KR20160027483A - Security System - Google Patents

Abstract

The present invention relates to a security system using user identification. More specifically, the security system using user identification detects entry of a person by a security sensor such as a thermal sensor, a microphone, an ultrasonic sensor, etc., receives detecting information of a user terminal which the person possesses, and identifies whether the person is a registered user having an entry right to strengthen security.

Description

Security System through User Identification {Security System}

The present invention relates to a security system through user identification, and more particularly, to a security system for detecting the entrance and exit of a person through a security sensor such as a thermal sensor, a microphone, and an ultrasonic sensor, The present invention relates to a security system for identifying a registered user who has access rights by receiving texturing information, thereby enhancing security.

In general, a security system for controlling the access of a person who does not have an access right is operated to detect an entrance of a person through various security sensors that detect the entrance of a person when the security mode is activated, and to generate an alarm to the server.

In the conventional security system, when the security mode is operated, the security mode is set to be released even if the person having access permission is allowed because the alarm is generated when a person enters or exits regardless of the access right. There was a problem that setup was very troublesome.

It is therefore an object of the present invention to provide an information processing apparatus and method capable of distinguishing whether a user has an access right through user identification without setting a security mode and generating an alarm only when there is no access right, And to provide a security system through identification.

A security system through user identification according to the present invention includes a detector for receiving detection information of a user terminal held by a person, a security sensor for detecting a person, and a security sensor for detecting a person, And a security server for identifying the user through the information and determining whether the user is a user having an access right.

The security system through the user identification according to the present invention identifies the user through the user terminal owned by the user and distinguishes the person having the access right without the need to set and clear the security mode so that only when there is no access right, The security system can be operated in an intelligent manner.

1 is a system configuration diagram schematically illustrating a security system through user identification according to a preferred embodiment of the present invention.

Hereinafter, specific embodiments of the present invention will be described in detail with reference to the drawings.

1 is a system configuration diagram schematically illustrating a security system through user identification according to a preferred embodiment of the present invention.

Referring to FIG. 1, the security system through user identification according to the present invention includes a detector for receiving detection information of a user terminal, a security sensor for detecting a person, And a security server that identifies the user through the detec- tion information received from the detector and determines whether or not the user is an access right.

The detector may be provided with at least one detector in an area where the security system operates. When the security system is applied to a large area, a plurality of detectors can be installed in consideration of the communication coverage of the detector.

The detector includes a detecting unit detecting only detection information of a broadcast state of a user terminal in a memory and a surrounding wireless terminal, a wireless communication unit transmitting the detected detection information to the user identification server, And a connector unit for supplying power to the apparatus.

Since the detector is provided with a detector ID and the positional information is stored together with the user identification server, the automatic vending machine can be specified through the detector.

The detecting unit detects only the detec- tion information of the user terminal in the vicinity of the detector, and the wireless communication unit transmits the detected detec- tion information to the user identification server. When the detecting unit is applied as a Bluetooth detecting module, the detecting unit and the wireless communication unit can share the antenna in the same frequency band (2.4 GHz).

Here, since the wireless communication unit plays a role of a Wi-Fi module, it can directly set an SSID, detect Rssi, and transmit detection information to a user identification server.

The connector unit may include a connector capable of receiving power from the outside. Also, the detector can minimize the power consumption by activating the detec- tion mode only when the user requests the user identification through the control application and there is a detec- tion command through the user identification server.

The detec- ting unit transmits data through a wireless Internet connection, and is connected to a network detec- tion module that receives only detec- tion information through a network identifier with a peripheral user terminal, or a near- And a communication detection module.

The network detec- tion module is a module for receiving only detec- tion information in a Wi-Fi communication coverage by performing an internet connection through Wi-Fi, and is a Wi-Fi MAC address (Wi-Fi Mac address) is set and stored.

Generally, a Wi-Fi module, which is a network module, performs an internet connection through Wi-Fi to transmit / receive data, or tracks a location according to location information of the Wi-Fi module.

However, the network detecting module according to the present invention does not perform data transmission / reception and location tracking, but detects only the Wi-Fi MAC address of peripheral user terminals located near Wi-Fi and connected to the Wi-Fi as detaching information .

Since the Wi-Fi is a wireless AP, a user terminal connected to the same Wi-Fi as the Wi-Fi where the client terminal is located is located near the client terminal, so that the user connected to the same Wi- Detecting a terminal can search for a user located in a short distance.

Here, the detection does not track the position through Wi-Fi, but refers to detecting only a Wi-Fi MAC address, which is unique identification information of a terminal connected to Wi-Fi.

When the Wi-Fi MAC address includes the Wi-Fi MAC address in the member information previously registered in the data register of the user identification server, the detected Wi-Fi MAC address is compared with the member information And if the matching member information is included, the user is identified according to the member information.

The local area communication detection module is a module for receiving detec- tion information of a peripheral device located within a short-range communication range, and may be configured as a Bluetooth detec- tion module having unique identification information for each terminal.

Bluetooth is a method of performing communication between devices located near by a pairing, and stores and stores a Bluetooth MAC address (BD address) as Bluetooth identification information, which is unique identification information.

Accordingly, the Bluetooth communication is a function of performing communication through a pairing with a nearby peripheral device.

In other words. Bluetooth communication is a standard short-range communication method that allows communication between a peripheral device of a portable device or another terminal through pairing, and has a characteristic not suitable for position tracking.

Bluetooth communication is performed through pairing, that is, by activating networking at a specific time, in order to reduce the power consumption of the battery due to the characteristics of many devices using the battery and security at a close range.

However, the Bluetooth detec- tion module according to the present invention does not perform pairing with a peripheral device, but detects only a MAC address of Bluetooth of a peripheral device existing within a Bluetooth communication range as detec- tion information.

In the case of pairing, if the detected subject does not authorize the Bluetooth right, pairing can not be performed, so that information of the near user can not be confirmed through the pairing mode. However, since the present invention detects only the BD address of the user terminal owned by the user in the Bluetooth coverage range, It is possible to detect only the Bluetooth BD address in the device search mode regardless of whether the user to be detected allows communication.

If the Bluetooth MAC address is included in the user information registered in advance in the data identification information of the user identification server, the detected Bluetooth MAC address is compared with the user information, If so, the user can be identified through the user information.

The security sensor may be a sensor or a sensor group used for detecting a person in a conventional security system such as a thermal sensor, a microphone, and an ultrasonic sensor.

Meanwhile, the security server according to the present invention includes a detection management unit for instructing a detector operation for identifying a user when a person is detected from the security sensor, receiving and managing detec- tion information of a terminal held by a person detected by the detector, A user identification unit for comparing the detected information with the stored user information to identify a matching user and determining whether the user is a user with an access right and an alarm for generating an alarm when the identified user is a user having no access authority And a database for storing and managing registered and registered member information.

The user identification unit receives the detected detec- tion information from the detector and compares the detected detec- tion information with the user information stored in the database to check whether or not there is matching user information, And identifies the user through the user information.

Here, the detection information may be a network identifier or a local communication identifier, which is unique identification information of the user terminal received from the detector, as described above.

The network identifier may be a Wi-Fi MAC address managed by the network module of the user terminal, and the local communication identifier may be a Bluetooth MAC address managed by the Bluetooth module.

The database stores and manages registered member information, and the member information may include member identification information, a Wi-Fi MAC address and / or a Bluetooth MAC address, and member information.

Accordingly, if the Wi-Fi MAC address or the Bluetooth MAC address information is received as the detection information, the user identification unit compares the detec- tion information with the membership information stored in the database, and if there is matching membership information, The user around the vehicle in which the detector is installed is identified.

Here, the member information may include a user ID, a network identifier or a short-range communication identifier, a mobile phone number of a user, and credit card information registered by a user.

If the user is identified as described above, it is determined whether the identified user is a person who has access authority in an area where the security system operates.

To this end, the database includes security registration information obtained by grouping user information of a person who has access authority for each security area, and compares the identified user with the person included in the security registration information to determine whether or not the user has access authority .

As described above, when the user identified through the user identification unit is a person who has no access authority, the alarm unit generates an alarm. The alarm acts as a base signal for a security action such as an unauthorized intrusion in the security system or a security guard dispatch when an abnormality is detected.

10: User terminal 20: Detector
30: security sensor 40: security server

Claims (1)

A detector for receiving detection information of a user terminal held by a person;
A security sensor for sensing a person;
And a security server for identifying the user through the detec- tion information received from the detector when the person is detected through the security sensor and determining whether the user is a user having access right. Security system.

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