JP2010026955A - Remote monitoring system for building - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a remote monitoring system for a building that remotely manages building residents' or users' personal information unitarily to provide detailed security monitoring and security services to the residents based on the personal information. <P>SOLUTION: A remote security monitoring center 2 includes: a resident authenticating unit 6 for receiving entering/leaving people information, performing personal authentication of residents, and keeping track of the ingress and egress of the residents; a basic attribute database 10 for registering the residents' fixed personal attributes; an attribute history database 12 for recording the residents' varying personal attributes; a personal situation tracking unit 7 for detecting the residents' personal situations from images taken with a monitoring camera 16, and recording the situations in a personal situation tracking database 11; a control command transmitting unit 8 for transmitting a control command to a facility control means 3 which controls facility equipment 17; and a security command transmitting unit 9 for transmitting a control command requesting a security guard 13 to be dispatched. The control command transmitting unit 8 and the security command transmitting unit 9 provide security monitoring and security services for the residents. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

  The present invention relates to a building remote monitoring system, and more particularly, to a building remote monitoring system in which facility control means provided in a building for controlling facility equipment in the building and a remote safety monitoring center are connected by a communication network.

  For example, in a building of a residential facility such as a condominium or an apartment house, in order to manage entrance / exit to the entrance hall, for example, the registered ID number stored in the ID card is read and the registered password is entered, etc. Verifying that the person is the person, the doorway is unlocked. And the safety monitoring which prevents that the person who is not registered in a residence facility invades is performed. The ID number, password, etc. stored in the ID card are personal information for authenticating the resident.

  Moreover, the elevator car which is the equipment in the residential facility becomes a closed room at midnight. For this reason, there may be a case in which women, children, elderly people, etc. among residents are attacked by thieves or drunk people in the elevator car. In addition, there is a possibility that incidents such as thieves and drunks may occur in the middle of the night at unpopular corridors, elevator halls, and common areas. For this reason, surveillance cameras may be installed in the corridors, elevator halls, elevator cars, shared parts, etc. for safety monitoring.

  In addition, lighting equipment installed in living rooms, corridors, elevator halls, elevator cars, and common areas, which are equipment in the residential facilities, is important for security to prevent incidents from occurring in the residential facilities. Equipment. That is, lighting facilities such as corridors, elevator halls, elevator cars, and shared parts may be turned off at night from the viewpoint of energy saving, but this increases the possibility of an incident occurring in the dark.

  On the other hand, in buildings such as office buildings, factories, research laboratories, exercise facilities, educational facilities, theme parks, etc., the ID number stored in the ID card is used to verify that the person entering and leaving the room is the person himself / herself. Then the entrance / exit door is unlocked. And the safety monitoring which prevents that the person who is not registered in a building invades is performed. The ID number, password, etc. stored in the ID card are personal information for authenticating the resident.

  In addition, lighting equipment such as office floors, corridors, elevator halls, elevator cars, and common areas, which are equipment in the building, are important security features that prevent incidents from occurring in the building. It is. That is, lighting facilities such as corridors, elevator halls, elevator cars, and shared parts may be turned off at night from the viewpoint of energy saving, but this increases the possibility of an incident occurring in the dark. In particular, late at night, female employees were attacked by thieves and drunks in elevator cars, hallways, elevator halls, and common areas.

  As described above, safety monitoring and security services for residents of these residential facilities or users of buildings are becoming more sophisticated and complicated. And in performing this safety monitoring and security service, the importance of personal information of residents and users is increasing. For example, whether it is a resident or a non-registered person registered at a residential facility, or a user or a non-registered person registered at an office, it is personal information, although it is a safety monitoring and security service and important information. Therefore, there is a risk of leakage and misuse.

  On the other hand, Patent Document 1 discloses a security system that quickly performs safety management of a building such as an apartment in a security agency. Here, a security agency connects a security device installed in a condominium or the like to a communication network. When the security device detects an abnormality, the security device transmits a security signal to the security agency via the communication network. Further, it is described that the monitoring unit of the center apparatus monitors the operation state of the security device via a communication network.

JP 2002-183852 A

  Personal information of residents and users important for building safety monitoring and security services is managed by the ID number and PIN stored in the ID card for entrance / exit management. Information is not used in conjunction with building safety monitoring or security services other than entrance / exit management. Therefore, there is a problem that safety monitoring and security services for residents are insufficient.

  On the other hand, there is a problem that when personal information is used when safety monitoring and security services are performed for residents and users of the building, the personal information must be managed safely.

  The purpose of this application is to solve such problems, centrally manage personal information of residents and users of buildings, and implement remote safety monitoring and security services based on personal information for residents. Is to provide a system.

  In order to achieve the above object, a building remote monitoring system according to the present invention is provided in a building, and equipment control means for controlling equipment in the building and a remote safety monitoring center are connected by a communication network, and remote safety monitoring is performed. The center includes facility information storage means for storing information related to the arrangement status of equipment equipment in the building, personal information storage means for storing personal information about the residents of the building, and an ID reader installed at the entrance / exit of the building. Resident authentication means for receiving the detected entrance / exit information and personally identifying the resident, and a traffic situation grasping means for grasping the resident's traffic situation based on the video taken by the surveillance camera provided in the building; A control command transmitting means for transmitting a control command to the facility control means of each building, and a security command transmitting means for transmitting a control command for requesting a guard to be dispatched. The transmission means and the security command transmission means are the resident personal authentication by the resident authentication means, the personal information of the resident stored in the personal information storage means, and the occupant's traffic status received by the traffic status grasping means. Based on the above, it is characterized by performing safety monitoring and security services for residents in the building.

  Thereby, the personal information regarding the occupant of the building, the occupant's occupancy status, and the occupant's personal status are collected and centrally managed in the remote safety monitoring center. Based on the personal information on the residents of these buildings, the occupant's occupancy status, and the personal information of the resident's personal status, the remote safety monitoring center will conduct detailed safety monitoring for the residents in the building. It can be carried out.

  In the building remote monitoring system, the personal information storage means includes a basic attribute database in which a fixed attribute of the resident is registered in advance, a personal situation grasping database in which the personal situation grasped by the traffic situation grasping means is stored, It is preferable to include an attribute history database in which the attributes of the resident extracted from the personal situation grasping database are updated and stored. Thereby, the resident's personal information is meticulously stored in the basic attribute database, the personal situation grasping database, and the attribute history database.

  In addition, the building remote monitoring system has a face image for resident personal authentication registered in the basic attribute database, and the resident authentication means has been taken in / out by a surveillance camera provided at the entrance / exit of the building. It is preferable that personal authentication of the resident is performed by comparing the face image of the resident and the resident's face image registered in the basic attribute database. Thereby, the individual authentication of the resident is performed by the face image registered in the unified basic attribute database, and the central management of the personal information can be performed.

  In addition, the building remote monitoring system is configured such that the control command transmission means has the face image of the person entering / leaving taken by the surveillance camera provided by the resident authentication means at the entrance / exit of the building registered in the basic attribute database. If it is determined that the image does not match the resident's face image, the facility control means locks the entrance / exit door, causes the alarm device to issue a warning of suspicious person entry, and the security command transmission means It is preferable to transmit a command for transmitting a control command for requesting a member to dispatch to the building. Thereby, a suspicious person can be prevented from entering from the personal information registered in the basic attribute database, and the suspicious person can be dealt with centrally.

  In addition, in the building remote monitoring system, the traffic condition grasping means grasps the route in the resident's building by the monitoring camera provided in the building and stores it in the personal condition grasping database. It is preferable that the flow line is extracted and stored in the attribute history database, and the control command transmission means transmits a lighting equipment ON / OFF command related to the flow line of the resident to the equipment control means. As a result, personal information such as a flow line in the occupant's building is centrally managed, and a detailed security service can be provided in which the lighting equipment for the occupant's flow line at night is turned on and off for security.

  In the building remote monitoring system, the control command transmission means determines the occupant's occupancy status from the entrance / exit information by the occupant authentication means, and turns on / off the lighting equipment of the resident's room with respect to the equipment control means. It is preferable to send a command. Thereby, personal information such as the occupant's occupancy status is determined by personal authentication at the entrance / exit, and ON / OFF of equipment such as a room in the building is controlled in conjunction with the occupant's entrance / exit.

  In addition, the building remote monitoring system, when the traffic condition grasping means grasps that the resident gets on the elevator in the building from the image of the resident taken by the monitoring camera provided at the entrance / exit of the building The control command transmission means causes the equipment control means to register the elevator car with the elevator controller, and issues an ON / OFF command for the lighting equipment in the elevator hall and the lighting equipment in the elevator car on which the occupant rides. It is preferable to make a call. Thereby, for example, when a resident uses an elevator at night, a detailed security service can be performed in which lighting equipment is turned on and off to guard.

  In addition, the building remote monitoring system provides an alarm to the facility control means when the control command transmission means detects an abnormality of the resident from the image taken by the monitoring camera provided in the building by the traffic condition grasping means. It is preferable that a command for issuing an abnormality detection alarm is transmitted to the device, and the security command transmission means transmits a control command for requesting the security guard to go to the building. As a result, it is possible to centrally monitor the occurrence of abnormalities of residents in the building and deal with such abnormalities.

  Furthermore, the building remote monitoring system is configured such that when the control command transmission means detects the abnormality of the resident from the image taken by the monitoring camera provided in the elevator car of the building by the traffic condition grasping means, the equipment control means On the other hand, it is preferable that a command for issuing a warning of abnormality detection is transmitted to the alarm device, and the security command transmission means transmits a control command for requesting the security guard to go to the building. Thereby, monitoring of the resident's abnormality occurrence in the elevator car and coping with the abnormality occurrence can be performed in an integrated manner.

  As described above, according to the building remote monitoring system according to the present invention, the personal information of the occupants and users of the building is remotely monitored centrally, and detailed safety monitoring and security services based on the personal information are provided to the resident. Can be carried out.

  Hereinafter, embodiments of a building remote monitoring system according to the present invention will be described in detail with reference to the drawings.

(Configuration of building remote monitoring system)
FIG. 1 shows a schematic configuration of one embodiment of a building remote monitoring system. In this embodiment, the building 20 to which the building remote monitoring system 1 is applied is mainly a residential facility such as a condominium or an apartment house, but other office buildings, factories, laboratories, exercise facilities, educational facilities, theme parks, etc. The same applies to the building 20. Therefore, the “resident” in this specification includes not only a resident of a residential facility but also a user of the building 20 such as an office. In addition, the “living room” in this specification includes not only the living room of the residence facility but also the room (office floor) of the building 20 such as an office.

  The building remote monitoring system 1 includes a plurality of buildings 20 and a remote safety monitoring center 2. The facility control means 3 of each building 20 and the remote safety monitoring center 2 are connected by a communication network 30. In FIG. 1, only one building 20 is shown as a representative.

  FIG. 2 shows the equipment 17 provided in the building 20. FIG. 2 shows the ID reader 15, the monitoring camera 16, the alarm device 19, the equipment 17, and the equipment control means 3 that controls the equipment 17. The equipment 17 includes, for example, a lighting equipment 21a in the living room 18, a lighting equipment 21b in the elevator hall 27, a lighting equipment 21c in the elevator hall 27 adjacent to the entrance hall 29, a lighting equipment 21d in the elevator car 28, an entrance door key 23, An elevator control device 25 and the like are included. The alarm device 19 is installed in the management room 14 in the building 20. The surveillance camera 16 includes the surveillance camera 16a at the entrance 26, the surveillance camera 16b in the elevator car 28, and the surveillance camera 16c in the elevator hall 27 adjacent to the entrance hall 29. However, the surveillance camera 16 is not limited to this, and is shared for residents. It may be provided in a space or the like. The lighting equipment 21 also includes a lighting equipment 21 provided on a stairs (not shown).

  The ID reader 15 is provided at an entrance 26 that is an entrance / exit of the building 20, and is, for example, a card reader that reads an ID guard of a resident who is an entrance / exit, or an input device that inputs a resident's authentication number It is. Further, the ID reader 15 may be a card reader that reads an ID guard of a person entering or leaving the room, for example, provided at an entrance / exit of an office building. The ID reader 15 provided in the entrance / exit 26 of the building 20 detects a person entering / leaving, and transmits the person entering / leaving person information to the building remote monitoring system 1. In addition, a monitoring camera 16 a is provided at the entrance 26 of the building 20, and transmits information related to the captured video to the building remote monitoring system 1.

  The building remote safety monitoring center 2 includes facility information storage means 4, personal information storage means 5, resident authentication means 6, traffic condition grasping means 7, control command transmission means 8, and security command transmission means 9. The personal information storage means 5 includes a basic attribute database 10, a personal situation grasping database 11, and an attribute history database 12.

  The facility information storage means 4 stores the type and arrangement of each facility device 17 in the building 20. For example, the layout of the living room 18, the entrance 26, the entrance hall 29, the elevator hall 27, the elevator car 28, the lighting equipment 21 such as stairs, the entrance door key 23 of the entrance 26 of the apartment, and the like are stored. In the case of a building 20 such as an office, for example, a door key 23 of an entrance / exit door of the office building may be stored in the facility information storage unit 4. In addition, the facility information storage unit 4 stores, for example, the ON / OFF status of the lighting facility 21.

  FIG. 3 shows a personal authentication system for entering and leaving the room. As shown in FIG. 2, the resident authentication means 6 indicates the ID number of the person entering or leaving the entrance hall 29 detected by the ID reader 15 provided at the entrance 26 of the building 20. Receive. In addition, the resident authentication means 6 receives the video of the person entering and leaving the room taken by the monitoring camera 16a provided at the entrance 26 of the building 20. The resident authentication means 6 searches for and extracts the resident face image 33 registered in the basic attribute database 10 from the ID number read by the ID reader 15. Then, the resident authentication means 6 includes the face image 32 extracted from the video of the person entering and leaving the room taken by the monitoring camera 16a provided at the entrance 26 of the building 20, and the face of the resident registered in the basic attribute database 10. The image 33 is collated and the resident's personal authentication is performed. That is, in the basic attribute database 10 of the personal information storage means 5, the face image 33 for personal authentication of the resident is registered in association with the ID number of the resident. Furthermore, the resident authentication means 6 unlocks the entrance door key 23 when it is determined that the resident has entered and exited by personal authentication.

  FIG. 4 shows data stored in the personal information storage means 5. The personal information storage means 5 stores personal information related to residents of the building 20. The fixed attribute of the resident is registered in the basic attribute database 10 in advance. That is, as described above, the face image 33 that allows the individual to be specified for personal authentication of the resident is registered. Further, as the residence information of the resident, for example, the number of floors, the room number, the room position, etc. of the living room 18 are registered. Furthermore, sex, height, weight, etc. are registered as appearance characteristics, for example. Moreover, you may register about the resident of the resident. Such data on the resident's basic attributes is data relating to the resident's privacy, and it is not preferable from the viewpoint of security to distribute and manage these data for each building 20. As in the present invention, by strictly managing these data in the remote safety monitoring center 2, the leakage of personal data can be easily prevented.

  The personal situation grasping database 11 stores the personal situation grasped by the traffic situation grasping means 7, and the attribute history database 12 updates and stores the changing attribute of the resident extracted from the personal situation grasping database 11. The For example, the traffic condition grasping means 7 grasps the route of the resident in the building 20 based on the images taken by the monitoring cameras 16a, 16b, and 16c provided in the building 20 and stores them in the personal condition grasping database 11. To do. Further, the flow line in the resident's building 20 is extracted and stored in the attribute history database 12. In this way, the changing attribute of the resident is grasped by the traffic condition grasping means 7 and stored in the personal condition grasping database 11 each time. Then, what is regarded as the resident's attribute from the data stored in the personal situation grasping database 11 is extracted and stored in the attribute history database 12.

  In this way, the control command transmission means 8 and the security command transmission means 9 are used for the personal authentication of the resident by the resident authentication means 6, the personal information of the resident stored in the personal information storage means 5, and the traffic situation. Based on the occupant's traffic situation received by the grasping means 7, safety monitoring and security services for the resident in the building 20 are performed. And the control command transmission means 8 transmits the ON / OFF control command with respect to the equipment 17 of the building 20 memorize | stored in the equipment information storage means 4 with respect to the equipment control means 3 of each building 20 via the communication network 30. . The control command transmission means 8 may transmit a command for causing the alarm device 19 of the building 20 to issue an abnormality detection alarm to the equipment control means 3. Further, the security command transmission means 9 transmits a control command for requesting the dispatch to the building 20 to the security guard 13 via the communication network 30. Here, the security guard 13 is, for example, a security guard 13 of a security company, a security guard 13 of an equipment maintenance company, or the like. Hereinafter, specific examples of the ON / OFF control command for the equipment 17 of the building 20 by the control command transmitting unit 8 and the control command transmitted by the guard command transmitting unit 9 will be described.

(Equipment control and security services by building remote monitoring system)

  In FIG. 5, the control system of the equipment 17 by the resident's entrance / exit is shown. The control command transmission means 8 determines the occupancy status of the resident from the information on the occupancy of the occupant 20 that has been specified by the occupant authentication means 6 or the exit information from the entrance 26 of the building 20. . Then, in response to the entrance / exit of the resident to the equipment control means 3, the lighting equipment 21a, 21b in the resident's room 18, in the elevator hall 27, in the elevator car 28, or in a shared part or hallway in the building 20 , 21c, 21d are transmitted. That is, the resident authentication means 6 that has received the ID number detected by the ID reader 15 and the room entry / exit information, the floor number of the resident's room 18 corresponding to the ID number stored in the basic attribute database 10, the room number, Alternatively, the room position is extracted and transmitted to the control command transmission means 8 together with the entrance / exit information. When the resident receives the entrance information to the entrance 26, the control command transmission means 8 turns on the lighting equipment 21a of the resident's room 18 and turns on the lighting in the hallway on the floor of the living room 18 and the elevator hall 27. 21b, lighting equipment 21d in the elevator car 28, etc. are turned on. Further, the elevator control device 25 is registered to call the elevator car 28. Thereby, when a resident enters the entrance / exit 26 of the building 20, a detailed security service is performed in which the elevator car 28 is put on standby and the associated lighting equipment 21 is turned on to guard.

  Further, when the resident receives the exit information from the entrance 26, the control command transmission means 8 illuminates 21a in the occupant's room 18, the corridor on the floor of the occupant 18 and the illuminator 21b in the elevator hall 27. Alternatively, the lighting equipment 21 in the shared part or hallway in the building 20 is turned off. Thereby, unnecessary lighting equipment 21 is turned off to save energy.

  FIG. 6 shows a security system based on the flow line of the resident. The traffic condition grasping means 7 detects the direction and speed of the occupants from the images taken by the monitoring cameras 16a, 16b, 16c, etc., and grasps the route from the entrance 26 to the occupants reaching the room 18. And stored in the personal situation grasping database 11. For example, the resident uses the elevator 31 or the stairs. Further, the flow line in the resident's building 20 is extracted and stored in the attribute history database 12. Then, the control command transmission means 8 transmits an ON / OFF command for the lighting equipment 21 to the equipment control means 3 based on the flow line of the resident. For example, the lighting equipment 21c in the elevator hall 27, the staircase, the corridor lighting equipment 21 and the like are turned on based on the flow line of the resident.

  In FIG. 7, the control system of the elevator 31 by the surveillance camera 16 is shown. The personal situation grasping means 7 is for the resident to get on the elevator 31 in the building 20 from the image of the resident taken by the monitoring camera 16a provided in the entrance 26 of the building 20 or the monitoring camera 16c provided in the elevator hall 27. Figure out what to do. Then, the control command transmission means 8 transmits an ON / OFF command for the equipment 17 of the elevator 31 on which the resident rides to the equipment control means 3. For example, the elevator registers the call 28 with the elevator control device 25. At midnight, the lighting equipment 21c in the passage from the entrance 26 to the elevator 31 is turned on.

  FIG. 8 shows a safety monitoring system for resident abnormalities. When the traffic condition grasping means 7 detects the abnormality of the resident from the images taken by the monitoring cameras 16a, 16b, 16c provided in the building 20, the control command transmitting means 8 A command for issuing a warning of abnormality detection to the alarm device 19 is transmitted, and the security command transmission means 9 transmits a control command for requesting the guard 13 to go to the building 20. For example, when a resident falls on the stairs or the elevator hall 27, a resident is rampant on the stairs or the elevator hall 27, a woman, a child, an elderly person, etc. 27, etc., when being attacked by a thug or molester.

  FIG. 9 shows a safety monitoring system for resident abnormalities in the elevator car 28. When the traffic condition grasping means 7 detects the abnormality of the resident from the image taken by the monitoring camera 16b provided in the elevator car 28 in the building 20, the control command transmitting means 8 Then, a command for issuing a warning of abnormality detection to the alarm device 19 is transmitted, and the guard command transmitting means 9 transmits a control command for requesting the guard 13 to go to the building 20. For example, if the resident is falling in the elevator car 28, if the resident is rampant in the elevator car 28, a woman, a child, an elderly person, etc. is violent or molested in the elevator car 28. This is the case when they are attacked. In this case, the control command transmission means 8 may instruct the equipment control means 3 to cause the elevator control device 25 to stop the elevator car 28 at the nearest floor and open the door of the elevator 31.

  In this way, the personal information regarding the occupants of the building 20, the occupancy status of the occupants, and the personal status of the occupants are collected and centrally managed in the remote safety monitoring center 2. Then, based on the personal information regarding the occupants of these buildings 20, the occupancy status of the occupants, and the personal status of the occupants, the remote safety monitoring center 2 provides detailed control commands to the equipment 17 of each building 20. Is sent.

It is a block diagram which shows schematic structure of one Embodiment of the building remote monitoring system which concerns on this invention. It is explanatory drawing which shows the equipment provided in the building. It is explanatory drawing which shows the data regarding the resident memorize | stored in a personal information storage means. It is a block diagram which shows the personal authentication system of an in-and-out person. It is a block diagram which shows the control system of the installation apparatus by a resident's occupancy condition. It is a block diagram which shows the security system based on a resident's flow line. It is a block diagram which shows the control system of the elevator by a surveillance camera. It is a block diagram which shows the safety monitoring system with respect to a resident's abnormality. It is a block diagram which shows the safety monitoring system with respect to the abnormality of the resident in an elevator car.

Explanation of symbols

  1 Building remote monitoring system, 2 Remote safety monitoring center, 3 Equipment control means, 4 Equipment information storage means, 5 Personal information storage means, 6 Resident authentication means, 7 Traffic condition grasping means, 8 Control command transmission means, 9 Security instructions Transmission means, 10 basic attribute database, 11 personal situation grasping database, 12 attribute history database, 13 guards, 14 management room, 15 ID reader, 16 surveillance camera, 17 equipment, 18 room, 19 alarm device, 20 building, 21a, 21b, 21c, 21d Lighting equipment, 23 entrance door key, 25 elevator control device, 26 entrance, 27 elevator hall, 28 elevator car, 29 entrance hall, 30 communication network, 31 elevator, 32, 33 facial image.

Claims (9)

The facility control means provided in the building for controlling the equipment in the building and the remote safety monitoring center are connected by a communication network,
The remote safety monitoring center
Facility information storage means for storing information related to the arrangement status of equipment in the building;
Personal information storage means for storing personal information about residents of the building;
Resident authentication means for receiving the entrance / exit information detected by the ID reader installed at the entrance / exit of the building and personally identifying the resident,
A traffic condition grasping means for grasping a resident's traffic condition based on an image taken by a surveillance camera provided in the building;
Control command transmission means for transmitting a control command to the facility control means of each building;
Security command transmission means for transmitting a control command requesting the dispatch of a security guard,
The control command transmission means and the security command transmission means are the resident personal authentication by the resident authentication means, the personal information of the resident stored in the personal information storage means, and the occupant's traffic received by the traffic condition grasping means. A remote building monitoring system characterized by performing safety monitoring and security services for residents in the building based on the situation.   2. The building remote monitoring system according to claim 1, wherein the personal information storage means stores a basic attribute database in which fixed attributes of residents are registered in advance and a personal situation grasped by the traffic situation grasping means. A building remote monitoring system comprising: a personal situation grasping database; and an attribute history database in which the attributes of the resident extracted from the personal situation grasping database are updated and stored.   3. The building remote monitoring system according to claim 2, wherein a face image for personal authentication of a resident is registered in the basic attribute database, and the resident authentication means is a surveillance camera provided at the entrance / exit of the building. The building remote monitoring system is characterized in that the person's personal authentication is performed by comparing the face image of the person entering and leaving the room taken by the person and the face image of the resident registered in the basic attribute database.   4. The building remote monitoring system according to claim 2 or 3, wherein the control command transmission means is based on a face image of a person entering or leaving the room, taken by a surveillance camera provided by a resident authentication means at the entrance / exit of the building. If it is determined that it does not match any resident's face image registered in the attribute database, the equipment control means locks the door of the entrance / exit and makes the alarm device warn of suspicious person entry. The building remote monitoring system is characterized in that the security command transmitting means transmits a command for transmitting a control command for requesting the guard to dispatch to the building.   The building remote monitoring system according to any one of claims 2 to 4, wherein the traffic condition grasping means grasps a resident's route in the building by a monitoring camera provided in the building and grasps the personal condition. The data is stored in the database, and the flow line in the resident's building is extracted and stored in the attribute history database. The control command transmission means is the lighting equipment related to the resident's flow line with respect to the equipment control means. A remote monitoring system for buildings characterized by sending an ON / OFF command.   The building remote monitoring system according to any one of claims 1 to 5, wherein the control command transmission means determines the occupant status from the entrance / exit information by the resident authentication means, and the facility control means A remote building monitoring system characterized by transmitting an ON / OFF command for lighting equipment in a resident's room.   The building remote monitoring system according to any one of claims 1 to 6, wherein the traffic condition grasping means is configured such that the resident is in the building from the image of the resident photographed by the monitoring camera provided at the entrance / exit of the building. When it is grasped that the user gets on the elevator, the control command transmission means causes the equipment control means to register the elevator car in the elevator control device, and the lighting equipment in the elevator hall and its occupant get on A remote building monitoring system characterized by transmitting ON / OFF commands for lighting equipment in an elevator car.   The building remote monitoring system according to any one of claims 1 to 7, wherein the control command transmission means detects an abnormality of a resident from an image taken by a monitoring camera provided with a traffic condition grasping means in the building. In such a case, a command for causing the alarm device to issue a warning of abnormality detection is sent to the equipment control means, and the security command sending means sends a control command for requesting the guard to go to the building. A remote monitoring system for buildings.   The building remote monitoring system according to any one of claims 1 to 8, wherein the control command transmission unit is configured so that the traffic condition grasping unit is based on an image of a resident based on an image taken by a monitoring camera provided in the elevator car of the building. When an abnormality is detected, a command is sent to the equipment control means to issue a warning for abnormality detection to the alarm device, and the security command sending means is a control that requests the guard to dispatch to the building. A remote building monitoring system characterized by sending a command.

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