JP2010028687A - Building remote monitoring system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a building remote monitoring system, capable of performing a detailed safety monitoring and a security service to users based on personal information, in a plurality of different buildings each belonging to users with their personal information integrally controlled under the monitoring system. <P>SOLUTION: A remote safety-monitoring center 2 includes: an equipment-information storing means 4 for storing information about equipment items 17; a personal-information storing means 5 for storing personal information about users of a plurality of buildings; a resident-building managing means 7 for receiving the information about coming in/out persons detected by a monitoring camera 6, to perform a personal authentication and to manage the buildings resident by the users; a control-command transmitting means 8 for transmitting the control command to an equipment control apparatus; and a warning-command transmitting means 9 for transmitting the control command to call for the dispatch of a guard man 22. The control-command transmitting means 8 and the warning-command transmitting means 9 perform the safety monitoring and the security service to the users for all period of time present in the buildings. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

  The present invention relates to a building remote monitoring system, and more particularly, a building remote monitoring system provided in a plurality of buildings, in which a facility control device that controls equipment in each building and a remote safety monitoring center are connected by a communication network. About the system.

  For example, in a building of a residential facility such as a condominium or an apartment house, for entering / exiting the entrance hall, for example, reading a registered ID number stored in an ID card, entering a registered PIN, etc. The entrance door is unlocked after verifying that the person is the person. 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 risk that occupants will be attacked by thugs and drunks 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. At night, lighting equipment such as corridors, elevator halls, elevator cars, and common areas may be turned off from the viewpoint of energy saving, but the possibility of an incident occurring in the dark increases and becomes a problem.

  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 user.

  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. At night, lighting equipment such as corridors, elevator halls, elevator cars, and common areas may be turned off from the viewpoint of energy saving, but the possibility of an incident occurring in the dark increases and becomes a problem. 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.

  For example, if a user of a building works in the office during the day and resides in a condominium at night, he / she receives entrance / exit management based on the personal information registered in the office while he / she is located in the office. As long as you are in the city, you will receive management based on the personal information registered in the apartment. In addition, a user who works after registering personal information at the corporate head office cannot use the personal information or must register separately at the building when he / she travels to a branch office, research institute, factory or the like. That is, the user of the building may register personal information for each building to be used.

  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

  The personal information of users important for building safety monitoring and security services must be registered for each building where the building users are located, and there is a risk of personal information spreading and leaking. Moreover, since personal information is managed independently for each equipment in each building, personal information may be diffused and leaked. Furthermore, there is a possibility that inconsistency may occur because there is no cooperation regarding personal information between buildings where users are located and between equipments of individual buildings. Therefore, there is a problem that safety monitoring and security services for users are insufficient.

  The purpose of this application is to solve such problems, centrally manage personal information of building users remotely, and implement detailed safety monitoring and security services based on personal information in different buildings where users are located. Is to provide a building remote monitoring system.

  In order to achieve the above object, a building remote monitoring system according to the present invention is provided in a plurality of buildings, and an equipment control device for controlling equipment in each building and a remote safety monitoring center are connected by a communication network. The remote safety monitoring center is provided at the entrance / exit of the building, equipment information storage means for storing information on equipment in the building, personal information storage means for storing personal information about users who use a plurality of buildings The person-in-room information detected by the personal identification device is received, the user's personal authentication is performed, the building-building grasping means for grasping the building where the user is located, and the control command to the facility control device of each building A control command transmitting means for transmitting a security command and a security command transmitting means for transmitting a control command for requesting a guard to be dispatched. For buildings whereabouts of the user it is grasped by handshake stage, over the location period of the building of the user, and performs safety monitoring and security services to users of the building.

  Thereby, the personal information of the users who use a plurality of buildings is centralized in the remote safety monitoring center, not in individual buildings. The user automatically knows the location of the building to be used by the location grasping means, and the safety monitoring service and security service in the building customized based on personal information during the location period of the building. Can receive. That is, the user can enjoy the same level of safety monitoring service and security service with the shared personal information in a plurality of buildings to be used.

  In the remote building monitoring system, the building used by each user is pre-registered in the personal information storage means, and the location building grasping means performs personal authentication of the user for the registered building and controls it. It is preferable that the command transmission means transmits a control command for the equipment of the building to the registered building. Thereby, the user can register the building to be used in advance, and can receive the safety monitoring service and the security service only in the registered building. Therefore, the use of the user in other networked buildings is disabled, and the abuse of the user can be prevented.

  In addition, in the building remote monitoring system, the reservation of the building to be used by each user is declared in the personal information storage means, and the location grasping means performs personal authentication of the user for the reserved building, It is preferable that the control command transmission means transmits a control command for the equipment of the building to the reserved building. Accordingly, even when the user temporarily uses a networked building other than the registered building, the user can receive the safety monitoring service and the security service in the building by making a reservation.

  Further, the building remote monitoring system includes a control command item storage unit that stores a plurality of control command items set for each type of building, and the control command transmission unit is provided for each type of building registered in the personal information storage unit. Preferably, the control command items stored in the control command item storage unit are selected and applied. As a result, for example, by changing control commands for each building type with different aspects of safety monitoring service and security service, such as apartment buildings such as condominiums, office buildings, commercial facilities, etc., detailed response of safety monitoring service and security service Can do.

  In addition, in the building remote monitoring system, the control information items related to the safety monitoring of the building selected by each user are registered for each building in the personal information storage means, and the control command transmitting means is selected for each building. It is preferable to make a determination with respect to control command items related to safety monitoring. As a result, the user can select the safety monitoring service and the security service by himself / herself, and can deal with the safety monitoring service and the security service in detail.

  In addition, in the building remote monitoring system, a face image for personal authentication of a user is registered in the personal information storage means in advance, and the location building grasping means is input by the monitoring camera provided at the entrance / exit of the building. It is preferable to collate the face image of the person leaving the room and the face image of the user registered in the personal information storage means to perform personal authentication of the user and grasp the location of the user in the building. Thereby, the personal authentication when the user enters and leaves the building can be managed based on the personal information that is centralized in the remote safety monitoring center.

  Further, in the building remote monitoring system, the remote safety monitoring center includes an ASP server, and the ASP server selects and registers a building to be used and a building to be used, which are transmitted from a terminal owned by each user. It is preferable to receive control command items related to safety monitoring and face images for personal authentication and register them in the personal information storage means. Accordingly, the user can easily register from a terminal used by an individual.

  As described above, according to the building remote monitoring system according to the present invention, the personal information of the building user is remotely managed centrally, and the detailed safety based on the personal information in each of the different buildings where the user is located. Monitoring and security services can be implemented.

  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. The building remote monitoring system 1 includes a remote safety monitoring center 2 and a plurality of buildings 20a, 20b, and 20c. The remote safety monitoring center 2 and the plurality of buildings 20a, 20b, and 20c are connected to each other by the communication network 30. The remote safety monitoring center 2 includes facility information storage means 4, personal information storage means 5, location building grasping means 7, control command transmission means 8, control command item storage unit 13, and security command transmission means 9. On the other hand, each building 20a, 20b, 20c includes equipment control devices 3a, 3b, 3c, equipment devices 17a, 17b, 17c, alarm devices 14a, 14b, 14c, ID readers 15a, 15b, 15c, which are personal authentication devices, It consists of surveillance cameras 6a, 6b, 6c and the like. In FIG. 1, there are three buildings 20, but the number of buildings is not limited to this if it is two or more.

  In this embodiment, the building 20 to which the building remote monitoring system 1 is applied is, for example, a residential facility such as a condominium or an apartment house, an office building, a production facility such as a factory, a research facility, an exercise facility, an educational facility, a leisure facility such as a theme park. Facilities are included. In addition, for example, a building 20 such as a head office, a branch, a laboratory, or a factory of the same company is also included. The “user” in this specification refers to both a resident of a residential facility and a user of a building 20 other than a residential facility such as an office building. In addition, the “living room” in this specification includes not only the living room of the residence facility but also the room (office floor, etc.) of the building 20 such as an office building.

  In FIG. 2, the equipment 17 etc. which were provided in the building 20 are shown. FIG. 2 shows the ID reader 15, the alarm device 14, and the monitoring cameras 6, 16, and 26. In addition, the equipment 17 includes, for example, lighting equipment 21, 31, 41, 51, an entrance door key 23, an elevator control device 25, and the like. The surveillance cameras are the surveillance camera 6 at the entrance 19, the surveillance camera 16 in the elevator car 28, and the surveillance camera 26 in the elevator hall 27 adjacent to the entrance hall 29, but are not limited to this, and a shared space for the user (see FIG. (Not shown) or the like. The lighting equipment includes a lighting equipment 21 in the living room 18, a lighting equipment 31 in the elevator hall 27 on each floor, a lighting equipment 41 in the elevator hall 27 adjacent to the entrance hall 29, and a lighting equipment 51 in the elevator car 28. However, the present invention is not limited to this, and may be provided on a staircase (not shown), a shared space for users, or the like.

  The ID reader 15 is provided at an entrance 19 that is an entrance / exit of the building 20, and is, for example, a card reader that reads an ID guard of a user who is an entrance / exit, or an input device that inputs an authentication number of the user 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 at the entrance / exit 19 of the building 20 detects the person entering / leaving and transmits the person entering / leaving person information to the building remote monitoring system 1. In addition, a monitoring camera 6 is provided at the entrance 19 of the building 20 and transmits information related to the captured image to the building remote monitoring system 1.

  The facility information storage means 4 of the remote safety monitoring center 2 stores information related to the arrangement and operation status of the facility equipment 17 in the building 20. For example, the layout of the living room 18 in the building 20, the entrance / exit 19, the entrance hall 29, the elevator hall 27, the interior of the elevator car 28, etc., the entrance door key 23 of the entrance / exit 19 of the apartment, and the like are stored. Is done. In the case of a building 20 such as an office, the facility information storage unit 4 may store, for example, an entrance / exit door key 23 for an entrance / exit door of the office building. The facility information storage unit 4 stores the ON / OFF status of each facility device 17 described above.

  FIG. 3 shows a personal authentication system for entering and leaving the room. In FIG. 3, only the building 20a will be described, and description of the buildings 20b and 20c will be omitted. As shown in FIG. 2, the located building grasping means 7 indicates the ID number of the person who entered the entrance hall 29 or the person who left the entrance hall 29 detected by the ID reader 15 a provided at the entrance 19 of the building 20. Receive. The located building grasping means 7 receives the image of the person entering and leaving the room taken by the monitoring camera 6 a provided at the entrance 19 of the building 20. Then, the located building grasping means 7 searches and extracts the user's face image 35 registered in the basic attribute database 10 described later from the ID number read by the ID reading device 15a. The location building grasping means 7 includes a face image 34 extracted from the video of the person entering and leaving the room taken by the monitoring camera 6a provided at the entrance 19 of the building 20, and a basic attribute database 10 of the personal information storage means 5 described later. The personal image of the user is verified by collating with the face image 35 of the user registered in the above. That is, the face image 35 for personal authentication of the user is registered in the basic attribute database 10 of the personal information storage unit 5 in association with the ID number of the user. Further, the location building grasping means 7 unlocks the entrance door key 23 via the equipment control device 3 when it is determined that the user has entered and exited by personal authentication. Thus, the location building grasping means 7 grasps the building 20 where the user is located by performing personal authentication of the user entering and leaving.

  The personal information storage means 5 stores personal information related to users who use a plurality of buildings 20, and includes a basic attribute database 10, a personal situation grasping database 11, and attribute history databases 12a and 12b.

  FIG. 4 shows a database stored in the personal information storage means 5. In the basic attribute database 10, a fixed attribute of the user is registered in advance. That is, a face image 35 that can identify an individual is registered for personal authentication of the user. In addition, as the residence information of the user, for example, the floor number, room number, and room position of the room 18 are registered. Furthermore, sex, height, weight, etc. are registered as appearance characteristics, for example. Moreover, you may register about the person who lives with the user.

  Data on such basic attributes of the user is data relating to the privacy of the user, 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 located building grasping means 7, and the attribute history database 12b stores the updated attribute of the user extracted from the personal situation grasping database 11 in an updated manner. The For example, the location building grasping means 7 grasps the route of the user in the building 20 based on the images taken by the monitoring cameras 6, 16, and 26 provided in the building 20 and stores it in the personal situation grasping database 11. To do. Furthermore, the flow line in the user's building 20 is extracted and stored in the attribute history database 12b. Thus, the changing user attributes are grasped by the located building grasping means 7 and stored in the personal situation grasping database 11 each time. And what is regarded as an attribute of the user from the data stored in the personal situation grasping database 11 is extracted and stored in the attribute history database 12b.

  The control command transmission means 8 is the facility information storage means 4 for the building 20 whose location is known by the location building grasping means 7 based on the stored personal information over the location period of the user in the building 20. The control command of the equipment 17 of the building 20 that is stored is determined. And a control command is transmitted with respect to the equipment control apparatus 3a, 3b, 3c of each building 20a, 20b, 20c.

  As shown in FIG. 4, the building 20 used by each user is registered in advance in the attribute history database 12a of the personal information storage means 5. For example, office buildings that work during the day, condominiums that stay at home at night, and exercise facilities that go on holidays. The location building grasping means 7 performs personal authentication of the user only for the registered building 20, and the control command transmitting means 8 sends a control command for the equipment 17 of the building 20 to the registered building 20. to decide. In addition, the attribute history database 12a reports the reservation of the building 20 used by each user. For example, this is the case when a user belonging to the corporate headquarters travels to a branch office. The location building grasping means 7 performs personal authentication of the user for the reserved building 20, and the control command transmitting means 8 determines a control command for the equipment 17 of the building 20 for the reserved building 20. To do. Thus, the user can receive this facility service by registering or reserving the building 20 to be used. On the other hand, the use of the user in the network building 20 that is not registered or reserved is restricted, and the abuse of the user can be prevented.

  The control command item storage unit 13 stores a plurality of control command items set for each type of the buildings 20a, 20b, and 20c. For example, the safety command and security service may be different between a control command item in an office building and a control command item in an apartment, and the control command items may be different. Then, the control command transmission unit 8 selects and applies the control command item stored in the control command item storage unit 13 for each type of the building 20 registered in the attribute history database 12a of the personal information storage unit 5. That is, the control command transmission means 8 determines a control command for each of the buildings 20a, 20b, and 20c with respect to a control command item for each of the reserved buildings 20a, 20b, and 20c selected and reserved by the user. A specific example of this control command item is shown below. In the following FIG. 5 to FIG. 9, the block diagram is described only for the building 20 a, and the building 20 b and 20 c have the same contents, and are omitted.

  FIG. 5 shows a control command according to the user's occupancy status. The control command transmission means 8 determines the user's occupancy status from the user's entrance information to the entrance / exit 19 of the building 20a specified by the location building grasping means 7 or the exit information from the entrance / exit 19 of the building 20a. . And according to a user's entering / exiting to the equipment control apparatus 3a, ON / OFF instruction | command, such as the illumination equipment 21a relevant to the user, is transmitted. That is, the location building grasping means 7 that has received the ID number detected by the ID reader 15a and the entrance / exit information is the user's room 18 corresponding to the ID number stored in the basic attribute database 10 of the personal information storage means 5. The floor number, room number, or room position is extracted and transmitted to the control command transmission means 8 together with the entry / exit information. When the user receives entry information to the entrance 19, the control command transmission means 8 turns on the lighting equipment 21 a of the user's room 18 and turns on the hallway of the floor of the room 18 and the lighting equipment of the elevator hall 27. 31a, 41a, lighting equipment 51a in the elevator car 28, and the like are turned on. Furthermore, the elevator control device 25a is caused to register the call of the elevator car 28. As a result, when the user enters the entrance 19 of the building 20a, a detailed security service is performed in which the elevator car 28 is put on standby and the associated lighting facilities 21a, 31a, 41a, 51a, etc. are turned on and guarded.

  Further, when the user receives the exit information from the entrance 19, the control command transmission means 8 illuminates 21 a of the user's room 18, the hallway of the floor of the room 18, and the lighting equipment 31 a of the elevator hall 27. , 41a, etc. are turned OFF. Thereby, unnecessary lighting facilities 21a, 31a, 41a, etc. are turned off to save energy.

  FIG. 6 shows a safety control command based on the flow line of the user. The location building grasping means 7 detects the traveling direction and speed of the user from the images taken by the monitoring cameras 6a, 16a, 26a, etc., and grasps the route from the entrance 19 to the room 18 when the user enters the room. And stored in the personal situation grasping database 11. For example, whether the user uses the elevator 36 or the stairs. Furthermore, the flow line in the user's building 20a is extracted and stored in the attribute history database 12b. And the control command transmission means 8 transmits ON / OFF commands, such as lighting equipment 31a and 41a, based on the flow line of the user with respect to the equipment control apparatus 3a. For example, lighting equipment 31a and 41a in the elevator hall 27, staircases, corridor lighting equipment, and the like are turned on based on the flow line of the user.

  FIG. 7 shows a control command for the elevator 36. The located building grasping means 7 is for the user to get on the elevator 36 in the building 20a from the image of the user taken by the monitoring camera 6a provided at the entrance 19 of the building 20a or the monitoring camera 26a provided in the elevator hall 27. Figure out what to do. And the control command transmission means 8 transmits the ON / OFF command of the illumination equipment 51a of the elevator 36 which the user gets on with respect to the equipment control apparatus 3a. For example, the elevator registers the call 28 for the elevator controller 25a. At midnight, the lighting equipment 41a in the passage from the entrance 19 to the elevator 36 is turned on.

  FIG. 8 shows a safety monitoring system for user abnormalities. The control command transmission means 8 detects the abnormality of the user from the images taken by the monitoring cameras 6a, 16a, 26a, etc. provided in the building 20a by the location building grasping means 7 to the equipment control device 3a. A command for causing the alarm device 14a to issue an alarm of abnormality detection is transmitted. Further, the security command transmission means 9 transmits a control command for requesting the security guard 22 to go to the building 20a. For example, when the user falls on the stairs or the elevator hall 27, the user is rampant on the stairs or the elevator hall 27, the woman, the child, the elderly, or the like is on the stairs or the elevator hall. 27, etc., when being attacked by a thug or molester.

  FIG. 9 shows a safety monitoring system for the abnormality of the user in the elevator car 28. When the location building grasping means 7 detects an abnormality of the user from the image taken by the monitoring camera 16a provided in the elevator car 28 in the building 20a, the control command transmitting means 8 sends a response to the equipment control device 3a. A command for causing the alarm device 14a to issue an alarm of abnormality detection is transmitted. Further, the security command transmission means 9 transmits a control command for requesting the security guard 22 to go to the building 20a. For example, when the user falls down in the elevator car 28, when the user is rampant in the elevator car 28, a woman, a child, an elderly person, etc. in the elevator car 28 is violent or molested. This is the case when they are attacked. In this case, the control command transmission means 8 may instruct the equipment control device 3a to cause the elevator control device 25a to stop the elevator car 28 at the nearest floor and open the door of the elevator 36.

  As described above, the personal information related to the user of the building 20, the user's occupancy status, and the user's personal status are collected and centrally managed in the remote safety monitoring center 2. Based on the personal information regarding the user of the building 20, the user's occupancy status, and the user's personal status, the remote safety monitoring center 2 provides detailed control commands to the equipment 17 of each building 20. Is sent.

  As described above, the control command item storage unit 13 stores a plurality of control command items set for each type of the building 20, and each user can install a facility device for each building 20 from the control command items described above. Select and register 17 control command items.

  Further, the remote safety monitoring center 2 includes an ASP server, and the ASP server registers the building 20 to be used transmitted from a terminal owned by each user, reserves the building 20 to be used, and equipment of the desired building 20. The control command item 17 and the face image 35 for personal authentication are received and registered in the personal information storage means 5. As a result, the user can easily register, make a reservation, etc. from the terminal used by the individual.

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 installation equipment etc. which were provided in the building. It is a block diagram which shows the personal authentication system of an in-and-out person. It is explanatory drawing which shows the database memorize | stored in a personal information storage means. It is a block diagram which shows the control command by a user's occupancy condition. It is a block diagram which shows the security control command based on a user's flow line. It is a block diagram which shows the control command about an elevator. It is a block diagram which shows the safety monitoring system with respect to a user's abnormality. It is a block diagram which shows the safety monitoring system with respect to the abnormality of the user in an elevator car.

Explanation of symbols

  1 Building remote monitoring system, 2 Remote safety monitoring center, 3 Equipment control device, 4 Equipment information storage means, 5 Personal information storage means, 6, 16, 26 Surveillance camera, 7 Location grasping means, 8 Control command sending means, 9 Security command sending means, 10 basic attribute database, 11 personal situation grasping database, 12a, 12b attribute history database, 13 control command item storage unit, 14 alarm device, 15 ID reader, 17 equipment, 18 room, 19 entrance, 20 Buildings 21, 21, 41, 51 Lighting equipment, 22 Security guards, 23 Entrance door lock, 25 Elevator control device, 27 Elevator hall, 28 Elevator car, 29 Entrance hall, 30 Communication network, 34, 35 Facial image, 36 Elevator .

Claims (7)

A facility control device that is installed in a plurality of buildings and controls equipment in each building and a remote safety monitoring center are connected by a communication network,
The remote safety monitoring center
Facility information storage means for storing information on equipment in the building;
Personal information storage means for storing personal information regarding users who use a plurality of buildings;
A building grasping means for receiving the information on the person entering and leaving the room detected by the personal authentication device provided at the entrance of the building and performing the personal authentication of the user and grasping the building where the user is located;
Control command transmission means for transmitting a control command to the equipment control device 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 safety monitoring and security services for the users in the building over the period of the user's location in the building where the user's location is known by the location grasping means. Building remote monitoring system characterized by performing.   The building remote monitoring system according to claim 1, wherein the building used by each user is registered in advance in the personal information storage means, and the located building grasping means stores the building's location on the registered building. A building remote monitoring system characterized in that personal authentication is performed, and the control command transmitting means transmits a control command for the equipment of the building to a registered building.   3. The building remote monitoring system according to claim 1 or 2, wherein a reservation for a building to be used by each user is declared in the personal information storage means, and the location building grasping means is provided for the reserved building. A remote building monitoring system characterized in that a personal authentication of a user is performed, and a control command transmission means transmits a control command for equipment in the building to a reserved building.   The building remote monitoring system according to any one of claims 1 to 3, further comprising a control command item storage unit that stores a plurality of control command items set for each type of building, A building remote monitoring system, wherein a control command item stored in a control command item storage unit is selected and applied for each type of building registered in the personal information storage means.   5. The building remote monitoring system according to claim 1, wherein control command items relating to safety monitoring of the building respectively selected by each user are registered in the personal information storage means for each building and controlled. The building remote monitoring system, characterized in that the command transmitting means makes a determination on a control command item related to safety monitoring of a building selected for each building.   6. The building remote monitoring system according to claim 1, wherein a face image for personal authentication of a user is registered in advance in the personal information storage means, and the location building grasping means is used for entering the building. The user's personal authentication is performed by comparing the person's face image taken by the surveillance camera provided at the exit and the face image of the user registered in the personal information storage means, and the user's building A remote building monitoring system characterized by grasping the location of a building.   7. The building remote monitoring system according to any one of claims 2 to 6, wherein the remote safety monitoring center includes an ASP server, and the ASP server is used from a terminal owned by each user. A building remote monitoring system which receives building registration, reservation of a building to be used, control command items related to selected safety monitoring, and a face image for personal authentication and registers them in personal information storage means.

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