KR101823147B1 - BLE Beacon based safety assitance service system - Google Patents

Abstract

The present invention relates to a safety assistance service system based on beacons and a method thereof. To enable children, teenagers, and women to safely come home in a service area including dangerous areas, areas with high crime rates or areas vulnerable to crimes, a GPS receiver and Bluetooth (BLE) 4.0 built in a smartphone or a smart pad are used to set the movement path in a service area in advance as well as link the beacon tag installed at every point in the base area of the service area with a smart device, a safety assistance service database, and a GPS server. The movement path of a user is tracked in accordance with the user passing the beacon tags installed in a dangerous residence area. So, when the movement of the user is not normal or stopped for a predetermined period or longer, an alarm is generated through a smartphone app of a designated phone number. Alternatively, a short text message is transmitted to a designated phone number of a guardian to check whether the user is in an abnormal situation or not and prevent crimes.

Description

[0001] The present invention relates to a beacon-based safety assitance service system,

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a beacon-based safety assis- tance system, and more particularly, to a beacon-based safety assis- tance system in a service area such as a dangerous area, You can use the built-in Bluetooth 4.0 (BLE) and GPS receiver to preset travel routes for your service area, and set up beacon tags, smart devices and secure travel service servers (web-based database servers) It interlocks with the GIS server and tracks the user movement path according to whether the beacon tag installed in the danger zone of the residential area passes or not. If there is no movement or abnormal movement for a predetermined time, an alarm is generated through the application of the smart phone of the designated phone number of the guardian Or by sending a short message with the designated phone number of the guardian, Check the abnormalities that prevent crime, to a beacon-based services system accompanied with confidence.

Patent Publication No. 10-2014-0135450 discloses "Automatic tracking security system and method of object using position information of smart phone ", and is equipped with an emergency switch and a yep for smart phone, And video information to the integrated control server, it is possible to monitor the location and situation of the relevant site in real time through CCTV and simultaneously keep track of the movement of the criminal in real time while transmitting dispatch and tracking signals to the police terminal , Rapid arrest of criminals and cases can be grasped in real time.

1 is a diagram illustrating an automatic tracking security system of an object using position information of a conventional smart phone.

The automatic tracking security system of the object using the location information of the smart phone includes the GPS 110, the smart phone 120, the integrated control server 130, the CCTV 140 and the police terminal 150.

Specifically, the GPS (Global Positioning System) 110 receives a signal from a GPS satellite and calculates a position of the smartphone.

The smartphone 120 is a mobile phone equipped with an emergency switch and a surveillance system so that the location information can be transmitted to the integrated control server 130 when a crime or an accident occurs.

The integrated control server 130 receives the location information transmitted from the smartphone 120 and monitors and tracks the site conditions through the CCTV 140 closest to the crime site and the accident site, 150 to send outgoing and tracing signals.

The CCTV 140 is a surveillance camera that monitors various crime scenes and accident sites in real time in cooperation with a control signal from the integrated control server 130.

The police terminal 150 is a terminal for receiving dispatch and tracking signals transmitted from the integrated control server 130. The dispatcher 150 dispatches to the corresponding site according to a dispatch signal from the integrated control server 130, It is a means to organize.

Beacon-based location tracking technology has recently been introduced, and beacon technology is divided into device-based and infrastructure-based beacon technologies.

Device-based beacon technology Only a beacon tag is installed at each point, and the tag transmits ID and RSSI unidirectionally at regular intervals, and the smart phone receives and processes the tag information.

Infrastructure-based beacon technology is replaced by a beacon AP for each point of device-based beacon tag. By installing a beacon tag in the vehicle, the beacon tag is recognized and the information is processed. Accuracy and stability are comparative advantages. Is required.

Patent Publication No. 10-2014-0135450 (published on Nov. 26, 2014), "Automatic tracking security system and method of object using location information of smartphone ", Vision &

The object of the present invention for solving the problems of the prior art is to provide a Bluetooth 4.0 and a GPS receiver, which are built-in smart phones and smart pads, for safe return of children, women, and youth in service areas such as dangerous areas, (Web-based database server) and GIS server installed in each area of the service area, and is installed in a dangerous zone for residential areas. If the beacon tag is passed or not, it traces the user's movement path and generates an alarm through the application of the smartphone of the designated phone number if there is no abnormal movement or movement for a predetermined time, or a short message Beacon-based, which prevents crime by checking whether a user is abnormal by transmitting Provide a secure and cooperative service system.

In order to achieve the object of the present invention, the beacon-based safety assurance service system according to the first embodiment is a device-based beacon technology that can detect a beacon- A plurality of beacon tags installed at intervals; A beacon receiver for recognizing a beacon tag installed for each point in a base area of a service area, a beacon receiver for recognizing a beacon tag installed for each point in a service area, A smart device that transmits a beacon tag ID and an RSSI value to a secure connection service server through an App function; And a beacon tag ID and an RSSI value from a beacon tag installed for each point in a service area of the service area through the smart device and tracks a location and a travel route of the user according to the location of the beacon tag of the user according to time, An alarm is generated through the app of the smartphone of the designated phone number of the guardian through the path for the occurrence of the abnormality when the predetermined route is out of the predetermined area and the mobile phone is not moving for a long time without moving or the short message is transmitted to the designated phone number of the guardian And a safety assurance service server,
When beacon based positioning technology is applied to infrastructure based beacon technology, it can use beacon post and polyplane based on cellplanning characteristics. If distance between beacon tag and beacon AP is less than 5m, nearest post measurement, 5 ~ 10m Use a quadrangular survey for 10 to 20 meters, a 5-point survey or a hexagonal survey for 20 meters or more, and a nearest post survey for beacon tags at the exit and exit beacon APs of the service area and,
The location and movement route information of the beacon tag included in the smart device are displayed on a 2D / 3D map of the service area by the GIS server connected to the RTLS server of the secure connection service server, Interest information.

In order to achieve another object of the present invention, a beacon-based secure cooperation service system according to the second embodiment is an infrastructure-based beacon technology, wherein a beacon tag attached to a person's tracking object; Receives tag ID and RSSI value from the beacon tag, transmits it to the RTLS server of the secure relay service server together with the location information of the beacon AP, supports Bluetooth communication and Wi-Fi communication, supports Ethernet and TCP / IP communication A plurality of beacon APs installed for each point in the service area location; And an RTLS location positioning engine that receives the Tag ID, RSSI value, and location information of the beacon AP of the beacon tag from at least one or more beacon APs and determines the location of the beacon tag by the web server and triangulation And a beacon information management unit for tracking the location and movement path of the beacon tag of the user according to the time, and a smart phone of a designated phone number of a guardian through a path for a predetermined path out- A security service server for generating an alarm through an application of the phone or transmitting a short message to a designated phone number of a guardian,
The beacon tag attached to the tracking object of the person includes a card-attached tag (13.56 MHz, 2.4 GHz Dual Tag), an asset tag (900 MHz, 2.4 GHz Dual Tag), and a battery type tag (2.4 GHz BLE dedicated Tag)
The Tag ID and the RSSI value of the beacon tag are transmitted to an industrial beacon AP (2.4 GHz installed RTLS AP) or a general-purpose beacon AP (2.4 GHz outlet RTLS AP) having a predetermined distance reading range,
Displays the location and movement route information of the beacon tag included in the smart device in the time zone on the 2D / 3D map of the service area by the GIS server connected to the RTLS server of the secure visiting service server, displays the POI information In addition,
The RTC service server includes a Web server, a database server, an RTLS server, and a beacon tag information management unit. The RTLS server locates and tracks a beacon tag measured by triangulation, The user's location and movement route are tracked according to the position of the user's beacon tag according to the location of the user, ), Or transmits a short message to the designated telephone number of the guardian,
When beacon based positioning technology is applied to infrastructure based beacon technology, it can use beacon post and polyplane based on cellplanning characteristics. If distance between beacon tag and beacon AP is less than 5m, nearest post measurement, 5 ~ 10m Use a quadrangular survey for 10 to 20 meters, a 5-point survey or a hexagonal survey for 20 meters or more, and a nearest post survey for beacon tags at the exit and exit beacon APs of the service area do.

The beacon-based safety assis- tance system according to the present invention can be used in a service area such as a dangerous area, a bad area, and a vulnerable area. ) And a GPS receiver to set a travel route of the service area in advance, interworking with the beacon tag installed for each point in the base area of the service area, the smart device, the secure travel service server (web based database server) and the GIS server, If the beacon tag installed in a dangerous area in the residential area passes the user's movement route, it will track the user's movement path and generate an alarm through the application of the smartphone of the designated phone number of the guardian in case of abnormal movement or movement for a predetermined time, A short message is transmitted using a telephone number or the like to check whether the user is abnormal It has the effect of preventing a crime.

The BLE Beacon system is designed to extend the limited use of existing RFID or NFC systems to all vulnerable areas and to manage unexpected exceptions on the route of the protected persons, such as the elderly, the disabled, women, To be applied to the life safety system.

The beacon-based safety and security service system is applicable to a variety of applications such as detection of beacon movements in daily life, detection of movement route of the disabled, prevention of childbearing as well as beacon-based location and movement route monitoring in dangerous areas, It is possible.

1 is a diagram illustrating an automatic tracking security system of an object using position information of a conventional smart phone.
FIG. 2 is a screen for selecting a user and registering a service area for a safe-traveling service application in a service area using a Bluetooth 4.0 and a GPS receiver of a smartphone and a smart pad.
FIG. 3 is a service area registration screen of the secure connection service application in the service area using the Bluetooth 4.0 and the GPS receiver of the smartphone and the smart pad.
FIG. 4 is a block diagram illustrating a card attach tag (13.56 MHz, 2.4 GHz Dual Tag), an asset attach tag (900 MHz, 2.4 GHz dual tag), a battery tag (2.4 GHz BLE exclusive tag) And an industrial beacon AP (2.4 GHz installed type RTLS AP) and a general purpose beacon AP (2.4 GHz outlet type RTLS AP) having a reading range of 80 m.
FIG. 5 is a block diagram of a beacon-based secure trust service system according to the present invention.
6 is a diagram illustrating a beacon-based secure trust service method.
FIG. 7 is a diagram illustrating a method for installing a beacon tag for each point in a vulnerable area.
FIG. 8 is a diagram illustrating a configuration of a beacon AP, a secure connection service server, and a GIS server provided for each of the moans in a base area of a service area when a beacon tag is provided in a smart device of a smart phone and a smart pad when an infrastructure- to be.
9 is a diagram illustrating triangulation of a beacon AP that detects Tag ID and RSSI value to locate a smart device with a beacon tag.

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

The beacon-based safety assis- tance system of the present invention can be used in a service area such as a dangerous area, a bad area, and a vulnerable area, and a Bluetooth 4.0 (BLE) built-in smart phone and a smart pad for a safe return of children, And a GPS receiver to set the travel path of the service area in advance, and interworking with the beacon tag installed for each point in the base area of the service area, the smart device, the secure service server (web based database server) and the GIS server, If the beacon tag installed in the dangerous area passes, it traces the user's movement path and generates an alarm through the application of the smartphone of the designated phone number of the guardian in case of abnormal movement or movement for a predetermined time, Number, and so on to check whether the user is abnormal, It intended to prevent.

1. Install your smartphone and smartpad APP (download app from app store and play store) and user registration

2. The user registers the user information in the secure communication service using the mobile communication network, and the smartphone user uses the registration center to register the tag after the registration

3. The user selects the service map of the area to use and selects and stores the route to use.

4. When the user enters a preset zone, the path preset by the user is automatically activated.

- Depending on the setting, GPS information can be transmitted to the server once a second, and the guardian can monitor the location of the user.

5. As the user moves, the smart phone searches for the beacon tag in the area and makes the received Tag ID and Tag RSSI (Receive Sensitivity) be measured in the application.

6. If the route is different from the route set by the user,

- Sends the user's current position and the first warning to the smartphone of another user (guardian) that has been registered in advance, and prompts the user to clear the alarm through the primary warning, password and reason input.

- If there is a departure from the route for more than a certain period of time despite the first warning, or if it stays in one position, a second warning alarm occurs and an alarm is generated in the guardian's mobile phone to request the user to grasp the position.

- In case of mobile phone data service interception, SNS can be used in case of exceptional situation compared to service area data already downloaded, activation of protector application through SNS reception, and alarm function

7. Identify the most recent location with the identification information of the Beacon Tag held by the non-user of the mobile phone through the AP installed in the weak point of the vulnerable area

8. When reaching the position specified by the user, all services are terminated after a certain time.

(Example 1)

FIG. 2 is a screen for selecting a user and registering a service area for a safe-traveling service application in a service area using a Bluetooth 4.0 and a GPS receiver of a smartphone and a smart pad.

Using the built-in Bluetooth 4.0 (BLE) and GPS receiver built in smartphones and smart pads, you can monitor the location and movement path of the user in the service area in real time, or check the route through interlocking with the beacon tag itself It is possible to check the safety of the user through a warning about the occurrence of abnormality when the set route is out of order or the unused area is moved for a long time.

Play Store OR After downloading App from smartphone or smart pad from App Store, 'User Registration' is done.

'User Registration' is used to enter the user name, contact information, two or more parent contact information, and a warning release password.

User information can be increased or decreased as needed, and once used information can be used in other areas. Authenticate phone number through mobile phone authentication service.

 'Select service area' can be set up by user's mobile phone number, adding service area, setting main / secondary route (selecting map path tag), setting alarm time (3 min. Agreement) display window, and has an activation button (Bluetooth, data) and a correction and storage button.

The application function of smartphone or SmartPad is a service to connect with SNS without using the data of the mobile phone, it is possible to set multiple routes in one area, and to select whether to provide the own route in the service area .

When recognizing the entry of the smartphone into the service area, it automatically generates a pop-up guide to enter the service area, and utilizes the setup route guidance function (GPS option function) to apply the service area map.

When smart phone data is not used, it can be set to be operated only by SNS.

FIG. 3 is a service area registration screen of the secure connection service application in the service area using the Bluetooth 4.0 and the GPS receiver of the smartphone and the smart pad.

1) Select service area, register

* Select the service area you want to use

* Service area can select and store various areas

2) Select route in service area

* Check the main route using map in service area

* Additional route can be added considering the exceptional route

FIG. 4 is a block diagram illustrating a card attach tag (13.56 MHz, 2.4 GHz Dual Tag), an asset attach tag (900 MHz, 2.4 GHz dual tag), a battery tag (2.4 GHz BLE exclusive tag) And an industrial beacon AP (2.4 GHz installed type RTLS AP) and a general purpose beacon AP (2.4 GHz outlet type RTLS AP) having a reading range of 80 m.

In the case of a non-smartphone user (Embodiment 2), the beacon technology using the beacon AP is applied, and a plurality of beacon APs installed at each base station (bus stop, public facility, AP to the RTLS server of the security assisting service server and confirms whether the RTLS server is capable of receiving at least the minimum number of users It can be used as a main starting point in checking the route of movement and checking whether the user is abnormal.

Registration and issuance of the user beacon tag are registered and used at the issuing office when issuing the tag.

FIG. 5 is a block diagram of a beacon-based secure trust service system according to the present invention.

The BLE Beacon system is designed to extend the limited use of existing RFID or NFC systems to all vulnerable areas and to manage unexpected exceptions on the route of the protected persons, such as the elderly, the disabled, women, Is a living safety system using.

This system is applicable to various areas such as dangerous area, beacon and vulnerable area, security area based beacon based location confirmation and movement route monitoring as well as detection of aged people's movement in daily life, movement route confirmation of disabled people,

The beacon-based secure cooperation service system according to the first embodiment of the present invention is a device-based beacon technology in which a plurality of beacons, which are installed at a predetermined distance from one base point to another in a service area including a dangerous area, Tag 710; A beacon receiver for recognizing a beacon tag installed for each point in a base area of a service area, a beacon receiver for recognizing a beacon tag installed for each point in a service area, A smart device 720 that transmits a beacon tag ID and an RSSI value to an assisting service server through an App function; And a beacon tag ID and an RSSI value from a beacon tag installed for each point in a service area of the service area through the smart device 720 and transmits the beacon tag ID and RSSI value to the smart device 720, An alarm is generated through the application of the smartphone of the designated phone number of the guardian through the path for the occurrence of the abnormality when the mobile phone is not moving in a certain region without moving for a long time or by a designated phone number of the guardian And a secure companion service server 730 for transmitting a short message.

The system is connected to the safe and companion service server, and displays installation locations of a plurality of beacons installed for each point in a base area of the service area and a location and a movement path of a recognized user based on the beacon tag of the service area on a map And a GIS server 740 that is connected to the Internet.

The system further includes a CCTV system having a digital video storage (DVR) interlocked with at least one camera installed at a specific location in a service area.

The smart device 720 includes a smart phone and a smart pad having a Bluetooth communication unit (BLE) and a GPS receiver, and the application for the beacon-based safety assistance service includes a user registration, , A service area selection screen to be used by the user is provided, a route in the service area is selected,

'User Registration' is used to input user name, contact information, contact information of two or more guardians,

The user information can be increased or decreased as needed. The information once registered can be used in other areas. The user can authenticate the telephone number through the mobile phone authentication service,

 'Select service area' can be set up by user's mobile phone number, adding service area, setting main / secondary route (selecting map path tag), setting alarm time (3 min. Agreement) display window, and has an activation button (Bluetooth, data) and a correction and storage button.

The beacon tag 710 uses a 2.4 GHz beacon tag when applying device based beacon technology.

6 is a diagram illustrating a beacon-based secure trust service method.

The beacon-based secure and cooperative service system notifies the notification service to the user's smartphone when the user enters the service area by interworking with the user's mobile phone and the secure communication service system. In case of an exception, it is a system for notifying the text message to the mobile phone number of the guardian, passing the set point (option), notifying when the security area arrives, and the local security cooperation system.

FIG. 7 is a diagram illustrating a method for installing a beacon tag for each point in a vulnerable area.

The beacon tag does not require a separate power supply and network connection. It can be used for about 1 year ~ 2 years with built-in battery. It is attached to a pole or a pole along a road or a ledge so that the user's location can be known through triangulation.

In addition, a beacon AP (Beacon AP: BLE / Wi-fi gateway) is installed in each base station (bus stop, public facility, mart, convenience store) -Fi network opening becomes easy).

* Beacon Tag (Fixed with double-sided tape or bolt on the back)

* Attach to a high place such as a poles pole (prevent loss and loss)

(Embodiment 1) A beacon tag is installed at each base station of a service area or a beacon tag is installed at a distance of 50 m, information is used for a smart phone, and a function for a distributed beacon tag holder to accumulate information when the base is passed.

When using a device-based beacon technique (Embodiment 1), a user smartphone or a Beacon receiver is used at the time of installation of a beacon tag every 50m certain distance points.

Bluetooth 4.0 (BLE, Bluetooth Low Energy) uses the 2.4GHz frequency band, operates at a low power of about 100m distance (recognition of actual distance of 50m), positioning accuracy of 2 ~ 3m, low power consumption, and beacon tag and beacon AP are relatively low cost And use smart phones.

Alternatively, if the user is not using a smartphone, an infrastructure based beacon technique (Example 2) using a beacon AP is applied and the user has a card-shaped beacon tag, and beacon tag-based location positioning and infrastructure , The RTLS server of the secure transport service server) based location location.

(Example 2)

FIG. 8 is a diagram illustrating a configuration of a beacon AP, a secure connection service server, and a GIS server provided for each of the moans in a base area of a service area when a beacon tag is provided in a smart device of a smart phone and a smart pad when an infrastructure- to be.

9 is a diagram illustrating triangulation of a beacon AP that detects Tag ID and RSSI value to locate a smart device with a beacon tag.

The beacon-based secure cooperation service system according to the second embodiment of the present invention is an infrastructure-based beacon technology, which includes a beacon tag 710-2 attached to a person's tracking object; Receives the Tag ID and the RSSI value from the beacon tag 710-2, transmits the tag ID and the RSSI value together with the beacon AP location information to the RTLS server of the secure relay service server, supports the Bluetooth communication and the Wi-Fi communication, A plurality of beacon APs (780) installed per point in a service area base area supporting TCP / IP communication; And a beacon AP 780 that receives the beacon tag 710-2 Tag ID and RSSI value of the beacon tag 710-2 and the beacon AP position information from the at least one beacon AP 780, An RTLS server having a positioning engine, and a beacon information management unit. The RTLS server tracks a location and a movement route of a user's beacon tag with respect to time, and detects a path for an abnormality when a predetermined route departure, And a safe travel service server 730 for generating an alarm through an application of a smart phone of a designated phone number of a guardian or transmitting a short message to a designated phone number of a guardian or the like.

The system further includes a GIS server 740 connected to the safe-and-services service server 730 and displaying on the map the location and the movement path of the beacon tag of the recognized beacon tag based on the beacon tag of the service area.

The system further includes a CCTV system having a digital video storage (DVR) interlocked with at least one camera installed in a specific area of a service area.

The beacon tag attached to the tracking object of the person includes a card-attached tag (13.56 MHz, 2.4 GHz Dual Tag), an asset tag (900 MHz, 2.4 GHz Dual Tag), and a battery type tag (2.4 GHz BLE dedicated Tag)

 The tag ID and the RSSI value of the beacon tag are transmitted to the industrial beacon AP (2.4 GHz installed RTLS AP) or the general-purpose beacon AP (2.4 GHz outlet RTLS AP) having a predetermined distance reading range.

The beacon AP 780 receives the Tag ID and the RSSI value from the beacon tag 710-2 attached to the tracking object of the person and transmits the Tag ID and the RSSI value to the RTLS server of the secure communication service server 730, , Wi-Fi communication, and supports Ethernet (Ethernet) and TCP / IP communication.

The beacon AP 780 includes a GPS receiver, a Wi-Fi communication unit, supports TCP / IP communication, receives Tag ID and RSSI values from the beacon tag 710-2, To the RTLS server of the safety assisting server server 730 equipped with the RTLS position positioning engine.

The beacon AP 780 includes a wireless transceiver unit 781 using an antenna for receiving a Tag ID and an RSSI value of the beacon tag 710-2 from the beacon tag at regular intervals and a 2.4 GHz BLE communication unit; A control unit 782 for controlling the Tag ID and RSSI value of the beacon tag 710-2 and the location information of the beacon AP to be transmitted when the beacon tag 710-2 is detected; A GPS receiver 783 connected to the control unit 782 and receiving GPS position information of the beacon AP 780; A storage unit 784 connected to the control unit 782 for temporarily storing the Tag ID and the RSSI value of the beacon tag 710-2 and the beacon AP position information when the beacon tag is detected; A Wi-Fi communication unit 787 connected to the control unit 782; And an Ethernet connection unit 789 connected to the control unit 782. The beacon AP 780 may further include a timer connected to the control unit 782.

The RTLS server locates and tracks the beacon tag 710-2.

In the second embodiment, the tracking of the beacon tag 710-2 attached to a person to be tracked, and the tag ID and RSSI value of the beacon tag 710-2, Based on the information provided from the beacon APs 780, the RTLS server of the safety assurance service server 730 has a Real Time Location Service (RTLS) positioning engine that locates the location of the beacon tag by triangulation.

The GIS server 740 connected to the RTLS server of the secure and companion service server 730 displays the location and movement route information of the beacon tag 710-2 by time zone on the 2D / 3D map of the service area, POI (Point Of Interest) information is displayed on the GIS map.

When the infrastructure based beacon technology is applied, for example, card-shaped beacon tags are used, and the RTLS server of the security service server basically uses the triangulation method for three beacon APs and positions of beacon tags .

In applying beacon technology based on the infrastructure, the beacon-based location positioning technique can use a beacon post and a polygonal surveying method depending on the cell-building characteristics. When the distance between the beacon tag 710-2 and the beacon AP 780 is 5 m or less Near-post measurements, triangles for 5 to 10 m, quadrangles for 10 to 20 m, and pentagonal or hexagonal for 20 m or more.

For example, use a nearest post survey on the beacon tag at the entrance to the service area and at the exit beacon AP.

Based on the beacon technology based on the infrastructure, the beacon-based location positioning technology uses a 3 + 1 positioning algorithm that applies three basic positioning techniques and one assistive technology for beacon AP positioning and correction of the beacon tag attached to the smart device And it is possible to obtain a more accurate position by applying the multi-complex positioning algorithm under the recognition of spatial characteristics.

The three basic positioning techniques are as follows: 1) the tag ID of the beacon tag recognizes the nearest node, 2) the RSSI value is converted to the position using relative signal strength, and 3) the direction is the characteristic of the directional antenna of the beacon scanner To convert the position.

As described above, the method of the present invention can be implemented as a program and recorded on a recording medium (CD-ROM, RAM, ROM, memory card, hard disk, magneto-optical disk, storage device, etc.) Lt; / RTI >

While the present invention has been described in connection with what is presently considered to be practical exemplary embodiments, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, It will be understood that various modifications and changes may be made without departing from the scope of the present invention.

710: Beacon tags (badge and card type tags, wristwatch type tags, other tags)
720: Smart device (smartphone or smart pad)
730: Secure Relay Service Database Server
740: GIS server
710-2: Beacon tag attached to a person's tracking target
780: Beacon AP

Claims (13)

A device based beacon technology, comprising: a plurality of beacon tags installed at predetermined distance intervals for each point of a base point in a service area including a dangerous area, a bad area, and a vulnerable area;
A beacon receiver for recognizing a beacon tag installed for each point in a base area of a service area, a beacon receiver for recognizing a beacon tag installed for each point in a service area, A smart device that transmits a beacon tag ID and an RSSI value to a secure connection service server through an App function; And
A beacon tag ID and an RSSI value from a beacon tag installed for each point in the service area of the service area through the smart device and tracks the location and movement path of the user according to the location of the beacon tag according to time, An alarm is generated through the app of the smartphone of the designated phone number of the guardian through the path for the set path outage or the abnormal occurrence of the unexpected movement in the fixed area for a long time or the short message is transmitted to the designated phone number of the guardian A security assisting service server,
When beacon based positioning technology is applied to infrastructure based beacon technology, it can use beacon post and polyplane based on cellplanning characteristics. If distance between beacon tag and beacon AP is less than 5m, nearest post measurement, 5 ~ 10m Use a quadrangular survey for 10 to 20 meters, a 5-point survey or a hexagonal survey for 20 meters or more, and a nearest post survey for beacon tags at the exit and exit beacon APs of the service area In addition,
A GIS server connected to the RTLS server of the secure and cooperative service server displays the location and movement route information of the beacon tag included in the smart device according to the time slot on a 2D / 3D map of the service area, ) Beacon-based secure and cooperative service system that displays information. The method according to claim 1,
A GIS server connected to the safe and companion service server and displaying a location of a plurality of beacons installed for each point of the service area in the service area and a location and a travel path of the recognized user based on the beacon tag in the service area, Further comprising a beacon-based secure companion service system. The method according to claim 1,
Further comprising a CCTV system having a digital video storage (DVR) interlocked with at least one camera. The method according to claim 1,
The smart device includes a smart phone and a smart pad having a Bluetooth communication unit and a GPS receiver, and the application for the beacon-based safety assistance service includes a user registration, a service area registration, A service area selection screen is provided, a route in the service area is selected,
'User Registration' is used to input user name, contact information, contact information of two or more guardians,
The user registration information can be increased or decreased as needed. The registered information once used can be used in other areas. The user can authenticate the telephone number through the mobile phone authentication service,
'Select service area' can be set up by user's mobile phone number, adding service area, setting main / secondary route (selecting map path tag), setting alarm time (3 min. Agreement) display window, and has an activation button (Bluetooth, data) and a modification and storage button. The method according to claim 1,
Wherein the beacon tag uses a 2.4 GHz beacon tag when applying device based beacon technology. The method according to claim 1,
Wherein the beacon tag is installed at a point of 50 m per point of the base area in the service area. As an infrastructure based beacon technology, a beacon tag attached to a tracking object of a person;
Receives tag ID and RSSI value from the beacon tag, transmits it to the RTLS server of the secure relay service server together with the location information of the beacon AP, supports Bluetooth communication and Wi-Fi communication, supports Ethernet and TCP / IP communication A plurality of beacon APs installed for each point in the service area location; And
An RTLS server having a Tag ID and an RSSI value of the beacon tag from the at least one beacon AP, location information of the beacon AP, and an RTLS location positioning engine for positioning the location of the beacon tag by the web server and triangulation, And a beacon information management unit for tracking the location and movement path of the beacon tag of the user according to the time, and a smartphone of a designated phone number of the protector, And a security assisting service server for generating an alarm through an app of the caregiver or transmitting a short message to a designated phone number of a guardian,
The beacon tag attached to the tracking object of the person includes a card-attached tag (13.56 MHz, 2.4 GHz Dual Tag), an asset tag (900 MHz, 2.4 GHz Dual Tag), and a battery type tag (2.4 GHz BLE dedicated Tag)
The Tag ID and the RSSI value of the beacon tag are transmitted to an industrial beacon AP (2.4 GHz installed RTLS AP) or a general-purpose beacon AP (2.4 GHz outlet RTLS AP) having a predetermined distance reading range,
Displays the location and movement route information of the beacon tag included in the smart device in the time zone on the 2D / 3D map of the service area by the GIS server connected to the RTLS server of the secure visiting service server, displays the POI information And
The RTC service server includes a Web server, a database server, an RTLS server, and a beacon tag information management unit. The RTLS server locates and tracks a beacon tag measured by triangulation, The user's location and movement route are tracked according to the position of the user's beacon tag according to the location of the user, ), Sends a short message to the designated telephone number of the guardian,
When beacon based positioning technology is applied to infrastructure based beacon technology, it can use beacon post and polyplane based on cellplanning characteristics. If distance between beacon tag and beacon AP is less than 5m, nearest post measurement, 5 ~ 10m Use a quadrangular survey for 10 to 20 meters, a 5-point survey or a hexagonal survey for 20 meters or more, and a nearest post survey for beacon tags at the exit and exit beacon APs of the service area Beacon-based security assurance service system. 8. The method of claim 7,
Further comprising a GIS server connected to the secure-by-complying service server and displaying a location and a movement path of the recognized beacon tag based on the beacon tag of the service area on a map. 8. The method of claim 7,
Further comprising a CCTV system having a digital video storage (DVR) interlocked with at least one camera. delete 8. The method of claim 7,
One beacon AP
A wireless transceiver using an antenna for receiving a Tag ID and an RSSI value of a beacon tag from the beacon tag at regular intervals and a 2.4 GHz BLE communication unit;
A controller for controlling the Tag ID and the RSSI value of the beacon tag and the location information of the beacon AP to be transmitted when the beacon tag is detected;
A GPS receiver connected to the controller and receiving location information of the beacon AP;
A storage unit connected to the controller for temporarily storing Tag ID and RSSI value of the beacon tag and location information of the beacon AP when the beacon tag is sensed;
A Wi-Fi communication unit connected to the control unit; And
And an Ethernet connection unit connected to the control unit.

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