JP2010056895A - Intercom system for condominium - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide an intercom system for condominiums in which if a sensor outputs a failure detecting signal but it may be caused by a malfunction, a caretaker is not immediately notified of failure. <P>SOLUTION: A biological monitor is mounted on the body of a resident to detect the failure in a physical conditions such as the number of pulses or standing or lying posture information. The biological monitor 7 is wirelessly connected to an adapter 8, to which a life failure sensor 6 is connected, for notifying a living-room master unit 3 or a caretaker's room master unit 4 of failure occurrence. Upon receipt of an failure detecting signal from the life failure sensor 6, if a signal being received from the biological monitor 7 meets predetermined condition, the adapter first sounds an alarm of only the living-room master unit 3 and delays or does not implement the notification to the caretaker's room master unit 4. If the failure detecting signal is received from the life failure sensor 6 but the signal being received from the biological monitor 7 does not meet the predetermined conditions, the caretaker's room master unit 4 is notified of the failure without delay and an alarm is sounded. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

  The present invention relates to an apartment intercom system, and in particular, is provided with a life change sensor for detecting a life change of a resident and a living body monitor for detecting a resident's state such as standing or lying, and an abnormality occurs in the resident. The present invention relates to a housing complex intercom system having a function of issuing an alarm to the outside in the event of a failure.

  There has been an intercom system that has a function of detecting and reporting a resident's abnormality. For example, the housing intercom system for elderly people described in Patent Document 1 has a water volume sensor, a human sensor, etc. installed in a dwelling unit, so that abnormalities such as when the water is not used for a long time or the movement of the resident cannot be detected. When detected, it is configured to issue an alarm and also notify the manager. With this configuration, when there is an abnormality in the resident, the manager can recognize it and can take an appropriate action.

On the other hand, in order to monitor the operation while protecting the privacy of the care recipient and to be able to help in the case of a dangerous situation such as a fall, the care recipient needs to be in a standing, sitting or lying position. A device for discriminating which state is in the state has been proposed (for example, see Patent Document 2).
There is also a biosensor device that enables a person to wear a sensor and measure the pulse and blood pressure wirelessly. For example, a medical telemeter ZZ-100P manufactured by Nippon Koden Kogyo Co., Ltd. can measure an electrocardiogram wirelessly with a measuring instrument and a wireless monitor that are attached to a body containing an electrode and a transmitter.

JP 2003-134243 A JP 2007-160076 A

  However, in the system of Patent Document 1 including the water amount sensor, the human sensor, and the like, an alarm signal is sent to the manager immediately when any of a plurality of installed sensors is operated. When a misinformation occurred, the resident was notified before the resident noticed the misinformation, causing the manager to take extra time.

  Therefore, in view of such problems, the present invention provides an apartment house intercom system that does not immediately notify an administrator when a sensor outputs an abnormality detection signal but there is a possibility of malfunction. It is an object.

In order to solve the above-mentioned problems, the invention of claim 1 is a collective entrance machine installed at a common entrance of an apartment house to call a resident, and a dwelling unit installed at the entrance of each dwelling unit to call a resident The entrance unit, the main unit installed in each dwelling unit, the main unit for answering calls from the dwelling unit entrance unit, and the management room installed in the management room that can communicate with the main unit and the main unit A multi-family intercom system comprising a master unit and an adapter that is connected to a life abnormality sensor that detects an abnormality of the resident and notifies the resident master unit or management room master unit of an abnormality that has occurred to the resident. A person wears a biological monitor that detects the occupant's physical information such as pulse rate and standing or lying posture information, and the adapter has a biological information input unit that obtains biological information sent from the biological monitor. Have an adapter for life changes When the abnormality detection signal is received from the sensor and the signal received from the living body monitor is in a steady state that satisfies the predetermined condition, the notification of the occurrence of the abnormality to the management room base unit is delayed or not performed. When an alarm is issued from at least one of the master unit and the adapter and an abnormality detection signal is received from the life change sensor, if the signal received from the biological monitor does not satisfy the predetermined condition, the control room master unit It has a notification control unit that notifies the user without delay and issues an alarm.
According to this configuration, even if the life abnormality sensor transmits an abnormality detection signal, if a signal satisfying a predetermined condition that allows the resident to notice an alarm and take appropriate measures is emitted from the biological monitor, the adapter Delay or not notify the occurrence of abnormality to the master unit in the control room. Therefore, if the resident is able to deal with misinformation, it can be operated so as not to notify the manager, reducing the notification of misreports to the master unit of the control room and reducing the burden on the manager. it can. And when it judges that it is in the situation where a resident cannot respond, since it reports to a management room master machine without delay, it can respond quickly.

The invention according to claim 2 is the invention according to claim 1, wherein the dwelling unit entrance machine has a warning indicator lamp, and the notification control unit simultaneously issues a warning indicator lamp when notifying the management unit main unit of the occurrence of an abnormality. It is characterized by making it.
According to this configuration, not only the manager but also the nearby residents can be notified of the occurrence of an abnormality, and a situation in which the alarm is not noticed even when the manager is absent can be prevented.

The invention according to claim 3 is the invention according to claim 1 or 2, wherein when there are a plurality of residents wearing living body monitors in the dwelling unit from which the life abnormality sensor has transmitted an abnormality detection signal, If at least one biological monitor transmits a signal indicating a steady state, an abnormality occurrence notification to the management room master is delayed or not performed.
According to this configuration, if one of the residents can cope with the false alarm, an appropriate countermeasure can be taken, so there is no need to notify the administrator, and the burden on the administrator due to the false alarm can be reduced.

According to a fourth aspect of the present invention, in the invention according to any one of the first to third aspects, when the notification control unit receives an abnormality detection signal such as a pulse abnormality from a living body monitor, the notification control unit reports to the management room master unit and the like. When an abnormality detection signal is received from the anomaly sensor, if the signal received from the biological monitor does not satisfy the predetermined condition, the biological information received from the biological monitor together with the notification of the occurrence of abnormality is combined with the management room master unit. It is characterized by notifying.
According to this configuration, when the life abnormality sensor transmits an abnormality detection signal, if the signal transmitted from the biological monitor does not satisfy the predetermined condition, that is, if it can be determined that the resident is not in a normal state, In addition to the occurrence notification, biometric information is also notified to the management room master unit. Therefore, the situation of the resident at the time of abnormality occurrence can be grasped, and the manager is easy to deal with.

The invention according to claim 5 is the invention according to any one of claims 1 to 4, wherein an abnormality detection signal is emitted from the life change sensor and the reception signal from the living body monitor is in a steady state, and the living room master or adapter When a button other than the specified button operation that stops the alarm alert is operated by the parent unit or adapter while the alarm is being issued, the notification control unit immediately notifies the management room master of the occurrence of an abnormality. It is characterized by performing.
According to this configuration, even if the resident who has recognized the alarm notification that notifies the occurrence of an anomaly is in a panic state and is confused by the operation of the device, any button on the device that is ringing If it is pressed, it is reported to the management room master unit, so the manager can recognize the occurrence of the abnormality and can take quick action. On the other hand, if it is a false alarm, the alarm is stopped by a predetermined button operation such as a warning sound stop button, and the false alarm is not transmitted to the manager.

The invention according to claim 6 is the invention according to any one of claims 1 to 5, wherein the notification control unit obtains information from the living body monitor at predetermined time intervals, deviates from a predetermined condition, and indicates a specific condition indicating an abnormality. When information indicating the value of the range is obtained, a warning is issued by notifying the management room base unit in addition to the living room base unit without delay.
According to this configuration, even if the life abnormality sensor does not detect an abnormality, the adapter obtains information from the living body monitor at predetermined time intervals, and if a numerical value greatly deviating from the steady state is obtained, the management room base unit, etc. Therefore, if there is a change in the resident itself, it can be notified to the control room parent machine etc. in almost real time, and if an abnormality occurs in the resident, it can be dealt with promptly.

The invention of claim 7 is the invention according to any one of claims 1 to 6, wherein the adapter is integrated with the living room master.
According to this configuration, the trouble of separately installing the adapter can be saved, construction can be simplified, and the cost can be reduced.

  According to the present invention, even if the life abnormality sensor transmits an abnormality detection signal, if a signal satisfying a predetermined condition that allows the resident to notice an alarm and take appropriate measures is emitted from the biological monitor, the adapter Delay or not notify the occurrence of abnormality to the master unit in the control room. Therefore, when the resident can deal with the false alarm, it can be operated so as not to notify the manager. Therefore, it is possible to reduce the burden on the manager by reducing the false alarm notification to the management room master unit. And when it judges that it is in the situation where a resident cannot respond, since it reports to a management room master machine without delay, it can respond quickly.

  DESCRIPTION OF EXEMPLARY EMBODIMENTS Hereinafter, embodiments of the invention will be described in detail with reference to the drawings. FIG. 1 and FIG. 2 show an example of an apartment house intercom system according to the present invention, FIG. 1 is a system configuration diagram, and FIG. 2 is a block diagram showing the main part of each device shown in FIG. 1 is installed at the common entrance of the apartment house, and the collective entrance machine for calling the residents, 2 is installed at the entrance of each dwelling unit and the dwelling unit entrance machine for calling the residents, 3 is installed in each dwelling unit A master unit 4 for answering calls from the collective entrance machine 1 and the dwelling unit entrance machine 2, 4 is installed in the management room, and can be used to communicate with the collective entrance machine 1 and the home unit 3; Security sensors that detect abnormalities in the room such as fires and gas leaks, 6 is a life detection sensor such as a human body detection sensor and a water amount sensor that detects the movement of the resident, and 7 is a pulse that is worn by the resident and is used by the resident. In addition to the number, a living body monitor for detecting the physical state of the resident such as posture information of standing position and supine position, and the living room abnormal sensor 6 and the biological monitor 7 are connected to the living room parent when the abnormal living of the resident is detected. Adapter for notifying machine 3 and management room master 1 etc. That.

  The collective entrance machine 1 is connected to the management room base unit 4 via the transmission line L1, the living room base units 3, 3,... Are connected to the management room base unit 4 via the main unit trunk line L2, and the dwelling unit entrance unit 2 transmits. It is connected to the room master unit 3 via a line L3. Further, the security sensor 5 is connected to the living room master unit 3 through the transmission line L4, the life change sensor 6 is connected to the adapter 8 through the transmission line L5, and the adapter 8 is connected to the living room base unit 3 through the transmission line L6. Furthermore, the biological monitor 7 wirelessly transmits the measured pulse and the like to the adapter 8 at a predetermined time interval such as 10 seconds.

As shown in FIG. 2, the collective entrance machine 1 includes an operation unit 11 that selects a callee room master unit 3, a call button 12 that performs a call operation, and a collective entrance machine that makes a call with a callee resident. A communication unit 13, a collective entrance CPU 14 that controls the entire collective entrance machine, a collective entrance machine interface (collective entrance machine IF) 15 for communicating with the management room base unit 4, and the like are provided.
In addition, the dwelling unit 2 displays a call button 18 for calling a resident, a slave unit call unit 19 for calling with a resident, and a sensor installed in the dwelling unit when an abnormality is detected. A warning indicator lamp 20 and a slave unit interface (slave unit IF) 21 for communicating with the living room master unit 3 via the transmission line L3 are provided.

  The room base unit 3 includes a call button 24 for responding to a call, a base unit call unit 25 for calling with a visitor, a base unit display unit 26 for displaying sensor operations, and a parent for performing various settings. The machine operation unit 27, the parent machine CPU 28 that controls the entire room parent machine 3, the parent machine first interface (parent machine first IF) 29 for communicating with the management room parent machine 4, and the parent for connecting the dwelling unit entrance machine 2 A second machine interface (parent machine second IF) 30, a parent machine sensor interface (parent machine sensor IF) 31 for connecting the security sensor 5, and the like are provided. Note that the master unit operation unit 27 includes a recovery button for resetting alarm notification.

  The management room base unit 4 includes a call button 33 for responding to a call, a management room base unit call unit 34 for calling with the living room base unit 3 and the like, and a management room base unit display unit 35 for displaying sensor operation contents and the like. Communicating with the living room parent unit 3 through the management room parent unit operation unit 36 for selecting various settings and the calling room parent unit 3, the management room parent unit CPU 37 for controlling the entire management room parent unit 4, and the main unit trunk line L2. A management room base unit first interface (pipe parent first IF) 38, a management room base unit second interface (pipe parent second IF) 39 for communicating with the collective entrance machine 1 via the transmission line L1, etc. It has been.

  The adapter 8 wirelessly receives a signal from the alarm unit 41 for reporting the occurrence of an abnormality, the sensor interface (sensor IF) 42 to which the life abnormality sensor 6 is connected via the transmission line L5, and the biological monitor 7. Wireless receiver 43, recovery button 44 for resetting the adapter 8 in the alerting operation state, adapter CPU 45 for controlling the adapter 8 as a whole, and adapter interface (adapter IF) for communicating with the room base unit 3 via the transmission line L6 46 grade.

  The operation of the apartment house intercom system configured as described above is as follows. However, since the calling operation from the collective entrance machine 1 and the response operation by the living room base unit 3 are the same as those in the prior art, a description thereof will be omitted. The operation will be described with reference to the flowchart of FIG. FIG. 3 shows the flow of operations when the security sensor 5 connected to the living room master unit 3, the life change sensor 6 connected to the adapter 8, and the biological monitor 7 each detect an abnormality.

  The life change sensor 6 includes, for example, a human body detection sensor that detects the movement of a person, a water amount sensor that detects the use status of tap water, a bed sensor that detects the status of a resident in the bed, and an operation status of electrical equipment. Home appliance operation sensor. For example, when a human body sensor installed in a living room does not detect the movement of a resident for a certain period of time (for example, 24 hours), it determines that an abnormality has occurred and sends an abnormality detection signal. In the case where a human body sensor is installed in the toilet, if the presence of a resident is continuously detected over a certain time (for example, 2 hours), it is determined that an abnormality has occurred and an abnormality detection signal is transmitted.

Furthermore, when a water amount sensor is installed, the water amount sensor detects that an abnormality has occurred when water has been continuously used for a predetermined long time, or when it has not been used for a predetermined long time. Send a signal.
The bed sensor detects whether a resident in the bed is in a sleeping state or has not fallen, and the bed sensor detects, for example, a state in which the resident has been sleeping for 20 hours, or has detected a fall. In this case, it is determined that an abnormality has occurred and an abnormality detection signal is transmitted.

When the abnormality detection signal is transmitted from the life abnormality sensor 6 as described above (S1), the adapter 8 first confirms the information obtained immediately before the living body monitor 7 worn by the resident under the control of the adapter CPU 45 ( S2) It is determined whether this latest information satisfies a predetermined condition (S3).
If it is determined from the information on the biological monitor 7 that the patient is in a standing state and is in a steady state such as a normal pulse, it is determined that it is a false report such as a malfunction of the life abnormality sensor 6 or an excessive reaction of the life abnormality sensor 6. In order to urge the resident to reset, only the living room master unit 3 is activated (S4), and the reporting unit 41 of the adapter 8 is also activated. If the living body monitor 7 is not in a steady state, the alarm operation is also performed in other devices such as the management room base unit 4 in addition to the room base unit 3 (S9).

  Specifically, when it is determined that the state is in a steady state, an abnormality occurrence signal is transmitted only to the room base unit 3 via the adapter IF 46 and the transmission line L6. When the base unit CPU 28 receives the abnormality occurrence signal via the base unit second IF 30, the base unit CPU 28 sounds an alarm sound from a speaker (not shown) provided in the base unit call unit 25 and causes the base unit display unit 26 to detect an abnormality. The sender information, for example, “Living sensor has been activated” is displayed. In addition, the life abnormality sensor information of the abnormality detection signal transmission source displayed on the main | base station display part 26 is transmitted to the living room main | base station 3 with an abnormality generation signal, and character information is memorize | stored in the adapter CPU45 at the time of construction.

  In response to this notification operation, if a resident who has confirmed the false alarm performs a predetermined operation in which the base unit operation unit 26 stops the alarm sound (S5), the alarm sound of the adapter 8 is stopped in addition to the room base unit 3 (S8) and reset. Even if the recovery button 44 of the adapter 8 is operated, the adapter CPU 45 stops both the home base unit 3 and the adapter 8 from reporting and resets them.

However, the adapter CPU 45 performs the alarm sound stop operation or the adapter 8 reset operation even if the transmission signal from the biological monitor 7 is in a steady state or counts a predetermined time such as 5 minutes (S7). If not, it is determined that some kind of abnormality has occurred, and a notification is made to the dwelling unit entrance machine 2 and the management room master unit 4 (an abnormality occurrence signal is transmitted), and a notification operation is performed (S9).
Specifically, an abnormality occurrence signal is transmitted to the dwelling unit entrance machine 2 and the management room parent machine 4 through the living room parent machine 3 in addition to the living room parent machine 3. The dwelling unit entrance machine 2 to which the abnormality occurrence signal has been transmitted via the transmission line L3 sounds a warning sound from a speaker (not shown) of the handset communication unit, turns on the warning indicator lamp 20, and performs a notification operation. In addition, the management room master unit CPU 37 that has received the abnormality occurrence signal via the transmission line L2 and the master unit first IF 38 sounds an alarm sound from the speaker of the management room base unit 4 and detects an abnormality in the management room master unit display unit 35. The life change sensor information of the signal transmission source, for example, “the living room sensor of No. 205 dwelling unit has been operated” is displayed.

  In addition, when the occupant base unit 3 performs a reporting operation in response to an abnormality occurrence signal, the resident panics and the base unit operation unit 27 of the occupant base unit 3 is operated at random. When an operation other than the alarm sound stop operation or the recovery operation such as the recovery button 44 of the adapter 8 is performed (S6), the adapter CPU 45 determines that an abnormal situation has occurred, and the entrance unit 2 or the control room An abnormality occurrence signal is transmitted to the base unit 4 to cause a notification operation (S9). Upon receiving this abnormality occurrence signal, the room master unit 3, the dwelling unit entrance unit 2, and the management unit base unit 4 sound an alarm sound from the speaker in the same manner as the above-described alarming operation. Is turned on, and the base unit display unit 26 and the management room base unit display unit 35 display the life abnormality sensor information of the abnormality detection signal transmission source.

  On the other hand, when the life abnormality sensor 6 sends out an abnormality detection signal, if the information on the biological monitor 7 is not in a steady state (N in S3), for example, information such as a pulse is not in a steady state or the resident is in a prone position When the adapter CPU 45 is in an unsteady state, such as being in a state, the adapter CPU 45 transmits an abnormality occurrence signal to the dwelling unit entrance unit 2 and the management room base unit 4 without delay in addition to the living room base unit 3. The alarm is activated (S9). However, in addition to the life abnormality sensor information of the abnormality detection signal transmission source, the biological information indicating the unsteady state is also transmitted to the abnormality occurrence signal transmitted at this time.

Specifically, when it is determined that it is not in a steady state, an abnormality occurrence signal is transmitted to the living room base unit 3 via the adapter IF 46 and the transmission line L6, and the dwelling unit entrance unit 2 and the management room are passed through the living room base unit 3. An abnormality occurrence signal is transmitted to the master unit 4. Upon receiving the abnormality occurrence signal, the room master unit 3 sounds an alarm sound from the speaker and displays the information of the abnormality detection signal transmission source on the master unit display unit 26 as in the operation in the steady state.
The dwelling unit entrance machine 2 performs a reporting operation and turns on the alarm indicator lamp 20 to notify the occurrence of an abnormality. The management room master unit 4 receives the abnormality occurrence signal and performs a reporting operation. In addition to the sensor information, the display unit 35 displays information on the biological monitor 7 in an unsteady state, for example, information indicating that the pulse is not a normal value when the pulse is abnormal. In addition, when a signal indicating that the user is in the prone position is received, information indicating “the resident is lying down” is displayed.

  Furthermore, for example, if the occupant's pulse deviates significantly from a predetermined range determined as the normal range and indicates a numerical value within a specific range set in advance (S10), the adapter CPU 45 has no relation to the state of the life anomaly sensor 6. In addition, the abnormality occurrence notification is added to the living room main unit 3 and the dwelling unit entrance unit 2 and the management room main unit 4. Each device that has received this abnormality notification issues an alarm (S9), turns on the alarm indicator light 20 of the dwelling unit entrance machine 2, and displays, for example, "Master device display unit 26 and management room master device display unit 35" “The pulse shows an abnormal value” is displayed.

  On the other hand, when the security sensor 5 is activated (S11), the parent unit CPU 28, the dwelling unit entrance unit 2, and the management room parent unit 4 perform an alarm issuing operation under the control of the parent unit CPU 28 (S9) and the parent unit display. In the unit 26 and the management room main unit display unit 35, a display such as “Fire has occurred” is displayed.

Thus, even if the life abnormality sensor sends an abnormality detection signal, if the occupant has obtained information from the biological monitor indicating the standing state and the pulse normality so that the resident can notice the alarm and take appropriate measures, the adapter Will delay or do not send the error signal to the master unit. Therefore, if the resident is able to deal with misinformation, it can be operated so as not to notify the manager, reducing the notification of misreports to the master unit of the control room and reducing the burden on the manager. it can. And when it judges that it is in the situation where a resident cannot respond, since it reports to a management room master machine without delay, it can respond quickly.
Moreover, it is possible to make an accurate determination by setting the standing state and the normal pulse as a steady state and using the determination criteria for notifying the management room parent machine of whether or not to notify the management room master unit.
Furthermore, when an abnormality occurs, an alarm is issued not only from the master unit in the control room but also from the entrance unit of the dwelling unit, so that not only the manager but also the neighboring residents can be notified of the occurrence of the abnormality. Even so, it is possible to prevent a situation where the alarm is not noticed.

In addition, when the abnormal life sensor transmits an abnormality detection signal, if the signal transmitted from the biological monitor does not satisfy a predetermined condition, that is, if it can be determined that the resident is not in a normal state, in addition to the abnormality occurrence notification Since the biometric information is also notified to the management room master unit, the state of the resident when an abnormality occurs can be grasped, and the manager is easy to deal with.
And even if the resident who recognized the alarm notification that notifies the occurrence of anomaly panics and is confused by the device operation, if any button of the ringing device is pressed Since it is reported to the master unit of the management room, the manager can recognize the occurrence of the abnormality and can take quick action. On the other hand, if it is a false alarm, the alarm is stopped by a predetermined button operation such as a warning sound stop button, and the false alarm is not transmitted to the manager.
In addition, even if the life change sensor does not detect an abnormality, the adapter obtains information from the biological monitor at a predetermined time interval, and notifies the management room main unit etc. when a numerical value greatly deviating from the steady state is obtained. If there is a change in the resident itself, it can be notified in real time to the master unit of the control room, etc., and the abnormality that has occurred in the resident can be reported to the outside without delay, and prompt action can be taken.

  The operation of the adapter 8 has been described on the assumption that there is only one resident wearing the biosensor 6. However, when two or more residents are wearing biosensors, the life change sensor When at least one resident is in a steady state when an abnormality detection signal is output, an alarm sound may be sounded only from the speaker of the room master as in the above operation. By controlling in this way, if one of the residents can cope with the false alarm, an appropriate countermeasure can be taken, so there is no need to notify the administrator, and the burden on the administrator due to the erroneous alarm can be reduced.

  Further, even when two or more residents are wearing biosensors, when the life change sensor 6 sends an abnormality detection signal, the adapter CPU 45 is not in a steady state such that all the residents are in a prone position, If it is determined from the information on the living body monitor 7 that the immediate response cannot be made in the room, the alarm is sounded from the dwelling unit entrance 2 and the management room master 4 simultaneously with the alarm sound from the speaker of the living room master 3. The alarm indicator light 20 of the dwelling unit entrance machine 2 may be turned on.

  Furthermore, in the said embodiment, although the adapter 8 becomes a structure independent from the living room main | base station 3, you may comprise integrally and can save the effort which installs the adapter 8 separately by integrating, Cost reduction is possible. Further, the alarm indicator lamp 20 and the management room master unit display unit 35 of the dwelling unit entrance machine 2 are not essential, and the present invention can be implemented as long as at least an alarm sound can be generated or an abnormality can be notified.

It is a block diagram which shows an example of embodiment of the apartment house intercom system which concerns on this invention. It is the block diagram which represented the principal part of the structure of FIG. 1 with the block diagram. It is a flowchart which shows the flow of the alerting | reporting operation | movement by a sensor operation | movement.

Explanation of symbols

  1 .... Collective entrance machine, 2 .... Dwelling unit entrance machine, 3 .... Living room parent machine, 4 .... Management room parent machine, 5 .... Security sensor, 6 .... Life change sensor, 7 .... Living body monitor, 8 .... · Adapter, 19 · · Calling unit, 20 · · Warning indicator light, 25 · · Parent unit call unit, 26 · · Parent unit display unit, 27 · · Base unit operation unit, 28 · · Parent unit CPU, 34 · · Management room main unit call unit, 35 ... Management room main unit display unit, 37 ... Management room main unit operation unit, 41 ... Notification unit, 44 ... Recovery button, 45 ... Adapter CPU (notification control unit) .

Claims (7)

A collective entrance machine installed at the common entrance of the apartment house to call the resident, a dwelling entrance machine installed at the entrance of each dwelling unit to call the resident, and the collective entrance machine installed at each dwelling unit, Living room master unit for answering calls from dwelling unit entrance doors, management room parent unit installed in a management room and capable of talking with the collective entrance door unit and the living room parent unit, and life detecting resident abnormalities An apartment intercom system comprising an adapter that is connected to an anomaly sensor and notifies the occupant of the abnormality that has occurred to a resident in the living room base unit or the management room base unit,
The occupant wears a biological monitor that detects the occupant's physical information such as the pulse rate and the posture information of standing or prone position, and the adapter acquires the biological information transmitted from the biological monitor. Having an input section,
When the adapter receives an abnormality detection signal from the life abnormality sensor and the signal received from the biological monitor is in a steady state satisfying a predetermined condition, the adapter notifies the management room master of the occurrence of the abnormality. Without delaying or carrying out, when an alarm is issued from at least one of the living room master and the adapter and an abnormality detection signal is received from the life change sensor, the signal received from the biological monitor is A collective housing intercom system comprising a notification control unit for notifying the control room master unit without delay and issuing an alarm if a predetermined condition is not satisfied. The said dwelling unit entrance machine has a warning indicator lamp, and the said notification control part carries out the alarm operation | movement of the said warning indicator lamp simultaneously when notifying abnormality generation to the said management room main | base station. Apartment house intercom system. In the case where there are a plurality of residents wearing the living body monitor in the dwelling unit where the life abnormality sensor has transmitted an abnormality detection signal,
The notification control unit delays or does not implement an abnormality occurrence notification to the management room master unit when at least one of the biological monitors transmits a signal indicating the steady state. The apartment house intercom system according to 2. The notification control unit, when receiving an abnormality detection signal such as a pulse abnormality from the living body monitor, notifies the management room base unit and the like, and receives the abnormality detection signal from the life change sensor when receiving the abnormality detection signal from the living body monitor. 4. When the signal being operated does not satisfy a predetermined condition, the management unit base unit is notified of the occurrence of an abnormality together with the biological information received from the biological monitor. Apartment intercom system described in 1. When the life change sensor emits an abnormality detection signal and the received signal from the living body monitor is in a steady state, and the living room parent machine or the adapter issues an alarm, the living room parent machine or the 5. The notification control unit immediately notifies an abnormality occurrence to the management room base unit when a button other than a predetermined button operation for the adapter to stop alarming is operated. An apartment intercom system according to any one of the above. The notification control unit obtains information from the living body monitor at predetermined time intervals, and obtains information indicating a value in a specific range indicating an abnormality when the predetermined condition is not satisfied. 6. The collective housing intercom system according to claim 1, wherein a warning is issued by notifying the room master unit without delay. The apartment housing intercom system according to any one of claims 1 to 6, wherein the adapter is integrated with the living room master unit.

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