JP2012202110A - Communication system for multiple dwelling house - Google Patents

Abstract

PROBLEM TO BE SOLVED: To improve user friendliness while a caretaker in a control room monitors life information.SOLUTION: A control section 30 of a life information control panel 2 detects an absence signal based on key storage information generated in a key rack 3 where an entrance key is stored, to set an absent state of houses in which a plurality of habitable-room units 1a, 1b, ... are installed. Furthermore, the control section notifies state abnormality when a presence signal based on detection signal from intra-house trigger generation devices 13 and 14 in the habitable-room units is detected after the absence signal based on the key storage information generated in the key rack is detected. Moreover, the control section sets the absent state of each of houses or maintains the absent state of each of houses by detecting a suspicious absence signal based on key take-out information generated in the key rack where the entrance key is taken out.

Description

  The present invention relates to a collective housing communication device in which a key locker for storing an entrance key of each dwelling unit used by a resident is installed in a common part such as a management room of a collective housing. -It is related with the contact apparatus for collective housing which improved the convenience of the manager who monitors the living information which shows an absent state.

  Conventionally, as a contact device for this type of housing complex, the life information on the living information monitoring panel installed in the control room is changed to the living information indicating the occupancy / absence status of each dwelling unit (of multiple dwelling units). It can be changed by the operation, and for the dwelling unit where the resident is absent for a long time due to outside stay etc., the outside information is displayed by the outside information setting operation of the living information monitoring board, and it is different from the absence display of the dwelling unit which is absent by going out (normal outing) Thus, there has been proposed a collective housing liaison device that improves convenience when monitoring living information by a manager in a management room (see, for example, Patent Document 1).

JP 2001-28633 A

  However, according to the collective housing communication device described in Patent Document 1 described in the background art, life information indicating the occupancy / absence status of each dwelling unit (of a plurality of dwelling units) that constitutes a dwelling unit is installed in the management room. Not only can it be changed by the life information change operation on the information monitoring board, but the dwelling units that have been absent for a long time due to the absence of residents, etc. were displayed absent by the absence setting operation on the life information monitoring board. The operation is a manual operation by an administrator, and there is a high possibility that an erroneous operation will occur.

  The present invention has been made to solve this problem, and life information indicating the presence / absence state of a plurality of dwelling units constituting a housing complex is changed by a life information change operation of a life information monitoring board installed in a management room. Each unit can be changed by receiving an absence signal based on the key storage information from the key rack that stores the entrance key of each unit that the resident of the unit has entrusted to the administrator when each unit is absent. It is an object of the present invention to provide a collective housing liaison device that improves convenience when monitoring living information by a manager in a management room by setting the absence state of a dwelling unit.

  In order to achieve the above-mentioned object, the communication device for an apartment house according to the first aspect of the present invention is installed in each dwelling unit of a plurality of dwelling units in the dwelling unit, and the inside of the dwelling unit such as a call button or passive sensor in each dwelling unit Living information for identifying and displaying living information installed in common areas such as the control room of multiple dwelling units and apartments that provide living information on the presence or absence of each dwelling unit based on detection information from the trigger generator In the collective housing communication device having a monitoring panel and a key rack for storing the entrance key that the resident has entrusted to the manager when each dwelling unit is absent in the common area, the living information monitoring panel is A control unit is provided for setting the absence state of each dwelling unit by detecting an absence signal based on key storage information generated in a key rack in which the entrance key is stored.

  In addition, the collective housing liaison device according to the second aspect of the present invention is the absence signal based on the key storage information generated by the key rack. When the occupancy signal based on the detection information from the dwelling unit trigger generator of the room machine is detected after the detection of the presence, the notification that the state is abnormal is performed.

  In addition, the collective housing liaison device according to the third aspect of the present invention, in the first aspect of the present invention, the control unit of the living information monitoring board is a key generated in the key rack from which the entrance key is taken out. The occupancy state of each dwelling unit is set by detecting a suspicion absence signal based on the extraction information.

  Moreover, the contact apparatus for apartment houses which is the 4th aspect of this invention is a key produced | generated in the key rack from which the control part of the living information monitoring board was taken out in the 1st aspect of this invention. The absence state of each dwelling unit is held by detecting a suspicion absence signal based on the extraction information.

  In addition, in the first aspect of the present invention, the contact information device for an apartment house according to the fifth aspect of the present invention includes a living information monitoring board, an occupancy switch for setting the occupancy state of each dwelling unit, The absence switch for setting the absence state of a dwelling unit is provided. The control unit of the living information monitoring board detects the absence signal based on the operation of each absent switch and the in-unit trigger of the room machine after detecting at least one of the absence signal generated in the key rack from which the entrance key is taken out. When at least one of the detection information from the generator and the presence signal based on the operation of the presence switch is detected, the presence state of each dwelling unit is set.

  According to the collective housing communication device of the present invention, the entrance key can be obtained by connecting the key rack to the living information monitoring panel for identifying and displaying the living information on the presence / absence of each dwelling unit in which a plurality of living units are installed. The absence state of each dwelling unit can be set by detecting the absence signal based on the key storage information generated in the stored key rack by the control unit of the living information monitoring board. As a result, the absence setting without error is possible.

  Further, according to the apartment housing contact device of the present invention, after detecting the absence signal based on the key storage information generated in the key rack in which the entrance key is stored, the detection from the in-unit trigger generation device of the room unit By detecting the occupancy signal based on the information by the control unit of the living information monitoring board, it is possible to notify that the state is abnormal. As a result, for managers in the management room, for example, there are suspicious persons such as thieves in the dwelling unit where the entrance key is stored in the key rack, or the occupant is left behind. The situation can be confirmed.

  Further, according to the apartment housing contact device of the present invention, the control unit of the living information monitoring panel detects each suspicion absence signal based on the key extraction information generated in the key rack from which the entrance key is extracted. The occupancy state of the dwelling unit can be set, or the absence state of each dwelling unit can be maintained. As a result, it is possible to maintain the presence / absence setting without error.

  Furthermore, according to the apartment housing contact apparatus of the present invention, at least one of the absence signal based on the operation of the absence switch of the living information monitoring panel and the suspicious absence signal generated in the key rack from which the entrance key is taken out is detected. After that, the control unit detects at least one of the detection information from the trigger generator in the dwelling unit of the room machine and the presence signal based on the operation of the room switch, so that the occupancy state of each dwelling unit can be set. it can. As a result, it is possible to set the occupancy without error.

FIG. 1 is a block diagram showing a specific configuration of a communication device for an apartment house according to an embodiment of the present invention. FIG. 2 is an explanatory diagram showing a configuration example of the operation / display unit of the living information monitoring board in the collective housing contact apparatus of the present invention.

  DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS A preferred embodiment to which a collective housing communication device of the present invention is applied will be described below with reference to the drawings.

  FIG. 1 is a block diagram showing a specific configuration of a collective housing communication device installed in a collective housing for elderly people, for example, as a collective housing communication device according to an embodiment of the present invention. The communication device for collective housing is a plurality of dwelling units 1a, 1b installed in the dwelling units of each dwelling unit such as the 101st room, the 102nd room,... .., And a plurality of room units that are installed in a common part (hereinafter referred to as a management room) such as a control room forming an apartment house, respectively, via a control transmission line L1a and a voice transmission line L1b forming the trunk line L1. Living information monitoring panel 2 connected to 1a, 1b,... And the living information monitoring panel 2, for example, is installed in a management room that is a common part of an apartment house and lives via a rack transmission line L2. The key rack 3 is connected to the information panel 2. In addition, the key rack 3 is for storing the entrance key of the own dwelling unit deposited with the manager when the resident is absent due to going out of each dwelling unit (room 101, room 102,...). .

  Each of the plurality of room units 1a, 1b,... Has the same configuration, and includes a control unit (hereinafter referred to as a room unit CPU) 10, a ceiling microphone 11, a ceiling speaker 12, a call button 13, a passive sensor 14, and a call circuit. 15, a transmission circuit 16, a reception circuit 17, a presence / absence state storage table 18, a call button interface (hereinafter referred to as I / F) 19, and a passive sensor I / F 20.

  In this room machine 1a, 1b,..., The room machine CPU 10 is for controlling each part / circuit of the room machine.

  The ceiling microphone 11 and the ceiling speaker 12 input a voice (sending voice, receiving voice) signal for a resident in the room to establish a call with the manager in the room. Output.

  The call button 13 is a dwelling unit trigger generation device that provides information on the presence / absence of living in each dwelling unit. A resident in the dwelling unit can call a manager in the management room in an emergency or the like. Operate to call. The passive sensor 14 is an in-house trigger generation device similar to the call button 13, and opens the entrance door of the self-dwelling unit using the entrance key, and the human body such as a resident who returns home from outside the dwelling unit. It is for detecting existence.

  The call circuit 15 is controlled by the room unit CPU 10 and forms a signal transmission (call) line between the audio transmission path L1b forming the trunk line L1 and the ceiling microphone 11 and the ceiling speaker 12. The transmission circuit 16 and the reception circuit 17 are for transmitting and receiving various signals to be described later between the room CPU 10 and the control transmission line L1a forming the trunk line L1.

  The occupancy / absence state storage table 18 is controlled by the occupant CPU 10 that detects a life information change operation on the life information monitoring panel 2 by a manager in the occupancy room to be described later. This is for storing life information indicating the state, and is composed of various storage media such as RAM and EEPROM.

  The call button I / F 19 is used to connect the room CPU 10 and the call button 13. The passive sensor I / F 20 is used to connect the room CPU 10 and the passive sensor 14.

  In the plurality of room units 1a, 1b,..., The input (control input) side of the room unit CPU 10 passes through the call button 13 and the passive sensor I / F 20 via the call button I / F 19. The passive sensor 14 and the receiving circuit 17 connected to the control transmission line L1a forming the trunk line L1 are connected to each other. Further, on the output (control output) side of the room unit CPU 10, a ceiling microphone 11, a ceiling speaker 12, a speech transmission line L1b forming the trunk line L1, and a control transmission line L1a forming the trunk line L1 are connected. Each of the connected transmission circuits 16 is connected. Furthermore, an occupancy / absence state storage table 18 is connected to the input / output (control input / output) side of the room CPU 10.

  Next, the life information monitoring panel 2 includes a control unit (hereinafter referred to as a monitoring panel CPU) 30, a handset 31, a dwelling unit selection switch 32, an occupancy switch 33, an absence switch 34, a call indicator lamp 35, an occupancy indicator lamp. 36, absence indicator 37, loudspeaker 38, speech circuit 39, transmitter 40, receiver 41, dwelling unit selection detector 42, presence / absence setting detector 43, call indicator lamp I / F 44, presence / absence display A lamp I / F 45, a speaker I / F 46, and a key rack I / F 47 are provided. The operation / display unit 2a is configured by the above-described dwelling unit selection switch 32, occupancy switch 33, absence switch 34, call indicator lamp 35, occupancy indicator lamp 36, and absence indicator lamp 37, and each of these components (switch, As shown in the explanatory diagram of FIG. 2, the indicator lamp is assigned to each dwelling unit (room 101, room 102,...).

  In the living information monitoring board 2, the monitoring board CPU 30 is for controlling each component / circuit of the monitoring board.

  The handset 31 inputs / outputs a voice (transmitted voice / received voice) signal for a manager in the management room to establish a call with a resident in the residence. , The microphone M and the receiver R.

  In the operation / display unit 2a, the dwelling unit selection switch 32 is operated by a manager who is present in the management room in order to select a dwelling unit whose living information indicating the presence / absence state is changed. Further, the presence switch 33 and the absence switch 34 are used by a manager who is present in the management room in order to change the living information indicating the presence / absence state of the residence unit selected by the operation of the above-described residence unit selection switch 32. It is to be manipulated.

  The call indicator lamp 35 is controlled by the monitoring panel CPU 30 and displays the dwelling unit from which the call (emergency call) originated. The occupancy indicator lamp 36 and the absence indicator lamp 37 are controlled by the monitoring panel CPU 30 to display the occupancy / absence state that constitutes life information of each dwelling unit.

  The loudspeaker 38 is controlled by the monitoring panel CPU 30 and is used to sound a ringing tone, an alarm sound, etc., which will be described later.

  The call circuit 39 is controlled by the monitoring panel CPU 30 and is used to form a signal transmission (call) line between the handset 31 and the voice transmission path L1b forming the trunk line L1. The transmission circuit 40 and the reception circuit 41 are for transmitting and receiving various signals described later between the control transmission line L1a forming the trunk line L1 and the monitoring board CPU30.

  The dwelling unit selection detection circuit 42 is for detecting an operation of the dwelling unit selection switch 32 constituting the operation / display unit 2a. The presence / absence setting detection circuit 43 is for detecting the operation of the presence switch 33 and the absence switch 34 constituting the operation / display unit 2a.

  The call indicator lamp I / F 44 is for connecting the monitoring panel CPU 30 and the call indicator lamp 35 constituting the operation / display unit 2a. The presence / absence indicator lamp I / F 45 is used to connect the monitoring panel CPU 30 to the presence indicator lamp 36 and the absence indicator lamp 37 constituting the operation / display unit 2a. The speaker I / F 46 is used to connect the monitoring panel CPU 30 and the loudspeaker 38. Further, the key rack I / F 47 is used to connect between the monitoring panel CPU 30 and the rack transmission line L2 connected to the key rack 3.

  In the living information monitoring panel 2, on the input (control input) side of the monitoring panel CPU 30, a dwelling unit selection switch 32 that constitutes the operation / display unit 2a via the dwelling unit selection detection circuit 42, and presence / absence setting are set. The presence switch 33 and absence switch 34 constituting the operation / display unit 2a via the detection circuit 43, the reception circuit 41 connected to the control transmission line L1a forming the trunk line L1, the key rack I / F 47, rack transmission A key rack 3 is connected to each other via a path L2. Further, on the output (control output) side of the monitoring panel CPU 30, via the call indicator lamp I / F 44, the call indicator lamp 35 constituting the operation / display unit 2a and the presence / absence indicator lamp I / F 45 are provided. The presence / absence indicator lamp 36 and absence indicator lamp 37 constituting the operation / display unit 2a, the loudspeaker 38 via the speaker I / F 46, the call circuit 39 to which the handset 31 is connected, and the trunk line L1. A transmission circuit 40 connected to the control transmission line L1a is connected to each other.

  Hereinafter, a specific operation of the thus constructed housing contact apparatus according to the embodiment of the present invention will be described.

  As a first operation, a specific resident among the occupants in the plurality of dwelling units (rooms 101, 102,...) Forming the housing complex, here, the room unit 1a is installed. When a resident in room 101 operates the call button 13 of the room machine 1a shown in FIG. 1, the call detection information generated by the call button 13 is sent to the room machine via the call button I / F 19. It is transmitted to the CPU 10. Further, the room CPU 10 that has received the call detection information from the call button 13 generates a call signal S1a to which the room number information of the 101st room is added.

  The calling signal S1a generated by the room machine CPU10 of the room machine 1a is transmitted to the monitoring board CPU30 via the transmission circuit 16, the control transmission line L1a forming the trunk line L1, and the reception circuit 41 of the living information monitoring board 2. . Upon receiving this call signal S1a, the monitoring board CPU 30 detects that there is a call (emergency call) from a resident in the room 101, and generates a ringing sound or voice message to that effect. The sound corresponding to the loudspeaker 38 connected via the speaker I / F 46 and corresponding to the room 101 of the call indicator lamp 35 constituting the operation display part 2a connected via the call indicator lamp I / F 44 (FIG. The call notification can be performed by turning on.

  When a manager in the room that has confirmed the call notification performs a response operation such as picking up the handset 31 of the life information monitoring panel 2, the monitoring panel CPU 30 and the room unit 1a that have detected the operation perform the response operation. The call circuits 39 and 15 are activated under the control of the room machine CPU 10, and the handset 31 (the microphone M and the receiver R thereof) used by the manager, the call circuit 39, the call transmission path L1b forming the trunk line L1, and the room machine 1a A signal transmission line is formed between the ceiling microphone 11 and the ceiling speaker 12 used by a resident (in the room 101) via the call circuit 15, and via the formed signal transmission line. A call is established by transmitting and receiving audio signals.

  Next, as a second operation, among the plurality of dwelling units (room 101, room 102,...), For example, when a resident in room 101 is out of the house, etc. The person locks the entrance door of the self-dwelling unit from outside the dwelling unit using the entrance key, then goes to the management room and deposits the entrance key on which the locking operation has been performed with the manager. Thereafter, the manager stores the entrance key deposited by the occupant in the 101st room in a predetermined storage location for the 101st room in the key rack 3 shown in FIG. Generates the absence signal S2a to which the room number information of the room 101 and the key storage information indicating that the key of the room 101 is stored are added. The absence signal S2a is transmitted from the key rack 3 to the monitoring panel CPU 30 via the rack transmission line L2 and the key rack I / F 47 of the life information monitoring panel 2.

  The monitoring board CPU 30 of the living information monitoring board 2 sets the room 101 corresponding to the room number information to the absence state among the room number information and the key storage information added to the absence signal S2a transmitted from the key rack 3. As a control signal, the absence state setting signal S3a to which the room number information of the 101st room is added is generated. This absence state setting signal S3a is sent from the monitoring panel CPU 30 to the transmission circuit 40, the control transmission line L1a forming the trunk line L1, and the reception circuit 17 of all the room units 1a, 1b,. 10,...).

  Here, among all the room unit CPUs 10 (10, 10,...) Of all the room units 1a, 1b,..., Only the room unit CPU 10 of the room unit 1a has the room number information added to the absence state setting signal S3a. And the room number pre-assigned to the own room machine match with “101”, the room machine CPU 10 of the room machine 1a that has detected this matches the own room number stored in the presence / absence state storage table 18 in advance. The living information of the dwelling unit is rewritten from the occupancy state to the absence state, and the absence setting completion signal S4a to which the setting completion information indicating that the rewriting of the living information is completed and the room number information of the room 101 is added is generated. This absence setting completion signal S4a is transmitted to the monitoring board CPU30 of the living information monitoring board 2 via a signal transmission line similar to the call signal S1a described above.

  The monitoring board CPU 30 of the living information monitoring board 2 is installed in the 101 room based on the room number information and the setting completion information added to the absence setting completion signal S4a transmitted from the living room CPU 10 of the living room machine 1a. Operation / display unit connected to the presence / absence indicator lamp I / F 45 by detecting that living information indicating the absence state is stored in the presence / absence state storage table 18 of the room unit 1a. The corresponding room No. 101 (refer to FIG. 2) of the occupancy indicator lamp 36 constituting 2a is turned off, and the corresponding room No. 101 (refer to FIG. 2) of the absence indicator lamp 37 is turned on. Thus, absence (absence setting) notification can be performed.

  Next, as a third operation, an entrance key is stored in a predetermined storage location for the room 101 in the key rack 3, and the entrance key is not taken out by an administrator and is going to go home from the outside. The room number information of the room 101 and the key storage information indicating that the key of the room 101 is stored in the monitoring panel CPU 30 of the living information monitoring board 2 are added. When the absence signal S2a is detected in advance, a non-resident such as a thief unlocks the entrance door from the outside of the dwelling unit by picking, for example, then enters the dwelling unit, When the passive sensor 14 of 1a detects, or when, for example, a resident other than the resident who has deposited the entrance key with the manager operates the call button 13 of the room machine 1a, the passive sensor 14 The generated occupancy detection information is sent to the room CPU 10 via the passive sensor I / F 20, or the call detection information similar to that at the time of the above-mentioned call is sent to the room CPU 10 via the call button I / F 19. Sent out. The room CPU 10 that has received such occupancy detection information or call detection information generates the occupancy status signal S5a to which the life information related to occupancy and the room number information of the 101st room are added. This occupancy status signal S5a is transmitted to the monitoring board CPU30 of the living information monitoring board 2 through the same signal transmission line as the call signal S1a and the absence setting completion signal S4a.

  The monitoring board CPU 30 of the living information monitoring board 2 has the room 101 in the room based on the room number information and the living information added to the room status signal S5a transmitted from the living room CPU 10 of the living room machine 1a. Although the absence signal S2a transmitted from the key rack 3 as described above is detected in advance, the living information of the living room machine 1a and the living information of the living information monitoring board 2 are detected. Confirm that there is a conflict. The monitoring board CPU 30 can notify an emergency situation by sounding an alarm sound or a predetermined voice message from the loudspeaker 38 connected via the speaker I / F 46.

  In addition, for managers in the control room that has confirmed the above-mentioned emergency notification, the presence of non-residents such as thieves can be checked or promptly sent to the security company if necessary. Not only can the notification be made, but it is also appropriate to return the entrance key stored in the predetermined storage space for the 101 room in the key rack 3 to the living person who is left in the 101 room. Rapid response is possible.

  Next, as a fourth operation, a resident who has deposited the entrance key of room 101, which is a self-resident unit, with a manager who is in the control room, stops at the control room when going home from the outside. Then, the manager takes out the entrance key stored in the predetermined storage location for the room 101 in the key rack 3 and delivers it to the resident. Here, the key rack 3 that has detected the removal of the entrance key as described above generates the suspiciousness absence signal S6a to which the room number information of the room No. 101 and the key removal information indicating that the key of the room No. 101 has been taken out are added. . This suspicious absence signal S6a is transmitted to the monitoring board CPU30 of the living information monitoring board 2 through the same signal transmission line as the above-mentioned absence signal S2a. The monitoring board CPU 30 of the living information monitoring board 2 sets the room 101 corresponding to the room number information among the room number information and the key extraction information added to the suspicion absence signal S6a transmitted from the key rack 3 in the occupancy state. As a control signal for setting the room number, the occupancy state setting signal S7a to which the room number information of the room 101 is added is generated. This occupancy state setting signal S7a passes through the same signal transmission line as the above-mentioned absence state setting signal S3a, and the occupant unit CPUs 10 (10, 10,...) Of all the occupant units 1a, 1b,. Respectively transmitted.

  Here, among all the room unit CPUs 10 (10, 10,...) Of all the room units 1a, 1b,..., Only the room unit CPU10 of the room unit 1a has the room number added to the occupancy state setting signal S7a. Since the information and the room number pre-assigned to the own room machine match with “101”, the room machine CPU 10 of the room machine 1a that has detected this matches the self-stored in the presence / absence state storage table 18. The living information of the dwelling unit is rewritten from the absence state to the occupancy state, and the occupancy setting completion signal S8a to which the setting completion information indicating that the rewriting of the living information is completed and the room number information of the 101st room is added is generated. This occupancy setting completion signal S8a is transmitted to the monitoring board CPU30 of the living information monitoring board 2 through the same signal transmission line as the above-mentioned calling signal S1a, absence setting completion signal S4a and occupancy state signal S5a.

  Based on the room number information and the setting completion information added to the room setting completion signal S8a transmitted from the room machine CPU10 of the living room machine 1a, the monitoring board CPU30 of the living information monitoring board 2 is installed in the 101st room. It is detected that the living information indicating the occupancy state is stored in the occupancy / absence state storage table 18 of the installed occupant machine 1a, and the operation / connection connected via the occupancy / absence indicator I / F 45 The room 101 corresponding part (refer to FIG. 2) of the absence indicator lamp 37 that constitutes the display unit 2a is turned off in advance, and the room 101 corresponding part (refer to FIG. 2) of the room indicator lamp 36 is turned off. By turning on the light, it is possible to notify the presence (in-room setting).

  According to the fourth operation described above, the room added to the absence signal S6a as the control of the monitoring board CPU30 of the living information monitoring board 2 that detects the absence signal S6a transmitted from the key rack 3 is used. Although the control operation for setting the room 101 corresponding to the number information to the occupancy state was performed, the present invention is not limited to this control operation. According to the separate fifth operation, the absence state of the room 101 is maintained as it is. You can also That is, as the control of the monitoring panel CPU 30, not only is the living information stored in the occupancy / absence state storage table 18 of the room unit 1 a stored in advance in the absence state, but also the occupancy / absence indicator I The non-indicating lamp 37 constituting the operation / display unit 2a connected via the / F45 is held in the state of the room 101 (see FIG. 2), which is lit in advance, and is also displayed in the room. The part corresponding to the room No. 101 of the lamp 36 (see FIG. 2) is held off.

  Next, as the sixth operation, the resident in Room 101 who has received the entrance key of the self-dwelling unit from the manager as shown in the above-described fourth operation, uses the entrance key to move the entrance door from the outside of the residence. After unlocking and returning to the dwelling unit, the occupancy detection information generated by the passive sensor 14 is detected by the passive sensor I / F 20 by detecting the movement of the resident by the passive sensor 14 of the room unit 1a. Is sent to the room CPU 10 via.

  When the occupant CPU 10 of the occupant machine 1a detects the occupancy detection information from the passive sensor 14, it generates the occupancy state signal S5a to which the occupancy confirmation information and the occupancy number information of the 101st room are added. The occupancy signal S5a is transmitted to the monitoring board CPU30 of the living information monitoring board 2 via the signal transmission line similar to the third operation described above.

  The monitoring board CPU 30 of the living information monitoring board 2 resides in the 101 room based on the room number information and the room confirmation information added to the room status signal S5a transmitted from the room machine CPU 10 of the room machine 1a. Although it is detected that the person has come home and is in the room, since the suspiciousness absence signal S6a transmitted from the key rack 3 before the detection timing is detected in advance, 101 corresponding to the room number information. As a control signal for setting the room number to the occupancy state, the occupancy state setting signal S7a to which the room number information of the room number 101 is added is generated. The occupancy state setting signal S7a is transmitted through the same signal transmission line as that in the fourth operation described above, and the room unit CPUs 10 (10, 10,...) Of all the room units 1a, 1b,. Respectively transmitted.

  Here, among all the room unit CPUs 10 (10, 10,...) Of all the room units 1a, 1b,..., Only the room unit CPU10 of the room unit 1a has the room number added to the occupancy state setting signal S7a. Since the information and the room number assigned in advance to the private room machine match with “101”, the room machine CPU 10 of the room machine 1a that detected this information is stored in the occupancy / absence state storage table 18 in advance. The living information of the self-dwelling unit is rewritten from the absence state to the occupancy state, and the occupancy setting completion signal S8a indicating that the rewriting of the living information is completed is generated. The occupancy setting completion signal S8a is transmitted to the monitoring board CPU30 of the living information monitoring board 2 via the signal transmission line similar to the above-described fourth operation.

  Based on the room number information and the setting completion information added to the room setting completion signal S8a transmitted from the room machine CPU10 of the living room machine 1a, the monitoring board CPU30 of the living information monitoring board 2 is installed in the 101st room. It is detected that the living information indicating the occupancy state is stored in the occupancy / absence state storage table 18 of the installed occupant machine 1a, and the operation / connection connected via the occupancy / absence indicator I / F 45 The room 101 corresponding part (refer to FIG. 2) of the absence indicator lamp 37 that constitutes the display unit 2a is turned off in advance, and the room 101 corresponding part (refer to FIG. 2) of the room indicator lamp 36 is turned off. By turning on the light, it is possible to notify the presence (in-room setting).

  Next, as a seventh operation, by using means different from the rewriting means in the above-described sixth operation, the living state information in the absence state stored in the presence / absence state storage table 18 of the living room machine 1a is obtained. When rewriting the living information in the occupancy state, the manager in the occupancy room in the management room corresponds to the room 101 corresponding part of the dwelling unit selection switch 32 constituting the operation / display unit 2a of the living information monitoring panel 2 (see FIG. 2). ) And occupancy switch 33 (see FIG. 2), respectively, the room number information of room 101 generated by the dwelling unit selection detection circuit 42 that detected the operation of the dwelling unit selection switch 32, and the occupancy switch 33 The occupancy setting information generated by the occupancy / absence setting detection circuit 43 that detected the operation is sent to the monitoring panel CPU 30.

  The monitoring board CPU 30 of the life information monitoring board 2 stores the detection timing of the room number information and the room setting information described above, and the key storage indicating that the key of the room 101 as apparent from the second operation is stored. The detection timing of the absence signal S2a from the key rack 3 to which information is added is compared.

  Here, in the living information monitoring board 2, the monitoring board CPU 30 that detects that the detection timing of the above-mentioned room number information and the room setting information is later than the detection timing of the absence signal S2a passes through the speaker I / F 46. For example, a predetermined alarm sound or a voice message such as “Boo, the entrance key cannot be set because the entrance key is stored in the key rack” is sounded from the loudspeaker 38 connected in the control room. The manager in the room can confirm that the room cannot be set.

  On the other hand, the detection timing of the above-described room number information and occupancy setting information is earlier than the detection timing of the absence signal S2a, that is, the key of the room 101 is the key when the dwelling unit selection switch 32 and the occupancy switch 33 are operated. When not stored in the rack 3, the monitoring panel CPU 30 that has detected this is in the room to which the room number information of the room 101 is added as a control signal for setting the room 101 corresponding to the room number information to the occupancy state. A state setting signal S7a is generated. The occupancy state setting signal S7a passes through the signal transmission line similar to the above-described fourth (6th) operation, and the occupant CPUs 10 (10, 10) of all the occupants 1a, 1b,. ,...).

  Here, among all the room unit CPUs 10 (10, 10,...) Of all the room units 1a, 1b,..., Only the room unit CPU10 of the room unit 1a has the room number added to the occupancy state setting signal S7a. Since the information and the room number assigned in advance to the private room machine match with “101”, the room machine CPU 10 of the room machine 1a that detected this information is stored in the occupancy / absence state storage table 18 in advance. The living information of the self-dwelling unit is rewritten from the absence state to the occupancy state, and the occupancy setting completion signal S8a indicating that the rewriting of the living information is completed is generated. The occupancy setting completion signal S8a is transmitted to the monitoring board CPU 30 of the living information monitoring board 2 via the signal transmission line similar to the above-described fourth (6th) operation.

  Based on the room number information and the setting completion information added to the room setting completion signal S8a transmitted from the room machine CPU10 of the living room machine 1a, the monitoring board CPU30 of the living information monitoring board 2 is installed in the 101st room. It is detected that the living information indicating the occupancy state is stored in the occupancy / absence state storage table 18 of the installed occupant machine 1a, and the operation / connection connected via the occupancy / absence indicator I / F 45 The room 101 corresponding part (refer to FIG. 2) of the absence indicator lamp 37 that constitutes the display unit 2a is turned off in advance, and the room 101 corresponding part (refer to FIG. 2) of the room indicator lamp 36 is turned off. By turning on the light, it is possible to notify the presence (in-room setting).

  Next, as an eighth operation, in the case where the occupant of the room 101a goes out without leaving the entrance key of his / her own house to the manager so that the resident of the 101st room temporarily leaves his / her own house, -When renewing the living information of the occupancy state stored in advance in the absence state storage table 18 to the living information of the vacant state, the manager in the occupancy room in the control room operates and displays the life information monitoring panel 2 When the corresponding unit 101 (see FIG. 2) and the absence switch 34 (see FIG. 2) of the dwell unit selection switch 32 constituting 2a are respectively operated, the dwell unit selection detection circuit 42 that detects the operation of the dwell unit selection switch 32. The room number information of the room 101 generated in step S1 and the absence setting information generated by the presence / absence setting detection circuit 43 that detects the operation of the absence switch 34 are sent to the monitoring panel CPU 30.

  When the monitoring board CPU 30 of the living information monitoring board 2 detects the room number information and the absence setting information described above, the room number information of the room 101 is used as a control signal for setting the room 101 corresponding to the room number information to the absence state. The absence state setting signal S3a to which is added is generated. The absence state setting signal S3a is sent to the room unit CPUs 10 (10, 10,...) Of all the room units 1a, 1b,... Via the signal transmission line similar to the second operation described above. Each is transmitted.

  Here, among all the room unit CPUs 10 (10, 10,...) Of all the room units 1a, 1b,..., Only the room unit CPU 10 of the room unit 1a has the room number information added to the absence state setting signal S3a. And the room number pre-assigned to the own room machine match with “101”, the room machine CPU 10 of the room machine 1a that has detected this matches the own room number stored in the presence / absence state storage table 18 in advance. The living information of the dwelling unit is rewritten from the occupancy state to the absence state, and the absence setting completion signal S4a to which the setting completion information indicating that the rewriting of the living information is completed and the room number information of the room 101 is added is generated. The absence setting completion signal S4a is transmitted to the monitoring panel CPU 30 of the living information monitoring panel 2 via the signal transmission line similar to the second operation described above.

  The monitoring board CPU 30 of the living information monitoring board 2 is installed in the 101 room based on the room number information and the setting completion information added to the absence setting completion signal S4a transmitted from the living room CPU 10 of the living room machine 1a. Operation / display unit connected to the presence / absence indicator lamp I / F 45 by detecting that living information indicating the absence state is stored in the presence / absence state storage table 18 of the room unit 1a. The corresponding room No. 101 (refer to FIG. 2) of the occupancy indicator lamp 36 constituting 2a is turned off, and the corresponding room No. 101 (refer to FIG. 2) of the absence indicator lamp 37 is turned on. Thus, absence (absence setting) notification can be performed.

  As is apparent from the above-described eighth operation, the call button of the room unit 1a at the timing after the living information in the room is rewritten into the living information in the absence state by the manager in the management room. 13 is operated by a resident, or a resident switch that constitutes the operation / display unit 2a of the living information monitoring panel 2 when the movement of the resident (cohabitant) is detected by the passive sensor 14 When the operation of the occupancy state signal S5a or the operation of the occupancy switch 33 is detected when the operation of the occupancy switch 33 is detected, the monitoring panel CPU 30 detects the presence / absence state storage table 18 of the occupancy unit 1a. Absence indicator which constitutes the operation / display unit 2a connected through the presence / absence indicator lamp I / F 45 by rewriting the living information of the self-dwelling unit stored in advance from the absent state to the occupancy state 7 is turned on in advance and the room 101 corresponding part (see FIG. 2) is turned off, and the room 101 corresponding part (see FIG. 2) of the presence indicator lamp 36 is turned on to notify the presence of the room. However, a predetermined warning sound or voice message is not sounded from the loudspeaker 38 connected via the speaker I / F 46.

  In addition, the collective housing contact apparatus of the present invention has been described with a specific embodiment. However, the present invention is not limited to this embodiment, and any configuration known so far can be used as long as the effect of the present invention is achieved. It goes without saying that even this apparatus can be employed.

  Specifically, in the embodiment of the present invention, each switch and indicator light constituting the operation / display unit 2a of the life information monitoring panel 2 are separated and installed as shown in FIGS. For example, the single indicator lamp and the switch have a plurality of functions or the operation / display unit 2a so that the presence indicator lamp 36 and the absence indicator lamp 37 also function as the presence switch 33 and the absence switch 34, respectively. Even if a touch panel display or the like is used, the same effect can be obtained.

  In the embodiment of the present invention, the operation / display unit 2a having the presence switch 33 and the absence switch 34 is applied as the configuration of the operation / display unit 2a of the life information monitoring panel 2, but these switches 33, It is also possible to apply the operation / display unit 2a in which 34 is incomplete. According to this aspect, the occupant's presence / absence setting can be performed using the output signal from the key rack 3.

  Further, in the embodiment of the present invention, the presence switch 33 and the absence switch 34 are provided as the constituent parts of the operation / display part 2a of the living information monitoring panel 2, but the present invention is not limited to these constituent aspects. An operation button having the same function as the switches 33 and 34 can be provided in the plurality of room units 1a, 1b,.

1a, 1b,..., Multiple room units 13 ... Call button (trigger trigger device)
14 …… Passive sensor (trigger generator in dwelling unit)
2 …… Life information monitoring board 30 …… Monitoring board CPU (control unit)
33 …… Availability switch 34 …… Absence switch 3 …… Key rack

Claims (5)

Based on detection information from in-unit trigger generators (13, 14) such as call buttons, passive sensors, etc. installed in each unit of a plurality of units in an apartment house A plurality of room machines (1a, 1b,...) That provide life information of the person, and a life information monitoring board (2) that is installed in a common part such as a management room of the apartment house and that identifies and displays the life information; In the collective housing liaison device having a key rack (3) for storing the entrance key that the resident has deposited with the manager when each of the dwelling units is absent,
The living information monitoring board includes a control unit (30) for setting an absence state of each dwelling unit by detecting an absence signal based on key storage information generated in the key rack in which the entrance key is stored. A communication device for collective housing, comprising:   The control unit of the living information monitoring board detects an absence signal based on key storage information generated by the key rack, and then detects an occupancy signal based on detection information from the in-unit trigger generator of the room unit. 2. The collective housing liaison device according to claim 1, wherein a notification that a state abnormality has occurred is performed when an error is detected.   The control unit of the living information monitoring board sets the occupancy state of each dwelling unit by detecting a suspicion absence signal based on key extraction information generated in the key rack from which the entrance key is extracted. The connecting device for an apartment house according to claim 1.   The control unit of the living information monitoring panel holds the absence state of each dwelling unit by detecting a suspicion absence signal based on key extraction information generated in the key rack from which the entrance key is extracted. 2. The communication device for an apartment house according to claim 1, wherein The living information monitoring board includes an occupancy switch (33) for setting the occupancy state of each dwelling unit, and an absence switch (34) for setting the occupancy state of each dwelling unit,
The control unit of the living information monitoring board detects the at least one of an absence signal based on an operation of the absence switch and a suspicious absence signal generated at the key rack from which the entrance key has been taken out. The occupancy state of each dwelling unit is set when at least one of detection information from the dwelling unit trigger generator of the machine and an occupancy signal based on operation of the occupancy switch is detected. The communication device for apartment houses according to 1.

Images