorrect. Then, under the control of the control unit 31, a warning sound is output from the ceiling speaker 9 and / or the speaker 2a of the in-room master unit, and the corridor lamp 11 blinks if necessary. As a result, the person who sets the human body detection sensor 4 is notified that the setting of the make / break setting SW 4a during construction is incorrect.

In the above embodiment, the makeup /
The case where the normal setting of the break setting SW is set as the make setting, the break state is monitored by the life change monitoring timer, the incorrect setting is set as the break setting, and the output of the make signal is monitored by the incorrect setting monitoring timer is explained. The normal setting of the / break setting SW may be set as the break setting, the make state may be monitored by the life change monitoring timer, and the incorrect setting may be set as the make setting, and the output of the break signal may be monitored by the incorrect setting monitoring timer. Further, the life change monitoring timer and the erroneous setting monitoring timer are set to 12 hours and 60 seconds, respectively, and these setting times are set according to the living mode of the resident of the dwelling unit. Can be changed as appropriate by the operation.

[0021]

As is apparent from the above description, according to the life change sensing system of the present invention, makeup / makeup
If the break setting SW is set incorrectly, the erroneous setting monitoring timer is activated and a warning sound is emitted from the ceiling speaker, the speaker of the parent room, etc., so the make / break setting SW during construction is set. It is possible to prevent erroneous setting of.

[Brief description of drawings]

FIG. 1 is a system configuration diagram of a life change detection system of the present invention.

FIG. 2 is a block diagram of a dwelling unit adapter in the life change detection system of the present invention.

FIG. 3 is a waveform diagram of a signal output from a human body detection sensor in the lifestyle change detection system of the present invention.

FIG. 4 is a system configuration diagram of a conventional life change detection system.

FIG. 5 is a waveform diagram of a signal output from a human body detection sensor in a conventional life change detection system.

[Explanation of symbols]

1 ... Living information monitoring board 2 ... Living room base unit 2a ... speaker 3 ... dwelling unit adapter 36 ... False setting monitoring timer 37 ... Life change monitoring timer 4 ... Human body sensor 9 ... Ceiling speaker 11 ... Corridor light 12 ... Time setting section

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Claims (3)

[Claims] 1. A living information monitoring panel (1) which is installed in a management room of a nursing home or an apartment complex for the elderly and detects a change in life when the resident is in the room, and a movement of the resident. When a human body detection sensor (4) that outputs a make signal or a break signal according to the setting when it is detected is connected and the human body detection sensor is set to output a make signal,
A dwelling unit adapter (3) for detecting a life change when the break state in which the human body detection sensor does not detect the movement of the occupant continues for a time set by the life change monitoring timer (37) or more. , The dwelling unit adapter, the living room monitor (2) that communicates with the living information monitoring board, and the ceiling speaker (9) and / or () that emits a loud call with the living information monitoring board. Each of the dwelling unit adapters is connected to a corridor light (11) that blinks when it is detected that the lifestyle has changed, and the dwell unit adapter monitors a time when a make signal is output from the human body detection sensor and sets a set time. , If the output of the make signal is continued, a warning sound is given to the ceiling speaker and / or the speaker (2a) of the in-room master unit.
A life change detection system, characterized in that it has an erroneous setting monitoring timer (36) for further outputting and / or blinking the corridor light. 2. A living information monitoring panel (1) which is installed in a management room of a nursing home or an apartment house for the elderly and detects a change in life when the resident is in the room, and the movement of the resident. When the human body detection sensor (4) that outputs a make signal or a break signal according to the setting when it is detected is connected, and the human body detection sensor is set to output the break signal, the human body detection sensor is the resident. A dwelling unit adapter (3) that detects that there is a change in life when the makeup signal output from the human body detection sensor continues for more than the time set by the life change monitoring timer (37) The dwelling unit adapter comprises: the living information monitoring board, a living room master unit (2) that communicates with the living information monitoring board, and a ceiling speaker that emits a loud call with the living information monitoring board ( 9) and / or is connected to a corridor light (11) that blinks when it is detected that there is a change in life, and the dwell unit adapter monitors the time when a break signal is output from the human body detection sensor. However, when the break signal is continuously output for the set time, a warning sound is given to the ceiling speaker and / or the speaker (2) of the living room master unit.
A life change detection system, characterized in that it has an erroneous setting monitoring timer (36) for outputting from (a) and / or causing the corridor light to blink. 3. The dwell unit has a time setting unit (12) for changing a time counted by the life change monitoring timer and the erroneous setting monitoring timer. Life change detection system.