KR101852056B1 - Location-based Additional Service Providing System Using Beacon Integrated Video Image Photographing Device - Google Patents

Abstract

The present invention relates to a system for providing a location-based supplementary service using a beacon module and a beacon-integrated image capturing apparatus capable of commonly supplying a commercial power source to an image capturing module, At least one wearable device (100) for transmitting the unique identification information wirelessly or wirelessly transmitting preset event information according to a user's operation; The wireless communication device (100) according to claim 1, wherein the wearable device (100) is connected to the wearable device (100) in a predetermined unique identification area to wirelessly receive the unique identification information and at least one event information, At least one or more beacon integrated imaging devices 200 for adding at least one additional control signal to a video signal photographed in real time and transmitting the combined signal to a switch hub 500 connected to the communication network 1000 or the communication network 1000, Wow; At least one image recorder (400) and a monitor (600); And controls the operation of each of the beacon-incorporated image capture device 200 and the image recorder 400. The beacon-integrated image capture device 200 receives the beacon- And a master and slave servers (700a, 700b) for transmitting the master server and the slave servers to at least one external server set in advance.

Description

Technical Field [0001] The present invention relates to a location-based additional service providing system using a beacon-

The present invention relates to a system for providing a location-based supplementary service using a beacon-integrated image capturing apparatus, and more particularly, to a system for individually or interlocking a conventional beacon or image capturing apparatus by integrating a beacon module and an image capturing module, The present invention relates to a location-based supplementary service providing system using a beacon-integrated image capturing apparatus.

CCTV (Closed Circuit TV) is generally called a closed circuit TV, which is a concept opposite to the open TV (a video transmission method that transmits image information to an unspecified number of people) that we watch at home. CCTV transmits image information to a specific recipient for a specific purpose, and mainly uses a video transmission method by wire.

The CCTV is composed of an object to be photographed, an imaging system that captures the object and changes to an electric signal, a transmission system that transmits the electric signal to a remote place, and an aqueous system that reproduces and displays the transmitted video signal. One of the biggest CCTV systems is CCTV cameras because one CCTV system needs one to dozens or fewer cameras. The type of the lens and the filter are different according to the purpose of the CCTV camera. That is, whether or not to employ a monochrome camera and a color camera should be selected, and the sharpness of image quality depends on the number of pixels. There are also various types such as low-light or infrared camera used for night surveillance.

On the other hand, based on Bluetooth low energy (BLE) technology, various services are being developed in the IT industry using beacons that detect smart devices within a short distance and provide various information and services. Beacons themselves serve as a reference point And actual information transmission is based on short distance communication technologies such as Bluetooth and infrared. Depending on the type of signals to be transmitted, it can be classified into low frequency beacons, LED beacons, Wi-Fi beacons, and Bluetooth beacons. Since the announcement of Apple's beacon technology, iBeacon, in June 2013, beacon technology based on Bluetooth low energy (BLE) is generally called beacon. This technology corresponds to a short-range wireless communication technology using a Bluetooth 4.0-based protocol.

Such a beacon can operate with a small amount of packet transmission, does not require pairing to connect the two devices, and can communicate at low power. Therefore, it can recognize the position at a low cost compared to other short-range wireless communication technologies, 50m of distance communication, and can locate the device within 5cm of error range. Since it is possible to provide one-to-many and many-to-many services, various active services such as advertisement and information transmission, home automation, Can be provided.

In recent years, CCTV systems using beacons have been developed in a large number. For example, Korean Patent Registration No. 10-1002130 discloses a method of acquiring and providing image information on a protected object and surroundings, It is possible to quickly take appropriate measures in accordance with the situation even if an emergency situation occurs in the protected mobile object and also to provide a video image of the perpetrator and the crime scene An image-based moving object position determination method using an interworking of an RFID and a network CCTV capable of acquiring information, and a portable RFID tag for a mobile object therefor.

Also, Korean Patent Registration No. 10-1501032 discloses a method of collecting customer information and providing various services and information only when the customer selects the customer, thereby protecting the customer's personal information, respecting the option, It provides excellent security by providing service using company internal network instead of network, and it is possible to process data immediately without delaying information processing even when a large amount of information intersects. A service providing system using a beacon capable of providing a shortest path using a product to be purchased and a service providing method using the same.

In addition, Korean Patent Registration No. 10-1509195 discloses a method of receiving information from various types of beacons in a user-owned electronic device and transmitting the information to a disaster prevention system server, thereby enabling crime prevention and disaster prevention in various indoor situations, A space-based crime prevention and disaster prevention system, a server, and a method for providing the same using a beacon capable of efficiently capturing an image in a blind spot by effectively controlling a camera disposed with reference to map information set in advance .

Korean Patent Laid-Open Publication No. 10-2016-0127954 discloses a mobile terminal capable of tracking a location and an image at a guardian terminal even if the socially weak person does not have a mobile terminal, and transmits a signal periodically at a beacon even if there is no voluntary action. It is possible to track the position and monitor the position of the protected person, map the personal information of the protected person having the beacon to the photographed data and the information of the protected person, and tag the beacon data to synchronize with the time and place, A beacon that can be searched and a method of providing a CCTV fusion location control service are described.

However, in the conventional technologies described above, a small battery having a lifetime of about one to two years is used for power supply of each beacon installed in the vicinity of the CCTV system. When the life of the battery is over, It is not easy to know, and there is a problem that it is not possible to receive desired additional information or additional services such as crime facts at a necessary point.

In addition, when there is a problem in a server system storing video data captured by a beacon and a CCTV system, it can not be backed up in real time without interruption, and there is a problem that recording of video data at a really necessary time may be interrupted .

Korean Registered Patent No. 10-1002130 (December 10, 2010) Korean Registered Patent No. 10-1501032 (Mar. 04, 2015) Korean Registered Patent No. 10-1509195 (March 31, 2015) Korean Patent Publication No. 10-2016-0127954 (November 07, 2016)

SUMMARY OF THE INVENTION The present invention has been made in order to solve the problems of the conventional art described above, and it is an object of the present invention to provide a beacon module integrated with a beacon module and a beacon- Based additional service providing system.

Another object of the present invention is to provide a beacon-type image capturing apparatus capable of transmitting its own emergency situation in a wired or wireless manner in a specific identification area provided with a beacon- Based additional service providing system.

It is still another object of the present invention to provide a master and slave server system for performing a preset control operation according to contents of an additional control signal included in a video signal transmitted from a beacon- The present invention provides a system for providing location-based supplementary services using a beacon-type image capturing apparatus which can be operated simultaneously while actively operating one of the two, and the other can be operated passively.

The system for providing a location-based supplementary service using the apparatus for photographing a beacon-integrated type according to the first embodiment of the present invention has predetermined identification information (ID), transmits the unique identification information wirelessly, At least one wearable device (100) for wirelessly transmitting preset event information according to an operation; The wireless communication device (100) according to claim 1, wherein the wearable device (100) is connected to the wearable device (100) in a predetermined unique identification area to wirelessly receive the unique identification information and at least one event information, At least one or more beacon integrated imaging devices 200 for adding at least one additional control signal to a video signal photographed in real time and transmitting the combined signal to a switch hub 500 connected to the communication network 1000 or the communication network 1000, Wow; At least one image recorder (400) for recording image data transmitted through the communication line network (300); At least one monitor (600) connected to the image recorder (400) and displaying image data recorded in the image recorder (400); And controls the operation of each of the beacon-incorporated image capture device 200 and the image recorder 400. The beacon-integrated image capture device 200 receives the beacon- And a master and a slave server (700a, 700b) for transmitting the master server and the master server to at least one external server set in advance.

In addition, the system for providing a location-based supplementary service using the beacon-incorporated image capturing apparatus according to the second embodiment of the present invention has preset unique identification information (ID), and transmits the unique identification information wirelessly, At least one wearable device (100) for wirelessly transmitting preset event information according to an operation; The wireless communication device (100) according to claim 1, wherein the wearable device (100) is connected to the wearable device (100) in a predetermined unique identification area to wirelessly receive the unique identification information and at least one event information, At least one or more beacon integrated imaging devices 200 for adding at least one additional control signal to a video signal photographed in real time and transmitting the combined signal to a switch hub 500 connected to the communication network 1000 or the communication network 1000, Wow; At least one image recorder (400) for recording image data transmitted through the communication line network (300); At least one monitor (600) connected to the image recorder (400) and displaying image data recorded in the image recorder (400); And controls the operation of each of the beacon-incorporated image capture device 200 and the image recorder 400. The beacon-integrated image capture device 200 receives the beacon- And a master and a slave server (700a, 700b) for transmitting the master server and the master server to at least one external server set in advance; Each of the beacon integrated-type imaging apparatuses 200 has a predetermined unique identification information (ID), and has a wired or wireless emergency bell having a first call bell for voice communication and a first mutual-talk speaker And the voice communication unit 740 installed in the disaster prevention room is provided with a second call bell for voice initiation and a second mutual talk type speaker so that a voice between the user who presses the wired or wireless emergency bell and the manager of the disaster prevention room And a communication channel capable of making a call is formed.

According to the above-described system for providing a location-based supplementary service using the beacon-integrated image capturing apparatus according to the present invention, a commercial power source can be commonly supplied to the beacon module and the image capturing module, which are integrally implemented, And the maintenance and repair costs can be relatively reduced.

In addition, it is possible to transmit the emergency situation of the user in a wired or wireless manner in a specific unique identification area provided with a beacon-integrated video photographing apparatus having or not carrying a wearable apparatus, If a danger occurs or a fire occurs in a specific identification area or a dangerous situation occurs, the information can be provided to the relevant related authorities while automatically providing predetermined light signals and voice signals.

In addition, a master and a slave server system for controlling the recording or display of a video signal may be simultaneously operated by executing a preset control operation according to the content of the additional control signal added to the video signal transmitted from the beacon- There is no loose time according to the mission shift between the master and the slave server, and thus reliability of the location-based additional service can be improved.

FIG. 1 and FIG. 2 are block diagrams of a system for providing a location-based supplementary service using the apparatus for photographing a beacon-integrated type according to the first preferred embodiment of the present invention;
FIG. 3 is a block diagram schematically showing the beacon-integrated imaging apparatus shown in FIGS. 1 and 2; FIG.
FIG. 4 is a block diagram of the beacon-integrated type imaging apparatus shown in FIG. 1 and FIG. 2;
5 is a diagram showing a format of a video signal to which an additional control signal is added to a video signal of one frame unit of the video processing control unit shown in FIG. 4;
FIG. 6 is a block diagram of a system for providing a location-based supplementary service using a beacon-incorporated image capturing apparatus having a manual voice call function according to a second preferred embodiment of the present invention.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings and accompanying drawings, but the present invention is not limited to or limited by the embodiments.

As used herein, terms used in the present invention are selected from general terms that are widely used in the present invention while taking into account the functions of the present invention, but these may vary depending on the intention or custom of a person skilled in the art or the emergence of new technologies. In addition, in certain cases, there may be a term arbitrarily selected by the applicant, in which case the meaning thereof will be described in the description of the corresponding invention. Therefore, it is intended that the terminology used herein should be interpreted based on the meaning of the term rather than on the name of the term, and on the entire contents of the specification.

≪ Embodiment 1 >

FIG. 1 and FIG. 2 are block diagrams of a system for providing a location-based supplementary service using a beacon-integrated image capturing apparatus according to a first preferred embodiment of the present invention.

1 and 2, a system for providing a location-based supplementary service using a beacon-integrated image capturing apparatus according to a first preferred embodiment of the present invention includes at least one wearable device 100, a plurality of beacon- One or more video recorders 400, a switch hub 500, one or more monitors 600, a pair of master and slave servers 700a and 700b, The wireless communication system 100 further includes a wireless communication device 100 and a wireless communication device 100. The wireless communication device 100 further includes a wireless communication device 100 and a wireless communication device 100. The wireless communication device 100 further includes a wireless communication device 100, can do.

As shown in FIGS. 1 and 2, each wearable device 100 has predetermined identification information (ID), and stores unique identification information and predetermined event information (for example, emergency situation, fire A smart tag, an electronic label, an RFID (radio identification), an NFC card, an NFC bracelet, an NFC epoxy, a Smart Grass, a smart band, and a smart band are wirelessly transmitted in a preferred embodiment of the present invention. It is preferable that any one selected from a smart watch, a smart phone, and a tablet is used.

In addition, each of the beacon-integrated imaging apparatuses 200 performs short-range wireless communication with any wearable device 100 in a predetermined identification area to receive unique identification information and one or more event information in a wireless manner, In real time, the respective unique identification regions provided with the wearable apparatus 100 of FIG.

As shown in FIG. 3, each of the beacon integrated-type imaging devices 200 includes a beacon module 200a that recognizes unique identification information of each wearable device 100 and preset event information in a wireless manner, An image capturing module 200b for transmitting a video signal capturing an object shape and a motion in a predetermined unique identification area, and a camera unit 200b A fire, and an alarm detection sensor 230 for selectively detecting a temperature, a fire, and an alarm to detect an abnormal situation when a preset threshold value is exceeded, (Noise level) of a unique identification area and detects an emergency situation when a preset threshold value (for example, 70 dB) is exceeded, a position , An LED warning light 250 for outputting a preset emergency light for a predetermined time when the first to third event information is generated, A voice signal is received or a pre-stored voice signal corresponding to each abnormal situation (for example, "emergency report is reported to the police station" or " And a microphone-combined speaker 260 for outputting the set time.

However, in the first and second preferred embodiments of the present invention, the beacon module and the image pickup module supply power from one power supply unit 900. However, in the first and second preferred embodiments of the present invention, It is preferable to be integrated into one PC board so as to be received.

As shown in FIG. 4, each of the image capturing modules 200b includes a camera 210 for transmitting a video signal capturing an object shape and a motion in a predetermined unique identification area, And controls the operation of the LED intermittent light 250 and the microphone combined speaker 260 so as to correspond to the event information and transmits one or more additional control signals transmitted from the beacon module 200a to the video signal transmitted from the camera 210 And the temperature sensing information, the power sensing information, and the noise sensing information sensed by the respective sensors 230, 230, and 290 are added and transmitted, And an image processing control unit 270 for controlling the operation of the camera 210 according to the user's control.

Here, as shown in FIGS. 1 and 2, the cameras 210a to 210c continuously photograph images or the like on a certain space (for example, a parking lot, a main entrance, a children's playground, an elevator, (CCTV) that can transmit information to a specific place through a communication line network such as a wired / wireless closed circuit, or a network camera that captures an image based on a network infrastructure.

The cameras 210a to 210c may be installed so that all or a major part of the cameras 210a to 210c can be viewed and well-recognized. The cameras 210a to 210c may have high resolution, and the number of cameras and the number of monitors of the image recorder may be the same.

5, the image processing control unit 270 receives the vertical synchronizing signal and the horizontal synchronizing signal at the end of the video signal of one frame unit photographed by each of the cameras 210a to 210c, To process one or more various additional control signals transmitted from the control unit 200a.

In the preferred embodiment of the present invention, each beacon integral type image capturing apparatus 200 detects the movement of a person or object as a subject through a motion detection sensor (not shown), and the direction of the camera 210 is detected by a PAN / TILT motor And a PAN / TILT function and a motion detection function for driving the camera using a camera (not shown).

The image signal to which the additional control signal detected by the beacon module 200a generated by the beacon-integrated image capturing apparatus 200 is added is transmitted to the communication line network 300 (FIG. 1) as in the first embodiment of the present invention shown in FIGS. Or may be transmitted to the switch hub 500 through the wireless communication network 1000 as in the second embodiment of the present invention shown in FIG.

First, the communication line network 300 provides a wired communication line for transmitting or receiving data to / from the beacon-incorporated image capturing apparatus 200. When a coaxial cable is used as shown in FIG. 1, A transmission repeater 310a, 310b, 310c provided at an output terminal of the integrated video imaging apparatus 200 for reproducing an output signal of each of the beacon-integrated video imaging apparatuses 200, The coaxial cable 320 is installed between the output ends of the coaxial cables 320 and the input ends of the switch hub 500 so as to connect the output signals of the coaxial cables 320 to the output terminals of the repeater 310a, And a receiver repeater 330 for reproducing and outputting a strong signal strength.

As shown in FIG. 2, when an optical cable is used, a first optical splitter 360a is provided at an output end of each beacon-integrated video image pickup apparatus 200 to decompose a plurality of video signals according to the number of monitors. An optical switch 370 provided at an input end of the switch hub 500 for switching the optical path if necessary and a plurality of optical switches 370 provided at input ends of the optical switches 370, And an optical cable 390 installed so as to connect the first optical distribution devices 360a, 360b, 360c and the optical switch 370. The first optical distributor 360a, the second optical distributor 360b,

1 and 2, the switch hub 500 is connected between the communication line network 300 and the image recorder 400 and includes at least one image recorder 400 connected to the communication line network 300, To allow simultaneous exchange of data frames.

1 and 2, the image recorder 400 records image data transmitted through the communication line network 300. The image recorder 400 must maintain a clear image quality at the time of recording, It is desirable to have a product capable of maintaining the initial picture quality state that is possible even if it is reproduced. In recent years, the image recorder has a digital video recorder (DVR) that captures an analog signal input from the image capturing module 270 on a capture board, converts the analog signal into a high-quality digital signal on a hard disk (HDD) Is preferably used.

The monitor 600 is connected to the image recorder 400 and displays the image data recorded in the image recorder 400. The monitor 600 selects a place where sunlight or light is not directly incident on the monitor, It is desirable to install it.

Meanwhile, an image selector (Auto Selector or Switcher) or a Video Distribution Amplifier (VDA) may be installed between the beacon-integrated image capturing apparatus 200 and the monitor 600.

Here, the image selector is a device for selecting or switching two or more cameras to one monitor, and automatically or manually selects a video signal of the camera and transmits the video headless end to the TV HEAD END. Generally, 2 ~ 8 input and 1 output I / O circuits are composed, and the automatic video switching interval has a delay within a few seconds.

In addition, the video distributor divides the video signal according to the monitor quantity when monitoring the camera image on a plurality of monitors, and distributes and amplifies the camera video signal to the digital video surveillance recorder and the TV HEAD END. Generally, input / output circuit and power supply are one input and two output circuits, and power supply can use AC 220V, 60HZ.

On the front side of the monitor 600, a quad may be installed to divide the image of four cameras into four parts on a monitor so that simultaneous monitoring is possible. Since a maximum of four images are divided into one screen, It is appropriate to use a monitor.

The master or slave servers 700a and 700b respectively control the operations of the beacon-incorporated imaging device 200 and the video recorder 400. The master or slave servers 700a and 700b control the operations of the beacon- And controls the pop-up function of the monitor 600 according to the content of the additional control signal included in the additional control signal, and transmits preset event data corresponding to the contents of the additional control signal to at least one or more external servers (112 server, 119 server, Etc.).

The database 800 is connected to the master or slave servers 700a and 700b and stores unique identification information of the wearable device 100 carried or worn by each user, The unique identification area information of the place where the integrated video image pickup apparatus 200 is installed and the address where the video data information outputted from the beacon-incorporated video image pickup apparatus 200 are stored and controls the master or slave servers 700a and 700b Accordingly, updates such as addition, deletion, and change of stored data are processed in real time.

number Unique Identification Number Code Wearable user Guardian contact Unique Identification Area Code emplacement Event information  Event Details One 0000 Hong Gil Dong 010-123-4567 0100 entrance 1100 First event information 2 0001 Kim Cheol-Soo 010-456-8901 0101 rooftop 1101 Second event information 3 0010 Move 010-789-2345 0110 Parking B1 1110 Third event information 4 0011 Choi Young 010-123-6789 0111 Parking B2 1111 Fourth event information

The power supply unit 900 includes a first power supply unit 900a and a second power supply unit 900b and includes a beacon-type image capturing apparatus 200, a video recorder 400, a switch hub 500, (600), and master and slave servers (700a, 700b), respectively, and supplies them. In the preferred embodiment of the present invention, as shown in FIG. 4, a commercial power source provided from the outside is rectified by a rectifier 910, and a power adjusted to AC 5 to 24 V through a first power regulator 920 is applied to each video And supplies power to the beacon module 200a via the second power controller 930. The beacon module 200a supplies power to the beacon module 200a.

At this time, a switch SW01, which is controlled to be switched under the control of the image processing controller 270, is installed at the input terminal of the beacon module 200a and the output terminal of the two second power controller 930. [

The first power supply unit 900a of the power supply apparatus 900 supplies power to the master server 700a and the second power supply unit 900b supplies power to the slave server 700b, And the slave server 700a and the slave server 700b maintain a power-on state, respectively, which is supplied power independently from an independent power supply unit.

The master server 700a and the slave server 700b simultaneously receive power from the first or second power supply units 900a and 900b and perform predetermined active or manual operations. On the contrary, when the master server 700a operates passively in a power-on state, the slave server 700b operates in a power-on state , So that if any server actively operates, the other server is automatically set to operate manually.

In the preferred embodiment of the present invention, the active operation is performed such that the master server 700a or the slave server 700b receives data transmitted from the beacon-incorporated imaging device 200 or the external server, Passive operation means that the master server 700a or the slave server 700b is set to receive only the data transmitted from the beacon-contained imaging device 200 or the external server, respectively.

Meanwhile, it is preferable that a mother board (not shown) connecting the master server 700a and the slave server 700b is formed in a back plate shape connecting the master server 700a and the slave server 700b in common, 1 power supply unit 900a or the second power supply unit 900b.

≪ Embodiment 2 >

FIG. 6 is a system for providing a location-based supplementary service using a beacon-integrated image capturing apparatus according to a second preferred embodiment of the present invention. Referring to FIG. 2, a beacon-integrated image capturing apparatus according to a second preferred embodiment of the present invention Based additional service providing system includes at least one wearable device 100, a plurality of beacon-integrated image capturing devices 200, one or more wireless emergency bells 110 to 140, a wireless communication network 1000, One or more video recorders 400, a switch hub 500, one or more monitors 600, master and slave servers 700a and 700b, an audio controller 710, a signal distributor 720, an NFC controller 730, a voice communication unit 740, and a power supply unit 900.

The beacon integrated imaging device 200, the at least one image recorder 400, the switch hub 500, and the at least one image recorder 400. In the present embodiment, The one or more monitors 600 and the master and slave servers 700a and 700b and the power supply 900 are used in the same way, but instead of the wired emergency bell, one or more of the wireless emergency bells 110-140, A communication network 1000 and a communication network 1000 are not installed in the communication network 1000 and only one communication network 100 is installed.

Here, each of the wireless emergency bells 110 to 140 has predetermined identification information (ID), and a call bell for starting a voice call and a mutual-call type for making a voice call by the operation of the receiver Each of the voice communication devices 740 installed in the disaster prevention room is provided with an incoming call bell and a mutual incoming call speaker, and the master or slave servers 700a and 700b installed in the disaster prevention room respectively PDU 350 between the wireless emergency bell 110-140 and the voice communication unit 740. The voice communication unit 740 controls the audio communication unit 710 and the voice communication unit 740 in order to make a voice call through the ACU /

In addition, each of the beacon-integrated imaging apparatuses 200 performs short-range wireless communication with any wearable device 100 in a predetermined identification area to receive unique identification information and one or more event information in a wireless manner, 5, adds the additional control signal to the video signal, and transmits the additional control signal to the switch server 500 using the communication network 1000 send.

Hereinafter, the operation of the system for providing a location-based supplementary service using a beacon-integrated image capturing apparatus according to a preferred embodiment of the present invention will be described with reference to the accompanying drawings.

1. Additional service operation for automatic setup

A user who carries or wears any wearable device 100 can use a specific unique identification area (for example, a beacon-integrated image capturing device 210a in Fig. 1 and Fig. 2) in which a certain beacon- The beacon-integrated image capturing apparatus 210a transmits the image signal of the corresponding unique identification region in real time to the corresponding woolean device 100a detected by the beacon module 200a Such as the unique identification information of the beacon integrated image capturing device 210a or the unique identification information of the beacon integrated image capturing device 210a to the switch hub 500 and the master server 700a via the communication line network 300 or the communication network 1000, The additional control signal is transmitted to the beacon-integrated image capturing apparatus 200 or the surroundings of the beacon-integrated image capturing apparatus 200 or around the beacon- 0.0 > 0, < / RTI > periodically sensed temperature, power, and noise values may also optionally be included.

On the other hand, the master server 700a transmits parent terminal information (for example, a smart phone, a web site, an IP address, etc.) according to unique identification information, a unique identification area, a temperature, (E.g., a TV, a wired TV, and the like) and an additional service manual (for example, the current position information or the current position information is notified to the person in charge of the local police station) To perform additional services.

The image signal transmitted by the beacon-integrated image capturing apparatus 200 through the communication line network 300 or the communication network 1000 is recorded in the image recorder 400 installed in the disaster prevention room under the control of the master server 700a And can be reproduced through the monitor 600, so that the operator of the disaster prevention room can confirm the video signal photographed by the beacon-incorporated image capturing apparatus 200 when necessary.

Accordingly, the guardian of the user having the optional wearable device 100 can access the preset supplementary service manual when the user enters or is located at a specific place such as an apartment, a school, or a school where the beacon- The location of the user can be checked accordingly.

2. Additional service operation for emergency situation using wearable equipment (1)

A user having an optional wearable device 100 can recognize a specific beacon-integrated image capturing apparatus 200 in which a specific beacon-incorporated image capturing apparatus 200 is installed (for example, a wireless communication apparatus 200 shown in Figs. 1 and 2) When a specific event signal (for example, any key of the smartphone is pressed three or more times in succession) occurs in a state where the beacon-integrated video image capture device 210a is in the detection or photographable area), the beacon- The beacon module 200a adds the unique identification information of the corresponding weldable device 100 and a second event signal indicating the occurrence of an emergency situation to the video signal photographed in real time on the communication line 300, Or the communication network 1000 to the master server 700a.

On the other hand, the master server 700a senses the unique identification information included in the additional control signal included in the video signal and the second event signal, and judges that the user carrying or wearing the wearable device 100 is in an emergency And controls the image processing controller 270 of the image capturing module 200b to output a pre-set beacon signal through the LED beacon light 250 installed in the beacon- (For example, a smart phone, a web site, an IP TV, a wired TV, etc.) corresponding to the unique identification information and an additional service manual (for example, And transmits the current position information and / or the video signal to the protector terminal or the current position information and / or the video signal transmission to the local police representative) After checking, you can run additional services that you can take your done about the emergency.

The video signal transmitted from the beacon-integrated video image pickup apparatus 200 to the switch hub 500 through the communication line network 300 or the communication network 1000 is transmitted to the switch hub 500 via the video Recorded by the recorder 400 and reproduced through the monitor 600, so that the operator of the disaster prevention room can check the video signal photographed by the beacon-

Accordingly, a user who wears or wears any wearable device 100 can be provided with a pre-set portion while staying in a certain place such as an apartment, a school, or a schoolhouse where the beacon- According to the service manual, not only the emergency situation of the user can be notified to the guardian terminal set in advance but also the user of the guardian terminal can also check the video signal photographed at the specific place.

3. Additional service operation for emergencies using wireless emergency bell (2)

6, when a user who does not have any wearable device 100 is in an emergency, a specific unique identification area (for example, a beacon-integrated type) in which any beacon- When the beacon-type image capturing apparatus 210a is pressed or pushed on a pole or a support provided on a support in a state where the beacon-type image capturing apparatus 210a enters a wireless sensing or photographable area where the image capturing apparatus 210a is installed or is located, The beacon-integrated image capturing device 210a transmits the unique identification information of the corresponding wetproof device 100 detected by the beacon module 200a to a video signal of the corresponding unique identification area in real time, and a third event signal To the switch server 500 and the master server 700a through the communication line network 300 or the communication network 1000. [

On the other hand, the master server 700a determines that the user pressing the emergency emergency bell 220 is in an emergency, and controls the image processing control unit 270 of the image capturing module 200b to transmit the beacon- Not only a pre-set beep signal is output through the LED beacon light 250 installed in the speaker 210a, but also a predetermined warning beep is output through the microphone-combined speaker 260, and unique identification information and an event signal are detected, (For example, a smart phone, a web site, an IP TV, a wired TV, etc.) corresponding to the information and an additional service manual (for example, (E.g., current location information and / or video signal transmission) to the pre-stored database 800 and then execute an additional service The.

The image signal transmitted by the beacon-incorporated image capturing apparatus 210a through the communication line network 300 or the communication network 1000 is recorded in the image recorder 400 installed in the disaster prevention room, So that the operator of the disaster prevention room can confirm the video signal photographed by the beacon integral type image capturing apparatus 210a when necessary.

On the other hand, when the wired and wireless emergency bell 220 has the outgoing call bell and the mutual outgoing outgoing loudspeaker, and the voice communication provided with the incoming call bell and the mutual outgoing call loud speaker is installed in the disaster prevention room , And a voice call between the user who pressed the wireless emergency bell 220 and the manager in the disaster prevention room is also possible.

Accordingly, a user who does not have any wearable device 100 can stay in a specific place such as an apartment, a school, or a school where the beacon-incorporated video photographing apparatus 210a is installed when the user himself / herself is in an emergency, It is possible not only to inform the emergency terminal of the user of the emergency situation by using the bell but also to check the video signal photographed at the specific place by the user of the parent terminal.

4. Additional service operation for emergencies using wireless emergency bell (3)

As shown in FIG. 5, when a user who does not have any wearable device 100 has an emergency, a specific unique identification area (for example, a beacon- When the wireless emergency bell 110 to 140 installed in the pole or the supporting frame supporting the beacon-type image capturing apparatus 200 is pressed in a state where the beacon-type image capturing apparatus 200 is in the wireless sensing or photographing area where the image capturing apparatus 200 is installed, / PDU 350 to establish a call channel with the voice caller 740 installed in the disaster prevention room and to make a necessary call between the disaster prevention room administrator and the user who pressed the emergency call button 140.

Accordingly, a user who does not have any wearable device 100 can stay in a specific place such as an apartment, a school, or a school where the beacon-incorporated video photographing apparatus 200 is installed when the user himself / herself is in an emergency, To inform the emergency room manager of his / her emergency situation.

5. Redundant power supply operation

First, the first power supply unit 900a and the second power supply unit 900b are initialized to simultaneously supply power to the master server 700a and the slave server 700b, respectively, as shown in FIG.

When the initialization operation is completed, the master server 700a or the slave server 700b transmits final time information actively operating through the communication path to the slave server 700b or the master server 700a. That is, the master server 700a and the slave server 700b exchange the last time information actively acted by them.

At this time, the master server 700a or the slave server 700b determines whether the final active operation time is received from the corresponding slave server 700b or the master server 700a.

If the master server 700a or the slave server 700b receives the final active operation time from the slave server 700b or the master server 700a, the master server 700a or the slave server 700b transmits the transmission time It is judged whether or not it is relatively close to the current time.

At this time, if it is determined that the transmission time is relatively close to the current time, the corresponding server obtains the qualification of the active server, whereas if it is determined that the transmission time is not relatively close to the current time, the qualification of the passive server is obtained.

On the other hand, if it is determined that the master server 700a or the slave server 700b has not received the final active operation time from the slave server 700b or the master server 700a, the master server 700a or the slave server 700b If the preset time has elapsed, the server acquires the qualification of the active server. If the set time has not elapsed, the last time information actively operated is transmitted to the slave server 700b ) Or to the master server 700a.

The master server 700a or the slave server 700b which has acquired the active or passive server qualification determines whether the master server 700a or the slave server 700b is an active server. If the master server 700a or the slave server 700b determines that the active server is the active server , While the master server 700a or the slave server 700b may operate as a passive server, if it is determined to be a passive server.

Then, the master server 700a or the slave server 700b determines whether it has received a redundancy code indicating that it is actively operating in a predetermined cycle or that it is in a state in which it should perform active operation.

At this time, if the master server 700a or the slave server 700b receives the active redundancy code, it determines whether the current system is operating normally. If the master server 700a or the slave server 700b operates normally, it determines whether the currently operated server is the master server.

On the other hand, if the currently operated server is the master server, it is determined that the server is the active server. On the other hand, if the system does not operate normally or if the currently operated server is not the master server, Obtain server credentials.

On the other hand, when the master server 700a or the slave server 700b does not receive a duplication code indicating that the master server 700a or the slave server 700b is actively operating in a predetermined cycle or that the active server 700a should perform active operation, It is determined whether or not a duplicated code has been received.

At this time, when receiving the manual duplication code indicating that the partner server is driven as the passive server, the master server 700a or the slave server 700b acquires the active server qualification.

If the master server 700a or the slave server 700b does not receive the manual duplication code at a preset cycle, the master server 700a or the slave server 700b determines whether the system operates normally.

If it is determined that the system is operating normally, a redundant code for notifying the active or passive server is transmitted to the counterpart server.

On the other hand, when the system is not operating normally, the master server 700a or the slave server 700b determines whether the transmission / reception state of the duplication code is normal.

At this time, the master server 700a or the slave server 700b determines that the transmission / reception state of the redundancy code is normal, and determines whether the duplication code is active server.

If the master server 700a or the slave server 700b determines that the master server 700a or the slave server 700b is an active server, the master server 700a or the slave server 700b determines that the master server 700a or the slave server 700b is not an active server The master server 700a or the slave server 700b transmits a duplication code indicating that the master server 700a should become a passive server.

On the other hand, when the transmission / reception state of the redundancy code is not normal, the master server 700a or the slave server 700b acquires the active server qualification.

The active server determines whether the current state is an end condition. If the current state is not a termination condition, the active server terminates the system if the end condition is satisfied, such as when the end command or the program end command is input. Server. In the above system, the communication method includes wired, wireless, and optical communication.

The features, structures, effects and the like described in the present invention are included in at least one embodiment of the present invention and are not necessarily limited to only one embodiment. Furthermore, the features, structures, effects and the like illustrated in the embodiments can be combined and modified by other persons skilled in the art to which the embodiments belong. Therefore, it should be understood that the present invention is not limited to these combinations and modifications.

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 illustration, It can be seen that various modifications and applications are possible. For example, each component specifically shown in the embodiments can be modified and implemented. It is to be understood that all changes and modifications that come within the meaning and range of equivalency of the claims are therefore intended to be embraced therein.

100: Wearable device 200: Beacon integral type image pickup device
200a: Beacon module 200b: Image capture module
210: camera 220: wired and wireless emergency bell
230: temperature, fire, alarm detection sensor 240: power supply, voltage detection sensor
250: LED warning light 260: Microphone speaker
270: image processing control unit 290: noise, position, patrol detection sensor
300: Communication line network 310: Transmission repeater
320: Coaxial cable 330: Receiver repeater
360: first optical splitter 370: optical switch
380: Second optical splitter 390: Optical cable
400: image recorder 500: switch hub
600: Monitor 800: Database
900: power supply devices 700a, 700b: master and slave servers

Claims (5)

At least one wearable device (100) having preset unique identification information (ID), transmitting the unique identification information wirelessly, or wirelessly transmitting preset event information according to a user's operation;
A beacon module 200a for recognizing unique identification information of each wearable device 100 in a wireless manner, and a video photographing module 200b for transmitting a video signal of a shape and motion of objects in a predetermined unique identification area The wireless communication device according to claim 1, wherein the at least one event information is wirelessly transmitted to the wearable device (100) in a predetermined identification area, At least one additional control signal is added to a video signal photographed in real time in the unique identification area where the wearable device 100 of the wearable device 100 is located and is transmitted to the switch hub 500 connected to the communication network 1000 or the communication network 1000 One or more beacon-integrated imaging devices (200);
At least one image recorder (400) for recording image data transmitted through the communication line network (300);
At least one monitor (600) connected to the image recorder (400) and displaying image data recorded in the image recorder (400);
And controls the operation of each of the beacon-incorporated image capture device 200 and the image recorder 400. The beacon-integrated image capture device 200 receives the beacon- A master and a slave server (700a, 700b) for transmitting the master server and the master server to at least one external server set in advance;
The first power source having the first voltage is supplied to the beacon module 200a of the beacon-integrated image capturing apparatus 200 and the first power source having the second voltage is supplied to the image capturing module 200b of the beacon- A first power supply unit 900a for supplying a second power to the slave server 700b and supplying a third power to the master server 700a and a second power supply unit 900b for supplying a fourth power to the slave server 700b, And a power supply device (900) comprising:
The master server 700a or the slave server 700b receives power from the first or second power supply unit 900a or 900b simultaneously and transmits the master server 700a or the slave server 700b and the beacon- An active operation for performing bi-directional data communication between the image capturing apparatus 200 or an external server or an operation for transmitting data transmitted from the beacon-integrated image capturing apparatus 200 or the external server by the master server 700a and the slave server 700b Directional data communication only when the master server 700a operates in a power-on state. When the master server 700a actively operates in a power-on state, the slave server 700b operates automatically in a power-on state, If the server 700a operates passively in the power-on state, the slave server 700b automatically and actively operates in the power-on state Wherein the location-based supplementary service providing system is provided with the beacon-integrated image capturing apparatus. The method according to claim 1,
Each of the beacon integrated-type imaging devices (200)
An LED warning lamp (250) for outputting a predetermined emergency light for a preset time when preset event information is generated;
And a microphone 260 for receiving a voice signal generated by each of the beacon integrated image pickup apparatuses 200 or outputting a previously stored voice signal corresponding to an abnormal situation when an abnormal situation occurs for a preset time Wherein the location-based supplementary service providing system is provided with the beacon-integrated image capturing apparatus. 3. The method of claim 2,
A temperature, a fire, and an alarm for selectively detecting a temperature, a fire, and an alarm in a predetermined unique identification region provided in the camera 200 of the image capturing module 200b, An alarm detection sensor 230;
A power supply voltage detecting sensor 240 for detecting a power or a voltage state of each of the beacon-integrated image taking apparatuses 200;
And a noise, position, and patrol detection sensor (290) for sensing an emergency situation when the noise level of the unique identification area is detected and exceeds a preset threshold value. A system for providing location - based additional services using devices. delete At least one wearable device (100) having preset unique identification information (ID), transmitting the unique identification information wirelessly, or wirelessly transmitting preset event information according to a user's operation;
A beacon module 200a for recognizing unique identification information of each wearable device 100 in a wireless manner, and a video photographing module 200b for transmitting a video signal of a shape and motion of objects in a predetermined unique identification area The wireless communication device according to claim 1, wherein the at least one event information is wirelessly transmitted to the wearable device (100) in a predetermined identification area, At least one additional control signal is added to a video signal photographed in real time in the unique identification area where the wearable device 100 of the wearable device 100 is located and is transmitted to the switch hub 500 connected to the communication network 1000 or the communication network 1000 One or more beacon-integrated imaging devices (200);
At least one image recorder (400) for recording image data transmitted through the communication line network (300);
At least one monitor (600) connected to the image recorder (400) and displaying image data recorded in the image recorder (400);
And controls the operation of each of the beacon-incorporated image capture device 200 and the image recorder 400. The beacon-integrated image capture device 200 receives the beacon- A master and a slave server (700a, 700b) for transmitting the master server and the master server to at least one external server set in advance;
The first power source having the first voltage is supplied to the beacon module 200a of the beacon-integrated image capturing apparatus 200 and the first power source having the second voltage is supplied to the image capturing module 200b of the beacon- A first power supply unit 900a for supplying a second power to the slave server 700b and supplying a third power to the master server 700a and a second power supply unit 900b for supplying a fourth power to the slave server 700b, And a power supply device (900) comprising:
Each of the beacon integrated-type imaging apparatuses 200 has a predetermined unique identification information (ID), and has a wired or wireless emergency bell having a first call bell for voice communication and a first mutual-talk speaker And the voice communication unit 740 installed in the disaster prevention room is provided with a second call bell for voice initiation and a second mutual talk type speaker so that a voice between the user who presses the wired or wireless emergency bell and the manager of the disaster prevention room A talkable channel is formed;
The master server 700a or the slave server 700b receives power from the first or second power supply unit 900a or 900b simultaneously and transmits the master server 700a or the slave server 700b and the beacon- Way communication between the image capturing apparatus 200 or the external server or the master server 700a and the slave server 700b receive data transmitted from the beacon-incorporated image capturing apparatus 200 or the external server Way communication. When the master server 700a actively operates in the power-on state, the slave server 700b automatically operates in a power-on state, and the master server 700a 700a operate in a power-on state, the slave server 700b automatically operates in a power-on state Beacon-one imaging location-based side service provider system using the device according to.

Images