KR101995873B1 - Apartment House Access Control and Smart Management System based on Cloud Service - Google Patents

Abstract

The present invention relates to an apartment house access control and smart management system based on a cloud which can efficiently control outside vehicles without reservations. The apartment house access control and smart management system based on a cloud comprises: a manager server (100) to receive vehicle information permitted for entry to store the vehicle information as registration vehicle information in manager storage (110) and manage the vehicle information; a cloud service server (200) connected to the manager server (100) via the internet and provided with cloud storage (210) synchronized with the manager storage (110); a vehicle control unit (300) which is installed on a front door through which a vehicle enters to be connected to the cloud service server (200) via the internet, downloads registration vehicle information stored in the cloud storage (210) to store the registration vehicle information in vehicle control storage (310), recognizes a license plate number of an entering vehicle to compare the license plate number with the registration vehicle information stored in the vehicle control storage (310) to determine whether to allow entry, determines whether to allow entry after receiving visiting home information in case of a vehicle which is not stored in the vehicle control storage (310), and stores vehicle information requesting entry and the visiting home information in the vehicle control storage (310); and a resident terminal (400) having a web application embedded therein to receive the vehicle information requesting entry and the visiting home information stored in the cloud storage (210) synchronized with the vehicle control storage (310) via the internet.

Description

[0001] Cloud-based apartment access control and smart management system [0002]

The present invention relates to a system for controlling and managing entrance and exit of a apartment house based on a cloud, which effectively controls the registered vehicle and the visiting vehicle, controls the door and the elevator to be interlocked, The moving picture can be photographed and transmitted to a remote place in real time.

There are apartments, office buildings, shopping malls, and shopping malls in apartment houses (or collective buildings). The management of these housing units is conducted through the staff members including security guards under the supervision of the ordinary management office.

In the case of security guards, it is necessary to take charge of the inspection and maintenance of the apartments, the apartment buildings, In order to solve this problem, additional labor costs are inevitable to compensate for the increase in the management cost. Therefore, the economic burden of residents of the apartment complex increases There is a problem to be done.

In order to solve this problem, in case of a newly constructed apartment house, a car number is read by using a remote control, a ridio frequency identification (RFID) tag or the like, A method of automating vehicle access control is proposed.

Most of these vehicle access control systems focus on the ease of accessing the registered residents' vehicles, and automation can not be performed at the entrance of the external vehicle (visiting vehicle), and the pass is controlled through the security room and issued separately have.

In addition, elevator control of the apartment house is not limited, so it is possible to move to any level of the user's choice. There is a problem that the criminals who break into the housing complex can freely go through each floor.

In addition, a large number of surveillance cameras are installed in the apartment complex, but there is a blind spot and there is not an adequate system to notify the remote manager in real time when an incident of injustice occurs during the patrol of the security guard. .

[Prior Art Literature]

Patent No. 10-1165364

Patent No. 10-0768465

To solve these problems, the object of the present invention is as follows.

First, it is possible to access the registered passengers not only through the vehicle but also the passengers' vehicle traffic by registering in advance through the reservation application. Also, the new concept of apartment house access control and smart It is an object of the present invention to provide a management system.

Second, it is another object of the present invention to provide a new concept of apartment access control and smart management system that utilizes a cloud service server and is synchronized with a plurality of devices connected to the Internet to share information in real time .

Third, it is another object of the present invention to provide a new apartment house access control and smart management system, which is a new concept of an elevator control system in which an elevator is automatically called and automatically moved to a predetermined floor.

Fourth, another object of the present invention is to provide a new concept of apartment access control and smart management system that can transmit a video file of an accident or a crime scene to a remote place to be utilized in crime prevention and resolution.

Fifth, another object of the present invention is to provide a new concept of apartment access control and smart management system which can provide convenience and safety of residents by using beacons and smart devices.

Technical features of the present invention are as follows.

The present invention relates to a cloud-based apartment access control and smart management system, and more particularly, to a cloud-based apartment management system and a smart management system. A cloud service server 200 connected to the manager server 100 via an Internet network and having a cloud storage 210 synchronized with the manager storage 110; The vehicle is connected to the cloud service server 200 via the internet and the vehicle is downloaded to the cloud storage 210 and stored in the vehicle control storage 310, Determines whether to enter the vehicle by comparing it with the registered vehicle information stored in the vehicle control storage 310, recognizes the vehicle number, receives the visit generation information when the vehicle is not stored in the vehicle control storage 310, A vehicle control unit 300 for storing the vehicle information and the visit generation information which are determined to be entered in the vehicle control storage 310; And a resident terminal 400 having a web application for receiving vehicle information and visit generation information requested to enter in the cloud storage 210 synchronized with the vehicle control storage 310 via an Internet network .

Technical effects of the configuration of the present invention are as follows.

First, it is possible to smoothly access the registered passengers (residents) not only through the vehicles but also the passengers' passengers by registering the reservations through the reservation application, and can efficiently control the external vehicles that are not reserved.

Second, the cloud service server can be used and the information can be shared in real time by being synchronized with a plurality of devices connected to the internet network.

Third, the elevator is automatically called to automatically move to a predetermined floor to make it easier for the residents (residents) and visitors, to prevent the movement to the registered or unexpected floors, thereby reducing the possibility of crime, (Residents) can be safely protected.

Fourth, video files of an accident or a crime scene can be transferred to a remote location for crime prevention and resolution.

Fifth, convenience and safety of residents can be achieved by using beacons and smart devices.

Fig. 1 briefly shows the entire configuration of the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Reference will now be made in detail to the preferred embodiments of the present invention, examples of which are illustrated in the accompanying drawings.

The present invention relates to a cloud-based apartment house access control and smart management system.

1, the present invention includes a management server 100, a cloud service server 200, a vehicle control unit 300, a resident terminal 400, a security guard terminal 500, a main gate control unit 600, A visitor terminal 800, a smart lantern 910, and a beacon 920, as shown in FIG.

The manager server 100 receives vehicle information permitted to enter and exit and stores and manages the registered vehicle information in the manager storage 110.

The administrator server 100 may be connected to an Internet network, and may include a separate wireless communication module (Bluetooth, ZigBee, LoRa, etc.).

The registered vehicle information may include the name and address of the resident, the name and address of the vehicle owner, the type of the vehicle, and the telephone number.

The cloud service server 200 includes a cloud storage 210 connected to the manager server 100 via an Internet network and synchronized with the manager storage 110.

The cloud service server 200 provides a kind of cloud storage service. The cloud storage service is a storage service of a plurality of physically separated storages (for example, hard disks) Is a service that allocates storage space by capacity and provides it in real time whenever it requests. Since redundancy structure of line and storage is implemented so that only one file exists even if multiple identical contents are uploaded, it is possible to secure stability, prevent unstable service through bypass path in case of line failure, prevent physical storage failure, Can be implemented.

In other words, when the manager server 100 is connected to the cloud service server 200 and the manager vehicle storage 110 having the folder hierarchy selects the registered vehicle information folder and sets the registered vehicle information folder to the synchronization folder, Stores the storage space for storing the data of the registered car information folder in the cloud storage 210 by using the setting information about the synchronization folder provided from the manager server 100 and stores it.

The cloud service server 200 performs synchronization between the manager storage 110 and the cloud storage 210 in real time with respect to the data of the registered vehicle information folder in which the synchronization is established.

For example, when a new document is created in the manager storage 110 or the content of the document is updated using the administrator server 100, the uploaded data is automatically uploaded to the cloud storage 210 and uploaded to the cloud storage 210, (The hierarchical structure and details of the folder are the same).

The vehicle control unit 300 is installed at the front door (or rear door) of a multi-family house in which the vehicle enters and exits and is connected to the cloud service server 200 through an Internet network. The registered vehicle information stored in the cloud storage 210 is downloaded And stores it in the storage 310.

The vehicle control storage 310 is also synchronized with the cloud storage 210, so that the same data (the hierarchical structure and details of the folders are the same) as the data of the registered vehicle information folder stored in the cloud storage 210 can be downloaded.

The vehicle control unit 300 is provided with a digital camera function to recognize the vehicle number of the entering vehicle and to determine whether to enter the vehicle by comparing it with the registered vehicle information stored in the vehicle control storage 310, If the car number of the car that is not stored is recognized, it is blocked from entering and receives the information of the visit household. The vehicle information and the visit generation information requesting entry are stored in the vehicle control storage 310 and uploaded to the cloud storage 210 through synchronization and stored in the manager storage 110 of the administrator server 100 .

The resident terminal 400 includes a web application that receives vehicle information and visit generation information requested to enter through the Internet, stored in the cloud storage 210 synchronized with the vehicle control storage 310.

The resident terminal 400 may be selected from a smart phone or a PDA.

Accordingly, the resident can confirm in real time the vehicle information and the visit generation information (residence information of the resident) requesting the entrance through the resident terminal 400, and the resident can confirm the vehicle information, If the vehicle is a vehicle that does not wish to enter or leave the vehicle after confirming the information, if the vehicle is requested to be denied access through the resident terminal 400, it is transmitted to the manager server 100 and the vehicle control unit 300 via the cloud service server 200, When registered as a vehicle and registered as an access-prohibited vehicle, the access control of the vehicle is controlled. When it is desired to access the vehicle, the vehicle is registered as an access permitted vehicle in the same manner when an access permission request is made through the resident terminal 400.

The resident can enter the reservation-scheduled vehicle information through the resident terminal 400. When the reservation-making vehicle information for the vehicle scheduled to be visited is inputted through the resident terminal 400 and the reservations are made, the cloud service server 200 to the manager server 100. [0040]

The administrator server 100 determines whether to approve access to the vehicle information to be visited transmitted through the cloud service server 200 and then transmits access approval decision information and visited vehicle information to the resident terminal 400 through the cloud service server 200 And the vehicle control unit 300, as shown in FIG.

When the vehicle number of the entering vehicle is identical to the expected vehicle information, the vehicle control unit 300 permits entry of the visiting vehicle and transmits the entry information of the visiting vehicle to the resident terminal 400 and the administrator server (not shown) via the cloud service server 200 100). Therefore, the resident can confirm in real time the fact that the vehicle that was scheduled to be visited has entered the apartment complex.

The security guard terminal 500 may be a mobile communication means such as a smart phone or a PDA carried by a security guard. When a damage or specificity of the parked resident vehicle is found in the housing complex, Vehicle error information can be input.

The security terminal 500 includes a web application for transmitting the inputted information to the cloud service server 200 and the inputted vehicle abnormality information is transmitted to the resident terminal 400 and the administrator server 100 through the cloud service server 200 ), So that the guards do not need to notify the borrower (resident) of the damage or unusualness of the vehicle by a separate interphone or telephone.

The main door controller 600 is installed in the vicinity of the door of the apartment house to control the opening and closing of the door. The main door controller 600 includes an NFC-based communication function.

The elevator controller 700 is installed around the elevator gate of each floor of the apartment house to control the operation of the elevator. The elevator controller 700 includes an NFC-based communication function.

The resident terminal 400 has a built-in web application for transmitting authentication information registered in advance to the main gate control unit 600 or the elevator control unit 700 through NFC-based communication.

The main gate controller 600 transfers the authentication information received from the resident terminal 400 to the manager server 100.

When the authentication information is transmitted from the main gate control unit 600 to the administrator server 100, the manager server 100 compares the authentication information with the authentication information stored in advance in the administrator server 100, and then transmits the authentication result to the main gate control unit 600 And the main door controller 600 opens and closes the door according to the received authentication result.

The elevator control unit 700 also controls the elevator operation in the same manner that the main entrance door control unit 600 opens and closes the doors. The elevator control unit 700 transmits the authentication information received from the resident terminal 400 to the manager server 100, 100 from the manager server 100 and controls the operation of the elevator.

In addition, when the main door controller 600 opens the door according to the authentication result of the administrator server 100, the elevator controller 700 may automatically move the elevator to the floor having the door.

In addition, when the elevator is operated according to the authentication result of the administrator server 100, the elevator controller 700 may perform an operation of automatically moving the elevator to the floor included in the authentication information transmitted from the resident terminal 400 In this case, it is in principle prohibited to move to a floor other than the floor (the floor where the resident resides) included in the authentication information, and the permission of the resident who resides in the floor is requested through a separate request procedure through the resident terminal 400 The elevator may be moved to the corresponding floor only when the elevator is obtained.

That is, when the elevator operation request is made to the floor desired by the resident terminal 400 (the floor where the other resident resides), the request information is transmitted to the administrator server 100 and the other resident terminal 400 through the cloud service server 200, When the other resident confirms the contents and inputs a message of acceptance through the resident terminal 400, a message of approval or disapproval is transmitted to the resident terminal 400 through which the request information is inputted through the cloud service server 200 To the manager server 100, and the elevator controller 700 moves the elevator to the corresponding floor when the occupant who has accepted the floor selects the floor.

Visitor information may be transmitted to the administrator server 100 through the cloud service server 200 when the reservation application is made by inputting visitor information about the visitor who is scheduled to visit through the resident terminal 400. [

The visitor terminal 800 can be a smart phone or a PDA as well as the resident terminal 400. The visitor terminal 800 transmits the previously stored visitor information to the main door control unit 600 and the elevator control unit 700 ) Is embedded in the web application.

The main gate controller 600 transfers the visitor information received from the visitor terminal 800 to the manager server 100 and the manager server 100 transmits the visitor information transmitted from the main gate controller 600 to the manager server 100 And transmits the authentication result to the main door control unit 600. The main door control unit 600 opens and closes the door according to the visitor information received from the administrator server 100. [

The elevator control unit 700 also controls the operation of the elevator in the same manner as the main entrance door control unit 600. The elevator control unit 700 transmits the visitor information received from the resident terminal 400 to the manager server 100, And receives the authentication result compared with the stored visitor information from the manager server 100 to control the operation of the elevator.

When the main door controller 600 opens the door according to the authentication result of the administrator server 100, the elevator controller 700 automatically moves the elevator to the floor having the door, and the elevator controller 700 controls the elevator controller 700, When the elevator is operated according to the authentication result of the visitor terminal 800, an operation of automatically moving the elevator to the layer included in the visitor information transmitted from the visitor terminal 800 may be performed.

The smart lantern 910, like the security guard terminal 500, carries security guards during patrol, and has a general lantern function for providing illumination during night patrol or underground patrol, as well as various additional functions.

That is, a moving picture shooting function and a communication function are provided. If necessary, a self-memory may be provided to store the photographed moving picture file in the smart lantern 910. [

In other words, the smart lantern 910 is provided with a moving picture shooting function in addition to a general lantern function, so that the moving picture shooting can be performed in an emergency, and the taken moving picture file is transmitted to the manager server 100 in real time (for example, Or may be transmitted using a variety of commercially available wireless communication means or transmitted in a mixed manner between wireless communication and wired communication) and stored in the manager storage 110.

In addition, a moving image file is uploaded and stored in the cloud storage 210 synchronized with the manager storage 110, and the moving picture file is downloaded and utilized in any place where the cloud service server 200 is connected to the Internet network This is possible.

For example, if a person witnesses a crime scene or is attacked by an unauthorized person during a patrol, if a shooting scene of the smart lantern 910 is photographed, , And it can be used as evidence for future crime cases.

If only the shooting function and the photographed moving picture file are stored only in the smart lantern 910 itself, it will be useless if the shooter robs the smart lantern 910. However, the moving image file is captured and transmitted to the remote place in real time The image of the crime scene can be secured even if the smart lantern 910 is removed.

The beacon 920 is installed at a predetermined location in the apartment complex and recognizes the smart device such as the resident terminal 400 and transmits unique ID information of each beacon 920 to the resident terminal 400.

The beacon 920 is a type of short-range wireless communication device using low-power Bluetooth 4.0 (BLE). BLE is a Bluetooth technology that overcomes the disadvantage that existing Bluetooth can only connect up to 8 devices. The beacon 920 to which the BLE technology is applied can communicate with many people at the same time since the pairing (connection) is unnecessary. In addition, the beacon 920 can provide a more precise position service than the GPS, and can be used for locating the accurate position in the room.

In order to perform beacon communication, a beacon, a web application including a function for identifying a beacon, and a web server are required. First, the beacon 920 delivers a constant signal to the web application, where the signal is identification information of the beacon. When unique ID values of the beacon 920 are transmitted to the web application, the web application receives the unique ID values and transmits the ID values to the web server. The web server checks the identification information of the beacon and delivers the information so that the required service can be executed in the web application.

The resident terminal 400 has a built-in web application for identifying the beacon 920. When the resident terminal 400 receives the unique identification ID information transmitted from the beacon 920, the embedded web application is activated, ) To the cloud service server (200).

The cloud service server 200 transmits a message " safety zone " to the resident terminal 400 when the beacon unique ID information is received from the resident terminal 400, It tells you that you are located.

The resident terminal 400 can receive the unique ID information transmitted from the beacon 920 and transmit the emergency ID to the cloud service server 200 when the embedded web application is activated and the cloud service server 200 When an emergency situation is received from the resident terminal 400, transmits the urgent situation to the security guard terminal 500 and the manager server 100 to enable quick response.

That is, when an emergency occurs, if the resident terminal 400 is shaken or knocked a few times, the acceleration sensor built in the resident terminal 400 recognizes it as an emergency signal and transmits it to the cloud service server 200. In the cloud service server 200 includes the unique ID information of the beacon 920, and the location of the beacon 920 is automatically determined based on the ID, so that the location of the emergency can be grasped in real time .

When a resident who owns the resident terminal 400 parks, the beacon 920 installed in the parking zone recognizes the resident terminal 400 and activates the web application, so that the parking position of the vehicle can also be grasped from the unique identification ID information.

When the beacon 920 installed in the vicinity of the door of the apartment complex recognizes the resident terminal 400, the authentication information previously registered in the resident terminal 400 is registered in advance with the unique ID information of the beacon 920, The main door controller 600 opens and closes the door through the manager server 100 synchronized with the cloud service server 200 and at the same time the elevator controller 700 controls the operation of the elevator, It is also possible to automatically move the elevator to the floor where it is located.

When the beacon 920 installed around the elevator gate of each apartment house recognizes the resident terminal 400, the authentication information previously registered in the resident terminal 400 is registered in advance with the unique ID information of the beacon 920, It is also possible that the elevator control unit 700 controls the operation of the elevator through the manager server 100 synchronized with the cloud service server 200 to automatically move the elevator to the corresponding floor.

The function of interlocking with the beacon 920 in this manner can be implemented not only through the resident terminal 400 but also through the security guard terminal 500 or the visitor terminal 800. [

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is clearly understood that the same is by way of illustration and example only and is not to be taken by way of limitation, Addition or deletion of a technique, and limitation of a numerical value are included in the protection scope of the present invention.

100: administrator server
110: Manager Storage
200: Cloud service server
210: Cloud storage
300:
310: Vehicle Control Storage
400: resident terminal
500: security guard terminal
600: main door controller
700: Lift controller
800: visitor terminal
910: Smart lantern
920: beacon

Claims (15)

This paper focuses on cloud-based apartment house access control and smart management system.
An administrator server (100) which receives vehicle information permitted to enter and exit and stores and manages the registered vehicle information in the manager storage (110);
A cloud service server 200 connected to the manager server 100 via an Internet network and having a cloud storage 210 synchronized with the manager storage 110;
The vehicle is connected to the cloud service server 200 via the internet and the vehicle is downloaded to the cloud storage 210 and stored in the vehicle control storage 310, Determines whether to enter the vehicle by comparing it with the registered vehicle information stored in the vehicle control storage 310, recognizes the vehicle number, receives the visit generation information when the vehicle is not stored in the vehicle control storage 310, A vehicle control unit 300 for storing the vehicle information and the visit generation information which are determined to be entered in the vehicle control storage 310; And
A resident terminal (400) having a web application for receiving vehicle information and visit generation information requested to enter in the cloud storage (210) synchronized with the vehicle control storage (310) and received through an Internet network;
, ≪ / RTI >
When the reservation request is made through the resident terminal 400, the visiting vehicle information is transmitted to the manager server 100 through the cloud service server 200,
The manager server 100 determines whether to approve access to the vehicle-to-be-visited information transmitted through the cloud service server 200, and then transmits the access approval determination information and the scheduled vehicle information to the cloud service server 200 through the cloud service server 200 To the resident terminal (400) and the vehicle control unit (300). The method of claim 1,
When the resident confirms the vehicle information and the visit generation information requested to enter the resident terminal 400 and then requests access to the resident terminal 400 in the case of a vehicle that does not want to access the resident terminal 400, ) To the administrator server (100) and the vehicle control unit (300) and registered as an access-prohibited vehicle. The method of claim 1,
The vehicle control unit (300)
When the vehicle number of the entering vehicle coincides with the expected vehicle information, entrance of the visiting vehicle is transmitted to the resident terminal 400 and the manager server 100 through the cloud service server 200 Based public housing access control and smart management system. 4. The method according to any one of claims 1 to 3,
A security terminal 500 for inputting vehicle abnormality information when a damage or an abnormality of a resident vehicle parked in the housing complex is detected;
Lt; / RTI >
The security terminal 500 includes:
And a web application for transmitting the input information to the cloud service server 200,
And the inputted vehicle abnormality information is transmitted to the resident terminal (400) through the cloud service server (200). 5. The method of claim 4,
A main entrance door control unit 600 provided around the entrance door of the apartment house to control the opening and closing of the entrance door and having an NFC-based communication function; And
An elevator control unit 700 installed around the elevator gate of each floor of the apartment house to control the operation of the elevator and having an NFC-based communication function;
Lt; / RTI >
The resident terminal (400)
And a web application for transmitting authentication information previously registered in the NFC-based communication to the main door controller 600 and the elevator controller 700,
The main door controller 600,
Transmits the authentication information received from the resident terminal 400 to the manager server 100 and receives the authentication result compared with the authentication information stored in advance in the manager server 100 from the manager server 100, Opening and closing,
The elevator control unit (700)
Transmits the authentication information received from the resident terminal 400 to the manager server 100 and receives the authentication result compared with the authentication information stored in advance in the manager server 100 from the manager server 100, And controlling the operation of the cloud based apartment house access control and smart management system. The method of claim 5,
When the main door controller 600 opens the door according to the authentication result of the manager server 100, the elevator controller 700 automatically moves the elevator to the floor having the door, Apartment house access control and smart management system. The method of claim 5,
The elevator control unit (700)
When the elevator is operated according to the authentication result of the manager server (100), the elevator is automatically moved to the floor included in the authentication information received from the resident terminal (400) system. The method of claim 5,
Visitor information is transmitted to the manager server (100) through the cloud service server (200) when the visitor information for a visitor scheduled to visit through the resident terminal (400) Housing access control and smart management system. 9. The method of claim 8,
A visitor terminal 800 having a built-in web application for delivering previously stored visitor information to the main door control unit 600 and the elevator control unit 700 through NFC-based communication;
Lt; / RTI >
The main door controller 600,
Transmits the visitor information received from the visitor terminal 800 to the manager server 100 and receives the authentication result compared with the visitor information stored in advance in the manager server 100 from the manager server 100, Opening and closing,
The elevator control unit (700)
Transmits the visitor information received from the resident terminal 400 to the manager server 100 and receives the authentication result compared with the visitor information stored in advance in the manager server 100 from the manager server 100, And controlling the operation of the cloud based apartment house access control and smart management system. The method of claim 9,
When the main door controller 600 opens the door according to the authentication result of the manager server 100, the elevator controller 700 automatically moves the elevator to the floor having the door,
The elevator control unit (700)
Based on the authentication result of the administrator server (100), the elevator is automatically moved to the floor included in the visitor information transmitted from the visitor terminal (800) when the elevator is operated. system. 5. The method of claim 4,
A smart lantern 910 which is provided with a lantern function and a moving picture photographing function to emit a moving picture in an emergency and transmits the photographed moving picture file to the manager server 100 in real time and stores the moving picture file in the manager storage 110;
Lt; / RTI >
A video file is stored in the cloud storage 210 synchronized with the manager storage 110 so that a video file can be utilized in any place where a device connected to the cloud service server 200 is connected to the Internet Cloud - based apartment control and smart management system. The method of claim 5,
A plurality of beacons (920) installed at preset locations inside the apartment complex to transmit their unique identification ID information;
Lt; / RTI >
The resident terminal (400)
Upon receipt of the unique ID information transmitted from the beacon 920, the embedded web application is activated to transmit unique ID information to the cloud service server 200,
The cloud service server 200 transmits a message of 'safety zone' to the resident terminal 400 when the unique ID information of the beacon is received from the resident terminal 400 Cloud - based apartment access control and smart management system. The method of claim 12,
The resident terminal (400)
When the built-in web application is activated by receiving the unique ID information transmitted by the beacon 920, if an emergency occurs, the web application can transmit it to the cloud service server 200,
The cloud service server 200 transmits the emergency situation to the security terminal 500 and the manager server 100 when an emergency is received from the resident terminal 400. [ Management system. The method of claim 13,
When a resident who holds the resident terminal 400 parks the car, the parking position of the vehicle can be grasped from the unique identification ID information of the beacon 920 installed in the parking zone,
When the beacon 920 installed in the vicinity of a door of a multi-family housing recognizes the resident terminal 400, authentication information previously registered in the resident terminal 400 is registered with the unique ID information of the beacon 920 The main door controller 600 opens and closes the door through the manager server 100 synchronized with the cloud service server 200 and transmitted to the cloud service server 200, Controls the operation of the elevator to automatically move the elevator to the floor with the door,
When the beacon 920 installed in the vicinity of the elevator gate of each apartment building recognizes the resident terminal 400, the authentication information previously registered in the resident terminal 400 is registered with the unique ID information of the beacon 920 The elevator control unit 700 controls the operation of the elevator through the manager server 100 synchronized with the cloud service server 200 so that the elevator is automatically moved to the corresponding floor And a smart management system for accessing and controlling the apartment based on the cloud.
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