KR20170080095A - Positioning system on smartphone with beacon in real-time and operating methods thereof - Google Patents

Abstract

 The invention uses coordinates of the current location of the smartphone installed with the location confirmation application installed therein and confirms the coordinate information of the current location of the user, and transmits the image of the surrounding area or the location of the user to the designated or linked party To check the location of the calling party, to quickly check the geographical information about the surrounding area of the predetermined radius, to request the rescue in case of emergency, to release the image of the interesting site, and to establish the hobby activity by securing the sense of accomplishment by increasing the preference A system for automatically recognizing real-time location using beacon information, photo information, and map information, and a method of operating the same. The location information app receives and analyzes position information from a mobile communication network or a beacon to measure coordinate information in real time, Coordinate map information is stored in association with the digital map image A smartphone that displays the measured coordinate information and receives and outputs peripheral information from the beacon; A beacon which wirelessly connects with a smartphone and a Bluetooth system, records a location signal for identifying the location of an unspecified location where the smartphone is installed, Accessing the smartphone via a general-purpose communication network and a general-purpose communication network that connects with the smartphone and transmits the communication signal including the data via the communication channel of the assigned communication route so that the communication signal is transmitted and received, It is equipped with an app contest server that displays the images and messages captured by the smartphone and provides the preference collection and gift certificate by controlling and monitoring them so that they can be installed and operated. And the electronic map displaying the current location is transmitted to the designated other party, and the other party can easily and quickly check the current position of the smart phone.

Description

[0001] The present invention relates to a real-time location automatic recognition system using beacon information, photo information, and map information of a smart phone, and a method for operating the same.

The present invention relates to a real-time location automatic recognition system using beacon information, photo information, and map information of a smartphone and a method of operating the same. More particularly, the present invention relates to a system and method for automatically recognizing real- So that the receiver can accurately and quickly check the position of the calling side, and the current position of the current image can be accurately and quickly confirmed. Beacon information, photo information and map of smartphone that confirms geographical information about the circumference of a certain radius at a position quickly and requests for rescue in case of emergency and discloses interesting scene image and fixes hobbies by securing a sense of accomplishment by increasing preference A Real-Time Location Automatic Recognition System Using Information and Its Operation Method Will.

A smart phone is a portable terminal that is registered as a subscription to a mobile communication system and moves freely within a service area formed by the mobile communication system or immediately communicates with a desired partner in a stationary state.

Since the nature of communication is such that it can not know when, where, and how it will occur, it transmits general and urgent contents. Therefore, the portable communication terminal for mobile communication is always carried by the user but the time for direct use in communication is relatively small. Or the utilization rate is very low.

In addition, since the mobile communication portable terminal is always carried, it is developing from a light and thin trend which is light and thin, short and small pursuit to wearable tendency to wear in a garage.

In order to solve the problem of low utilization of the portable terminal for mobile communication, a microcomputer function such as a camera, a TV, a radio, a notepad, a calculator, a telephone book, a clock, a voice recorder,

Providing geographic information and coordinate information for a small radius area by using beacon in such a smartphone while providing a photograph or map information about a current location of the smartphone and adding a timer function to enter a parking lot It is necessary to develop a technique that can measure or measure the time spent at the location in real time.

Particularly, it is difficult to confirm the current location, the parked location, the location to be stored, etc. in a large area while being divided into the same similar areas such as a large building, a complex center, and a building type parking lot.

Among these problems, there is a " parking position recognizing storage device " according to Korean Patent Registration No. 10-0514767 (2005.09.07.) As a prior art that partially solves the parking problem.

1 is a functional diagram illustrating a configuration of a system for automatically recognizing a parking position according to an embodiment of the present invention.

The parking lot position confirmation problem according to the related art will be described in detail with reference to the accompanying drawings. The parking lot number 10, the parking lot number 20, the lake name 30 located in the floor, the number 40 ), A manual machine electronic memory recording device 50, a car 60, and a user 70. [

For example, in order to park the large parking lot 10, the user 70 goes to the large parking lot 10 to park the car 60. [

After the user 70 grasps the parking position, the user 70 takes out the manual machine electronic memory recording device 50 attached to the car key and selects the name, the number of floors, the name of the lake, and the number of the parking lot previously stored by using a button or a toothed wheel Therefore, the parking position of the car can be grasped even if it is not memorized.

However, in the related art, there is a problem that it is troublesome and time-consuming that the driver individually checks the name, the floor, the number, and the number of the parking lot corresponding to the parking position, and memorizes or records them.

In addition, the prior art has a problem in that when the wrong information is inputted by mistake of the driver (user), parking position confirmation is obstructed by the stored error information.

In the conventional technology, it is common to calculate the time of arrival and departure time in the parking lot and collect the parking fee in the prescribed time unit for the excess time when the free parking time is exceeded, If you find yourself looking for a car, you can waste your time unnecessarily.

On the other hand, the related art has a problem that it can not inform the selected party of the current position information or coordinate information.

Therefore, it is easy for the driver to check the parking position and record the information about the parking position automatically, without any hassle such as memo or recording, and to record the parking time and parking charge easily in real time anytime and anywhere. Need to develop.

Then, it is necessary to develop a technique that makes it easy for others to find out the coordinates information about the current position of the user who owns the smartphone by informing the other person designated by a photograph or an electronic map.

Korean Patent Registration No. 10-0514767 (September 10, 2005) "Parking Position Recognition Storage Device"

In order to solve the problems and necessities of the related art as described above, according to the present invention, a photograph is photographed at a current position, and an electronic map in which a current position is displayed is transmitted together with a precisely measured coordinate information to a designated counterpart, The present invention aims to provide a system for automatically recognizing a real-time location using beacon information, photograph information, and map information of a smartphone that promptly confirms the current location of the smartphone, and a method of operating the same.

In addition, the present invention provides a beacon information and a photo information of a smartphone that enables a user to easily and quickly confirm the current position of the smartphone by transmitting an electronic map showing the current location to the designated destination using coordinate information accurately measured at the current location, And a real-time location automatic recognition system using map information and a method of operating the same.

Since the present invention receives surrounding geographical information that is located within a predetermined radius range from a beacon installed in the vicinity of the current location, the beacon information and the photograph information of the smart phone that promptly and easily search for and confirm the detailed geographical information of the surrounding area The present invention provides a system and method for automatically recognizing a real time location using information and map information.

In order to solve the problems and necessities of the related art as described above, the present invention, which is devised to solve the above-mentioned problems of the related art, automatically connects to the designated party by one- touch in case of emergency and automatically transmits the emergency rescue request message including the coordinate information. And a method of operating the called signal output system of a smartphone terminal.

The present invention takes images of scenery, strangeness, lodging facilities, and other oddities and phenomena around the current position or the moved position, records the contents including the introduction message together with the coordinate information, The present invention aims at providing a called signal output system and a method for operating a called terminal of a smartphone terminal which can raise participation and fix it as a healthy hobby activity since it is publicized and cumulative scores of preference scores are collected and rewarded if the value is higher than a predetermined standard.

According to an embodiment of the present invention, a real-time location automatic recognition system using beacon information, photo information, and map information of a smartphone is installed and operated from a mobile communication system or a beacon And displays the coordinate information measured in the digital map image and receives the peripheral information from the beacon and outputs the coordinate information. Smartphone; A beacon wirelessly connected to the smartphone through a Bluetooth system and recording and storing a location signal and a surrounding geographical information to wirelessly output a location signal for identifying a location of an unspecified location where the mobile terminal is installed; A general-purpose communication network connected to the smartphone and transmitting a communication signal including data via a communication channel of an assigned communication path so as to be transmitted and received; And accessing the smartphone through the general-purpose communication network, downloading the location information app to the latest version, controlling and monitoring the installation and operation, and displaying images and messages captured by the smartphone as a contest to provide preference collection and gift certificates An app contest server; . ≪ / RTI >

The smartphone accessing the app contest server via the general-purpose communication network via the general-purpose communication network, downloading the location information app, and transmitting the photographed image and the measured coordinate information to the app contest server; A smart control unit connected to the wireless communication unit, connected to the app contest server, downloading the location information app, shooting a surrounding image, and outputting and monitoring a corresponding control signal to measure the coordinate information; A coordinate information unit for detecting basic coordinate information from the current position by the corresponding control signal of the smart control unit and outputting precision coordinate information calculated in two steps; An app data recording unit for recording or deleting the location information app, the input message and the geographical information in the allocated area according to a corresponding control signal of the smart control unit; A touch input / output unit for outputting a video data signal including a message and information according to a corresponding control signal of the smart control unit and inputting data and a message by touch; A camera unit for photographing a subject according to a corresponding control signal of the smart control unit and outputting a video signal of a photographed image as a signal of a specified format; A photo album unit for recording or storing the video class signal photographed by the camera unit in an allocated area according to a corresponding control signal of the smart control unit; An audio input / output unit for outputting or inputting an audio level signal at a controlled level according to a corresponding control signal of the smart control unit; . ≪ / RTI >

The smart control unit may be configured to control the wireless communication unit to establish a wireless connection with the beacon, detect and analyze the received signal strength while communicating with the beacon, and measure the straight line distance from the beacon in real time.

The wireless communication unit may include a CDMA mobile communication unit, a TRS mobile communication unit, and a beacon radio communication unit. The wireless communication unit may be configured to simultaneously operate one or more selected one or more selected ones according to a corresponding control signal of the smart control unit have.

Wherein the general-purpose communication network is a mobile communication network that wirelessly connects with the smartphone in a mobile communication manner within a service area, allocates and provides a communication path to be connected to a designated party, and transmits and receives communication signals wirelessly; And a public communication network for connecting to the mobile communication network and allocating and providing a communication path to be connected to a designated counterpart and transmitting and receiving a communication signal by wire; The mobile communication network may be configured to connect to the beacon and transmit and receive a communication signal including data.

Wherein the coordinate information unit comprises: a geosynce part for detecting a basic coordinate information of the ZPS method at a current position according to a corresponding control signal of the smart controller; An IRS unit for detecting the basic coordinate information of the IE system at the current position by the corresponding control signal of the smart controller; An LV unit for detecting basic coordinate information of the LV system at a current position by a corresponding control signal of the smart controller; A first arithmetic mean part for inputting basic arithmetic information detected by each of the XPS part, the NS part and the LV part by a corresponding control signal of the smart control part, and arithmetically averaging the input basic coordinate information; A second arithmetic average unit for inputting basic arithmetic information detected by each of the X-ray source unit, the NS and the LV unit according to a corresponding control signal of the smart control unit, and arithmetically averaging the input basic coordinate information; A third arithmetic average unit for inputting basic arithmetic information detected by each of the X-ray source unit, the ES unit and the LV unit by a corresponding control signal of the smart control unit, and performing an arithmetic average operation; And a coordinate averaging unit for inputting coordinate information obtained by performing a first arithmetic average operation on the first arithmetic mean unit, the second arithmetic mean unit, and the third arithmetic mean unit according to a corresponding control signal of the smart controller, An operation unit; . ≪ / RTI >

According to an aspect of the present invention, there is provided a system for automatically recognizing a real-time location using beacon information, photo information, and map information of a smart phone, the method comprising receiving and analyzing location information from a mobile communication network or a beacon, A smartphone for measuring coordinate information in real time, correlating surveyed coordinate information to photographed images, displaying coordinate information measured in a digital map image, receiving and outputting peripheral information from the beacon; A beacon wirelessly connected to the smartphone through a Bluetooth system and recording and storing a location signal and a surrounding geographical information to wirelessly output a location signal for identifying a location of an unspecified location where the mobile terminal is installed; A general-purpose communication network connected to the smartphone and transmitting a communication signal including data via a communication channel of an assigned communication path so as to be transmitted and received; And an app contest server connected to the smartphone via the general-purpose communication network and providing images and messages photographed by the smart phone as a contest to provide preference collection and gift certificates; . ≪ / RTI >

The smartphone accessing the app contest server via the universal communication network according to the control signal and transmitting the photographed image and the measured coordinate information to the app contest server; A smart control unit connected to the wireless communication unit, capturing an image of a surrounding area, and outputting and monitoring a corresponding control signal to measure the coordinate information; A coordinate information unit for detecting basic coordinate information from the current position by the corresponding control signal of the smart control unit and outputting precision coordinate information calculated in two steps; An app data recording unit for recording or deleting a message or geographical information input by the corresponding control signal of the smart control unit in the allocated area; A touch input / output unit for outputting a video data signal including a message and information according to a corresponding control signal of the smart control unit and inputting data and a message by touch; A camera unit for photographing a subject according to a corresponding control signal of the smart control unit and outputting a video signal of a photographed image as a signal of a specified format; A photo album unit for recording or storing the video class signal photographed by the camera unit in an allocated area according to a corresponding control signal of the smart control unit; An audio input / output unit for outputting or inputting an audio level signal at a controlled level according to a corresponding control signal of the smart control unit; . ≪ / RTI >

When the beacon-touched signal displayed on the touch input / output unit is input to the touch input / output unit, the beacon information is received, recorded, stored, managed, and displayed on the touch input / output unit. And outputting and displaying it.

When the beacon-touched signal displayed on the touch input / output unit is input to the touch input / output unit, the smartphone receives and inputs nearby beacon information, receives and inputs map information corresponding to coordinate information that is measured in real time at the current position, Display the position, record, store, manage, output and display the time, start the time count, and display the start time and the elapsed time, respectively.

When the beacon-touched signal displayed on the touch input / output unit is input to the touch input / output unit, the smartphone receives and inputs nearby beacon information, receives and inputs map information corresponding to coordinate information that is measured in real time at the current position, And displays and records, stores, manages, outputs, displays, displays, records, stores, manages, displays and outputs the photographed photographic signal when the photographed image signal is input, And a configuration in which a count is started and a start time and an elapsed time are outputted and displayed, respectively.

The smartphone inputs photographs of the photographed image signal when the touch icon of the photograph icon displayed on the touch input / output unit is input, records the coordinate information and the map information which are measured in real time at the photographed location, , A time counting process is started, and a start time and an elapsed time are outputted and displayed, respectively.

When the touch icon displayed on the touch input / output unit is input to the touch input / output unit, the smartphone records, stores, manages, outputs and displays the coordinate information and the map information, which are measured in real time at the current position, And the elapsed time are displayed and displayed.

The smartphone may transmit at least one selected from the coordinate information, the photograph information, and the map information to a designated status room.

According to an aspect of the present invention, there is provided a method for operating a real-time location automatic recognition system using beacon information, photo information, and map information of a smartphone, including a smartphone, a beacon, a universal communication network, and an application contest server A method of operating a real-time location automatic recognition system using beacon information, photo information, and map information of a smartphone, the method comprising: receiving a control signal for operating a location information application by the smartphone; A first step of downloading, installing and operating a location information app in frame units in a streaming manner, measuring coordinate information in real time, and downloading corresponding map information in a streaming manner; A second step of transmitting coordinates information and map information measured in real time to a designated counterpart if it is determined that the emergency rescue request signal is inputted by the smartphone; When the beacon information area, the photographing information area, and the map information area are classified and displayed on the screen of the touch input / output unit by the smartphone, and if it is determined that the beacon is searched, the beacon information is received and analyzed to detect the beacon coordinate information and the geographical information, And if it is determined that the beacon information area is touched to input a beacon information collection command signal, the beacon information reception analysis is repeated from the nearest beacon nearby, and the corresponding map information is output, and the time is counted to display the start time and the elapsed time A third step of recording, if it is determined that the photographing information area is touched by the smartphone and a photographing command signal is input, photographing a subject, linking the corresponding map information, outputting the corresponding map information, Displays the time and elapsed time respectively. If the reset command signal is input by the smart phone, the controller records the received beacon information, the corresponding photograph information, and the corresponding map information in a list, ; . ≪ / RTI >

A map storage step of storing map information in which the current location is displayed in an allocated area if it is determined that the command signal for map storage is inputted by the smartphone that has processed the fourth step; As shown in FIG.

If it is determined by the smart phone that has processed the fourth step that any one of the beacon information area, the photographing information area, and the map information area is displayed on the screen of the touch input / output unit and the touch signal is inputted, An enlargement display step of dividing the beacon information area, the photographing information area, and the map information area into the beacon information area and the map information area, respectively, if the touched signal is judged to be inputted in the enlarged display state; As shown in FIG.

Link transmission step of linking the currently confirmed beacon information, photographing information, and map information to a designated other party when it is determined that the command signal of the link transmission is input by the smartphone that has processed the fourth step; As shown in FIG.

The other party to be linked may be connected by a keypad or a text message.

When the smart phone detects that the list icon displayed on the upper part of the touch input / output sub screen is touched by the smartphone, the beacon information received and detected and analyzed to display the recorded beacon information on a time basis, If you push it to the right, you can delete the item.

If the beacon information of a specific item selected from the displayed list is touched by the smartphone, detailed beacon information including coordinate information, geographical information, and site link information of the beacon received and analyzed from the beacon is displayed, The user can access the site.

According to an aspect of the present invention, there is provided a method for operating a real-time location automatic recognition system using beacon information, photo information, and map information of a smartphone, including a smartphone, a beacon, a universal communication network, and an application contest server A method of operating a real-time location automatic recognition system using beacon information, photo information, and map information of a smartphone, the method comprising the steps of: A first step of transmitting information; When the beacon information area, the photographing information area, and the map information area are classified and displayed on the screen of the touch input / output unit by the smartphone, and if it is determined that the beacon is searched, the beacon information is received and analyzed to detect the beacon coordinate information and the geographical information, And if it is determined that the beacon information area is touched to input a beacon information collection command signal, the beacon information reception analysis is repeated from the nearest beacon nearby, and the corresponding map information is output, and the time is counted to display the start time and the elapsed time The second step is to record the subject and record the corresponding map information. When the photographing information area is touched by the smartphone and it is judged that the photographing command signal is input, Displays the time and elapsed time respectively. And a fourth step of associating the received beacon information, the corresponding photographing information, and the corresponding map information, recording and managing the beacon information in a list and proceeding to the end, if it is determined that the reset command signal is input by the smartphone ; . ≪ / RTI >

The present invention having the above-described configuration is configured to capture a photograph at a current position and send an electronic map showing the current position together with the coordinate information measured precisely to the designated opposite side together, and the other side can easily and quickly confirm the current position of the smart phone .

In addition, the present invention has an advantage in that an opponent can easily and quickly check the current position of the smartphone by transmitting the electronic map displaying the current position using the coordinate information measured precisely at the current position to the designated opponent.

The present invention is advantageous in that the surrounding geographical information located within a predetermined radius range is received from beacons installed in the vicinity of the current location, so that detailed geographical information around the beacon can be quickly, easily and clearly searched and confirmed.

Meanwhile, the present invention has an advantage of being able to be rescued from an emergency situation by automatically transmitting an emergency rescue request message including coordinate information and automatically connected to a designated one-touch when an emergency is present.

The present invention shoots natural scenery, strangeness, accommodation facilities, odd objects and phenomenon around a travel destination, records contents including an introduction message together with the coordinate information, discloses it to the public, accumulates preference scores, If the value is higher than the predetermined standard, it can be rewarded and the participation degree can be increased and it can be settled as a healthy hobby activity.

1 is a flowchart illustrating a method of controlling an incoming notification of a smart device according to an embodiment of the prior art;
2 is a functional block diagram illustrating a real-time location automatic recognition system using beacon information, photo information, and map information of a smartphone according to an embodiment of the present invention.
3 is a detailed functional configuration diagram illustrating a detailed configuration of a smartphone according to an embodiment of the present invention,
FIG. 4 is a detailed functional configuration diagram illustrating the detailed configuration of a coordinate information unit according to an embodiment of the present invention; FIG.
FIG. 5 is a flowchart illustrating a method of operating a real-time location automatic recognition system using beacon information, photograph information, and map information of a smartphone according to an embodiment of the present invention.
FIG. 6 is a state diagram in which a location information app is installed and displayed by an icon according to an embodiment of the present invention,
FIG. 7 is a state diagram showing a location information app installed and displayed as a widget according to an embodiment of the present invention;
FIG. 8 is a diagram illustrating a map information transmitted to an opposite party according to an emergency rescue request signal according to an embodiment of the present invention.
FIG. 9 is a diagram illustrating a state in which the smartphone does not receive beacon information from the periphery according to an embodiment of the present invention;
10 is a state diagram of a smartphone receiving beacon information from its surroundings according to an embodiment of the present invention.
FIG. 11 is a diagram illustrating a state in which the smartphone receives beacon information from its surroundings and the corresponding map information is displayed,
FIG. 12 is a diagram illustrating a state in which the surroundings are photographed in an area without a beacon and the time taken and the elapsed time are displayed together with the information displayed in association with the map information according to an embodiment of the present invention.
FIG. 13 is a diagram illustrating a state in which the surroundings are photographed in an area where a beacon is present and the time taken and the elapsed time are displayed while being displayed in connection with the map information,
14 is a state diagram for selecting a link path for linking with a designated party according to an embodiment of the present invention;
FIG. 15 is a display state diagram of a counterpart smartphone, which is linked to a designated counterpart according to an embodiment of the present invention and receives map information and beacon information,
FIG. 16 is a diagram illustrating a list of beacons connected to a smartphone according to an embodiment of the present invention,
FIG. 17 is a diagram illustrating a state diagram in which a smartphone makes a route search using coordinate information and map information measured in real time according to an embodiment of the present invention,
And
18 is a flowchart illustrating a method of operating an app contest server according to an embodiment of the present invention.

BRIEF DESCRIPTION OF THE DRAWINGS The present invention is capable of various modifications and various embodiments, and specific embodiments are illustrated in the drawings and will be described in detail in the detailed description. It should be understood, however, that the invention is not intended to be limited to the particular embodiments, but includes all modifications, equivalents, and alternatives falling within the spirit and scope of the invention. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

In the following description, the coordinate information is used as the location information, and the output and the display are used in the same meaning, respectively.

FIG. 2 is a functional block diagram illustrating a real-time location automatic recognition system using beacon information, photograph information, and map information of a smartphone according to an embodiment of the present invention. FIG. FIG. 4 is a detailed functional configuration diagram illustrating a detailed configuration of a coordinate information unit according to an embodiment of the present invention. FIG.

A real-time location automatic recognition system 900 using beacon information, photo information, and map information of a smartphone includes a smart phone 1000, a beacon 2000, a mobile communication network 3000, A public communication network 4000, an app contest server 5000 and a counterpart smartphone 1000 '. Here, it is assumed that the mobile communication network 3000 and the public communication network 4000 form a universal communication network.

Since the smartphone 1000 and the designated smartphone 1000 'have the same configuration, functions, and functions, the smartphone 1000 will be mainly described.

And the designated other party or the other party's smartphone 1000 'may be a family member, a relative, a friend, a public office, a police station, a hospital, a substitute driver, an insurance company, a car center, a central control station, Are included.

Each user of a plurality of smartphones 1000 may include a boundary worker, a guard, a sentry, a water level, and such a boundary worker may have his or her movement path to a central control station, a central control station, The captured environment, and the like can be reported in real time, so that statistics, aggregation, and situation determination can be more accurately and easily performed.

The smartphone 1000 downloads the location information application from the app contest server 5000 and automatically installs and operates it. The smartphone 1000 downloads the map information in real time by using the coordinate information detected in real time by the operated location information application It can receive output display.

An application is a kind of application program and is called as an application. Since the capacity of data constituting the program is relatively small and the application fields are very various, It is common to be designated as a field or an easy-to-understand or easy-to-understand name.

Hereinafter, an app program used in the present invention will be referred to as a positioning information app.

The location information app is configured in units of frames, and the data size of the unit frame is composed of an overhead field of a start portion formed of 20 words, a data recording area of 135 words, an error check area of 11 words, An overhead area of a word end portion is included, one word is composed of 4 bytes and one byte is composed of 20 bits.

The data size of 186 words constituting the unit frame of the location information application is prevented from being hacked and prevented from being contaminated or abused by a virus program or a malicious program, suppressing transmission error of data, It is easy to restore the original state. That is, the error check area of 11 words can check errors due to noise generated in the transmission process of the location information app and recover the checked error by applying well known CRC check method and Hamming code method. The technique of this type is well known, so a detailed description will be omitted.

The location information application program should be structured so that the data size is included in one unit frame range, and if necessary, two or more of them should be configured, but a program should be constructed so as not to exceed a maximum of two unit frames. And the like.

Meanwhile, the smartphone 1000 includes both a well-known beacon scheme, a CDMA scheme, and a TRS scheme wireless communication function unit, and simultaneously activates each wireless communication unit to wirelessly communicate with one or more selected one or more selected And the corresponding radio communication can be carried out respectively.

The smartphone 1000 captures the surroundings while performing wireless communication with a desired counterpart or a designated counterpart mobile communication, and accurately confirms coordinate information at the current position in real time.

The smartphone 1000 includes a wireless communication unit 1010, a smart control unit 1020, a coordinate information unit 1030, an app data recording unit 1040, a touch input / output unit 1050, a camera unit 1060, a photo album unit 1070, , And an audio input / output unit (1080).

The wireless communication unit 1010 includes a beacon wireless communication unit, a CDMA wireless communication unit, and a TRS wireless communication unit at the same time. The wireless communication unit 1010 activates any one or at least one selected by the corresponding control signal to perform wireless communication or mobile communication (Connected) to the designated counterpart or can access the app contest server 5000. [

The communication is described as a state in which a corresponding signal is transmitted and received while being connected to a designated counterpart via a communication channel.

In the following description, it is assumed that the smartphone 1000 is connected to the app contest server 5000 through a well-known TRS (Trunked Radio System) or CDMA (Time Division Multiple Access) It can be described as connecting and communicating in any one way in order to simplify the description and to make it easier for a person skilled in the art to understand. The operation of activating the TRS communication channel and the CDMA communication channel at the same time eliminates the error of the transmitted / received data, thereby increasing the reliability of the communication signal.

Here, the beacon scheme, the TRS scheme, and the CDMA scheme can be expressed by one communication channel or communication path for communication, respectively.

The wireless communication unit 1010 receives the location information application and map information from the connected app contest server 5000 in a streaming manner and transmits the captured image of the surrounding area, coordinate information, emergency rescue request signal (SOS) Lt; / RTI > Here, the map information may include a numerical map (Numerical MAP).

Here, beacon is a term used in the bluetooth field. IBeacon defined by Apple uses radio frequency (RF) of 2.4GHz band which is ISM band, and FLE (Find Me Profile) and PXP Proximity Profile). The beacon is a simple structure that calculates the proximity with the RSSI (Receive Signal Strength Indication), and enables battery operation with low power consumption. By way of example, the coin cell battery can operate for more than one year and the duration of operation can vary depending on the signal output and period. Therefore, the beacon does not require a separate operation power supply configuration and can be manufactured in a small size of a coin, so that it can be easily applied to a variety of indoor and outdoor environments. Positioning by beacon signal can be precise measurement with error level of about 5cm, and the signal reaching distance can be extended to the straight line distance of 50m according to the output setting.

Hereinafter, the beacon system will be described in the same meaning as the Bluetooth system.

Meanwhile, since the mobile communication technology based on the TRS method and the CDMA method is very well known, a detailed description thereof will be omitted.

That is, the wireless communication unit 1010 includes both the wireless communication units operating in the beacon mode, the TRS mode, and the CDMA mode at the same time, and activates one or more than one or all of the wireless communication units at the same time by the corresponding control signal of the smart control unit 1020 And can simultaneously perform the wireless communication.

The wireless communication unit 1010 concurrently accesses the other party through a beacon scheme, a TRS scheme, or a CDMA scheme according to a corresponding control signal of the smart control unit 1020, It analyzes the RSSI (Receive Signal Strength Indicator) and transmits / receives signals through the best communication channel.

The smart control unit 1020 includes a wireless communication unit 1010 and is connected to each functional unit configured in the smartphone 1000, outputs a corresponding control signal, controls and monitors the respective operation or operation status, have.

The smart control unit 1020 controls the wireless communication unit 1010 to access the app contest server 5000 and controls and monitors the downloading of the location information application and the map information in a streaming manner and displays an image of the selected object or object And outputs the corresponding control signal to monitor coordinate information at the current position. The function and operation of the smart control unit 1020 will be described in more detail in the following method explanation.

Meanwhile, the smart control unit 1020 controls the wireless communication unit 1010 to detect and analyze the intensity of the received signal while communicating with the counterpart beacon, TRS, and CDMA wireless units to check the linear distance of the relative method. The other party can be distinguished.

The coordinate information unit 1030 detects the basic coordinate information in the GPS, the INS and the LBS in the current position by the corresponding control signal of the smart control unit 1020, Precision coordinate information which is calculated and increased in reliability and accuracy is measured and output.

The GPS (GPS) method analyzes GPS signals received from GPS satellites operating on Earth's low earth orbit and analyzes them by information such as latitude, longitude, altitude, sea level, time, and angular velocity at the current location. do. The GPS satellites are relatively accurate, but can only be used in areas where the corresponding radio signals from GPS satellites reach.

The INS method can be used as an inertial guidance navigation device and can be used in shaded areas such as tunnels where the GPS satellite's signal can not be reached even though the accuracy by long use is lower than that of the GPS method.

The LBS (location based service) method uses a characteristic that the mobile communication system analyzes handover of the current location and movement direction of each smart phone with respect to the base station, And it is known that the accuracy of the coordinate information of the present position of the smartphone is relatively high. However, since the LBS system uses a mobile communication system, the LBS service can not be provided in the shadow area where the radio signal of the mobile communication system can not reach.

Therefore, since the coordinate information section 1030 performs the primary measurement by the GPS, the INS, and the LBS method, the coordinate information (basic coordinate information) And then arithmetically averages them again in a third order to finally measure and output precise coordinate information with increased reliability and accuracy.

The coordinate information section 1030 includes a coordinate transformation section 1030 and a coordinate transformation section 1030. The coordinate information section 1030 includes a coordinate transformation section 1030, 1036, and a coordinate average arithmetic operation unit 1037.

The GPS receiver 1031 receives and analyzes the GPS signals provided by the GPS satellites at the current position according to the corresponding control signals of the smart controller 1020, And car coordinate information is detected and measured.

The controller unit 1032 detects and measures the primary coordinate information using the INS method using the inertial force at the current position by the corresponding control signal of the smart control unit 1020. [

The LBS detects the primary coordinate information of the LBS system provided by the mobile communication system centering on the base station at the current position by the corresponding control signal of the smart control unit 1020. Such a GFPS method, an INS method and an ELVIS method are well known, so a detailed description will be omitted.

The first arithmetic mean unit 1034 inputs the primary coordinate information detected by the gehesis unit 1031, the UI unit 1032, and the LV unit 1033 by the corresponding control signal of the smart control unit 1020 Perform arithmetic mean calculations to make accurate second-order measurements.

The second arithmetic mean unit 1035 may be controlled by the control unit of the smart control unit 1020 in the same way as the first arithmetic mean unit 1034, 1033 are inputted and arithmetically averaged to obtain a second-order precise measurement.

The third arithmetic mean unit 1036 may be controlled by the smart control unit 1020 in the same manner as the first arithmetic mean unit 1034 and the second arithmetic mean unit 1035, (1032) and the LVS part (1033), respectively, and performs an arithmetic mean calculation to measure the second order precisely.

The coordinate averaging unit 1037 corrects the first arithmetic mean unit 1034, the second arithmetic mean unit 1035 and the third arithmetic mean unit 1036 by using the corresponding control signal of the smart control unit 1020, The measured coordinate information is input, and precise arithmetic mean calculation is performed again in the third order to output accurate coordinate information.

If the smart control unit 1020 determines that the corresponding basic coordinate information signal is not detected or received from any one or more of the fingestes unit 1031, the Ethernet unit 1032, and the LVS unit 1033, It is quite natural that the denominator values for controlling the first arithmetic mean unit 1034, the second arithmetic mean unit 1035 and the third arithmetic mean unit 1036 to perform an arithmetic average operation can be adjusted.

The app data recording unit 1040 records the location information app, geographical information, and corresponding data downloaded from the app contest server 5000 according to the corresponding control signal of the smart control unit 1020 in the allocated area, And outputs the retrieved corresponding information.

The touch input / output unit 1050 outputs a message and data information according to a corresponding control signal of the smart control unit 1020, and inputs a data, a message, a command signal, etc. by touch, and outputs a video signal.

The camera unit 1060 outputs an image photographed by the corresponding control signal of the smart control unit 1020 in a designated format. The designated format may be any one selected from a bitmap (BMP) format and a JPEG It is described that at the same time, it is converted into one or more formats and output, and a video class signal is input.

It is highly desirable to limit the data amount of the frame-based image captured by the camera unit 1060 to 2 MB or less in order to improve the overall data processing speed.

The photo album unit 1070 records, stores, or deletes images photographed by the camera unit 1060 in an allocated area according to a corresponding control signal of the smart control unit 1020. [

The audio input / output unit 1080 outputs or inputs an audio signal including an incoming call bell signal and an alarm signal according to a corresponding control signal of the smart control unit 1020.

The beacon 2000 will be described in a configuration that is installed in a certain selected place and is built by low power consumption and can operate for any one period, that is, for a long time in a range of one year to five years.

The beacon 2000 has various radii of operation range of 5 meters, 10 meters, 15 meters, 20 meters, 30 meters, etc., which can be wirelessly connected by Bluetooth, Respectively. It is quite natural that the radius of the operating range that can communicate with the beacon 2000 can be added or subtracted as needed.

In the beacon 2000, beacon information is recorded and managed, and beacon information is described as including geographic information and coordinate information including longitude, latitude, and sea level.

That is, in the beacon 2000, a name, a location information, an address information, a building information and a floor information in the case of a building, a guide or a characteristic of the shop in the case of a store, Geographical information and coordinate information including a telephone number that can be contacted, multimedia data describing the area, and the like are recorded and stored.

On the other hand, the beacon 2000 records a unique number or identification number distinguishable from other beacons 2000.

In particular, the beacon 2000 records and manages an Internet access link address for checking information of a business, a shop, a company, a memorial site, and the like within a radius of the operation range in more detail.

The beacon 2000 provides recorded and managed beacon information to the smartphone 1000 wirelessly connected in a Bluetooth manner within a radius of the operation range.

The geographical information and coordinate information recorded and stored in the beacon 2000 can be transmitted to the smartphone 1000, which is allowed to have the necessary authority, by directly connecting in the field via the Bluetooth system or via the mobile communication network 3000, Updated and changed by control and monitoring of the app contest server 5000 connected via the Internet.

Therefore, it is assumed that the mobile communication network 3000 includes a Bluetooth wireless communication unit capable of communicating in a Bluetooth manner.

The public communication network includes a wireless communication network 3000 and a public communication network 4000. The wireless communication network 3000 includes a wireless communication unit for a CDMA mobile communication and a TRS mobile communication and a beacon (Bluetooth) It can be operated in the active state.

The app contest server 5000 is connected to the smart phone 1000 via the wireless communication network 3000 and the public communication network 4000 in which any one or more of the beacon, CDMA, Respectively.

The app contest server 5000 downloads the location information app to the connected smart phone 1000 and installs the location information app to the connected smart phone 1000 to be automatically installed and operated. Collects the preferences of the images, accumulates and analyzes the collected preferences in units of a predetermined period, and provides predetermined gift certificates if the preference is equal to or higher than a predetermined criterion. In one embodiment, it is highly desirable to select a voucher that corresponds to a ten thousand won amount for the exclusion of gambling.

The criterion for awarding the gift certificate by analyzing the preference is that it is preferable to select the recipient of the gift certificate when the recommendation check is received from more than 25% of the participant who participated in the contest and searched for the image.

Here, the gift certificate is an electronic gift certificate, and it is quite natural that the standard for awarding the gift certificate and the price of the gift certificate can be arbitrarily changed, but it is set to a level suitable for not infringing the flow of the social sentiment.

FIG. 5 is a flowchart illustrating an operation method of a real-time location automatic recognition system using beacon information, photograph information, and map information of a smartphone according to an embodiment of the present invention. FIG. FIG. 7 is a state diagram of a location information app installed and displayed as an icon according to an embodiment of the present invention. FIG. FIG. 9 is a diagram showing a state in which the smartphone does not receive beacon information from the periphery according to an embodiment of the present invention, and FIG. 9 11 is a diagram illustrating a state in which a smart phone receives beacon information from its surroundings according to an embodiment of the present invention. FIG. 2 is a state diagram of a smartphone according to an embodiment of the present invention in which beacon information is received from a neighbor and the corresponding map information is displayed.

Hereinafter, a method for operating a real-time location automatic recognition system using beacon information, photo information, and map information of a smartphone according to an embodiment of the present invention will be described in detail with reference to all the accompanying drawings. A method of operating a real-time location automatic recognition system using beacon information, photo information, and map information of a smartphone including a general communication network 2000, general communication networks 3000 and 4000 and an application contest server 5000, It is determined whether the location information app is being operated (S2010).

When it is determined that the location information app is not operated by the smartphone, the user accesses the app contest server 5000 via the general-purpose communication network 3000 or 4000, downloads the location information app in units of frames in a streaming manner, And automatically installed and displayed as icons and set to the operating state (S2020).

The state in which the location information app is installed and displayed as an icon on the smartphone is shown in detail in FIG. 6, which is an embodiment in detail, and the state in which the widget is displayed and operated is shown in FIG. 7 in detail in one embodiment in detail.

6 and 7, an icon for operating the location information app is selected as a circular pattern indicated by the antenna. In particular, FIG. 6 describes JJang9, It is quite natural to be able to.

When a location information app is operated, the smartphone measures or measures precise coordinate information by the corresponding control and monitoring of the location information application, and automatically receives map information corresponding to the coordinate information measured from the app contest server in a streaming manner The record is not stored (S2030).

If it is determined that the emergency rescue request signal (SOS) is input by the smartphone (S2040), coordinate information measured in real time and map information being downloaded in real time are merged and transmitted automatically to a specified counterpart (S2050). On the other hand, the button for inputting the emergency rescue request signal (SOS) can be configured to have a soft button or a hard button in a smart phone, and it is relatively preferable to configure it as a hard button.

In one embodiment, the coordinate information and the map information transmitted to the designated party by the emergency rescue request signal (SOS) are shown in detail in FIG. 8 attached hereto.

Here, the map information is a numerical map, and in a state where the coordinate information and the map information are merged, the current position is indicated by an arrow or the like in the map information, and the third person can confirm the position easily and easily and accurately . In addition, the designated party may be a unique telephone number for communication, and may be input, recorded and stored in a range of 3 to 5 persons, and it is relatively preferable to record and store three unique telephone numbers in a quick and error-free manner .

When the location information app is activated and operated, the smartphone displays the beacon information area, the photographing information area, and the map information area on the screen of the touch input / output unit.

When it is determined that the beacon (2000) information area is touched by the smartphone and the command signal to search for the beacon is input (S2060), the beacon (2000) And detects and stores coordinate information and geographical information in the allocated memory area in operation S2070.

When the beacon search command is repeatedly input, the smartphone repeatedly searches for beacons around the beacon, receives beacon information, and inputs and analyzes the beacon.

The coordinate information stored in the beacon is very accurate because it can record the confirmed information through precise on-site geodetic surveying and feature comparison.

In step S2080, the smartphone outputs the map information indicating the current location based on the coordinate information detected from the beacon, counts the time, displays the start time and the elapsed time, and stores the start time and the elapsed time in the allocated memory area.

The smartphone may not be able to retrieve the beacon from its surroundings, and in this case it displays no information.

9 is a diagram illustrating a state in which a smartphone can not receive beacon information from the surroundings according to an embodiment of the present invention. FIG. 11 shows a state in which the smartphone receives beacon information from the surroundings and displays the time at which the map information is displayed while the corresponding map information is displayed.

When it is judged that the on-screen photographic information area is touched by the smartphone to input a command signal for photographing (S2090), the photographed object or subject is photographed and the position information is added to the map information corresponding to the coordinate information real- The map information is displayed on the screen, the time is counted, and the start time and the elapsed time are respectively displayed and recorded (S2100, S2110).

That is, the smartphone can display the photographing position on the map information by photographing in an area without a beacon and linking it with coordinates information that is measured in real time. In addition, the photographing position can be displayed on the map information in association with the coordinate information of the beacon taken in real time and measured in real time.

FIG. 12 is a state diagram showing the time taken and the time elapsed while photographing the surroundings in an area without a beacon and displaying it in connection with the map information according to an embodiment of the present invention. FIG. FIG. 3 is a state diagram showing the time taken and the time elapsed while photographing the surroundings in an area where a beacon is present and displaying it in connection with the map information according to an embodiment of the present invention.

If it is determined that the reset command signal is inputted (S2180), the smart phone associates the received beacon information, the corresponding photographing information, and the corresponding map information, records and manages them in a list, and proceeds to the end (S2190).

On the other hand, if it is determined that a command signal for map storage is inputted (S2120), the smartphone records and stores the map information in which the current location is displayed in the allocated memory area (S2130).

If it is determined that the touched signal is input and the command signal of the enlarged display is inputted (S2140), the smartphone selects any one of the beacon information area, the photographing information area, and the map information area, If the touch screen is judged to be input in a state in which the screen is enlarged and displayed in the full screen mode, it is determined that the origin return command signal has been input and returned to the original position The beacon information area, the photographing information area, and the map information area, respectively (step S2150).

If it is determined by the smart phone that the command signal of the link transmission is input by the corresponding touch (S2160), it is discriminated whether the link with the specified counterpart is to be made into a karaoke or a text message, And links the currently confirmed beacon information, photographing information, and map information to the designated other party by linking through the link (S2170).

14 is a state diagram illustrating a link path selection method according to an exemplary embodiment of the present invention. Referring to FIG. 15, FIG. 5 is a display state diagram of the other party's smartphone receiving the beacon information.

The smart phone can display information of connected beacons in a time sorted list.

When the smartphone detects that the list icon displayed on the upper part of the touch input / output sub screen is touched and the corresponding command signal is inputted, the smart phone displays the list of beacon information, which is received and detected and analyzed, Touch and hold the item and push it to the right to control and monitor the item to be deleted.

When the smartphone touches the beacon information of a specific item selected from the displayed list, detailed beacon information including coordinate information, geographical information, and site link information of the beacon received and analyzed from the beacon is displayed, and link information If you touch it, it controls and monitors the connection to the site.

FIG. 16 is a state diagram illustrating a list of beacons connected to a smartphone according to an embodiment of the present invention, in a time-based manner.

The smartphone can find the direction to move from the current location or find the route to the destination using the coordinate information and the displayed map information which are measured in real time.

FIG. 17 is a state diagram illustrating route guidance using coordinate information and map information measured in real time by a smartphone according to an embodiment of the present invention.

In addition, the smartphone further includes unique information for distinguishing the video image signal of the specific object or region photographed, the coordinate information, and the captured image, if necessary, as a message or a smartphone, and transmits the contest information to the app contest server You can subscribe and subscribe to the contest.

That is, when it is judged that a control signal or a command signal for engaging a photographed image signal into a contest is inputted, the smart phone transmits a message to be desired to be introduced to any one image selected from among a plurality of images recorded and recorded in the photo album section Attaches it to the app data server, sends it together, and registers it as an image for the contest.

When it is determined that the electronic gift voucher information is received from the connected app contest server, the smartphone records and stores the received electronic gift voucher information in the allocated area of the app data recording unit.

18 is a flowchart illustrating a method of operating an app contest server according to an embodiment of the present invention.

Hereinafter, a method of operating the application contest server will be described in detail with reference to all of the drawings other than the attached FIG. 18, and it is determined whether the smartphone is accessed by the application contest server (S3010).

If it is judged that the smartphone is connected by the app contest server, the app contest server checks all the installed app programs installed on the smart phone and confirms whether the location information app is installed and operated by remote diagnosis. The research and verification technology based on such remote diagnosis is well known in the related art, so a detailed description thereof will be omitted.

If the location information app is installed and operated on the smartphone, the app contest server controls and monitors the latest version installed and operated. If the location information app is not installed on the smartphone, the latest version of the location information app And the corresponding control and monitoring necessary for installation and operation are performed (S3020).

If it is determined that the application contest server analyzes the signal input from the smartphone and requests the geographical information (S3030), the app contest server analyzes the coordinate information inputted and received together with the geographical information request signal and, based on the coordinate information, The geographical information located nearby is searched in real time and provided to the smart phone in a downloading manner (S3040).

Here, it is highly desirable that the radius of the predetermined range is set to any one selected from 20 meters (m), 30 meters, 50 meters, and 70 meters.

If it is determined that the contest information is input (S3050), the app contest server receives the contest information including the photographed image and the message information, and transmits unique information The owner information is stored in the area allocated with the owner information, and is set to the open state so that anyone can search and confirm the information. When the preference information is input by disclosure and search, the information is received and recorded together with the date information, (S3060).

Such preference information may be inputted as recommended values or step values divided into upper, middle, and lower levels, and may also be input in various ways that are known. Here, it is quite natural that the contest information may include an audio signal, a video signal, and a multimedia signal including graphics and characters, in addition to the image information.

The app contest server selects a content having a preference value that is higher than a predetermined level accumulated in predetermined unit periods and transmits a predetermined electronic voucher to the corresponding smartphone (S3070).

According to the present invention having the above-described configuration, the incoming call signal is not output by all called parties in a designated time or period, or output is displayed in a manner designated by the user, so that the user is prevented from being disturbed by the incoming call signal. Also, only the clock function with alarm function is operated and displayed when the power is turned off for the set time or period, and when it returns to the normal state, the phone number of the called party which is stored is displayed and displayed. do. On the other hand, when the user is in an emergency, the user is automatically connected to the designated person by one-touch, and the emergency message and coordinate information are automatically transmitted to request the rescue to resolve the emergency. The user can quickly search and confirm the surrounding geographical information located within a predetermined radius range from the current location. In addition, the photographs of natural scenery, strangeness, accommodation facilities, oddities and phenomena around the travel destination, and contents including the introduction message are recorded and stored together with the coordinate information, publicized to the public, If it is more than the predetermined standard, it can be rewarded and increased participation and can be settled as a healthy hobby activity.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is evident that many alternatives, modifications and variations will be apparent to those skilled in the art.

1000: smartphone 1010: wireless communication unit
1020: Smart control unit 1030: Coordinate information unit
1031: JPSES part 1032:
1033: LVS 1034: First arithmetic mean part
1035: second arithmetic mean unit 1036: third arithmetic mean unit
1037: coordinate average arithmetic operation unit 1040:
1050: touch input / output unit 1060: camera unit
1070: Photo album section 1080: Audio input / output section
2000: Beacon 3000: Wireless communication network
4000: Public network 5000: App Contest Server

Claims (22)

Receives and analyzes positional information from a mobile communication network or a beacon by a location information app installed and operated, real-time coordinates information at a current position, coordinates coordinate information on a photographed image information image and stores the coordinates information, A smartphone for displaying coordinate information measured in a digital map image and receiving and outputting peripheral information from the beacon;
A beacon wirelessly connected to the smartphone through a Bluetooth system and recording and storing a location signal and a surrounding geographical information to wirelessly output a location signal for identifying a location of an unspecified location where the mobile terminal is installed;
A general-purpose communication network connected to the smartphone and transmitting a communication signal including data via a communication channel of an assigned communication path so as to be transmitted and received; And
Accesses the smartphone via the general-purpose communication network, downloads the location information app to the latest version, controls and monitors the installation and operation, and displays images and messages captured by the smartphone as a contest to provide preference collection and gift certificates An app contest server; A system for real - time location recognition using beacon information, photo information and map information of a smartphone including a smartphone.
The method according to claim 1,
The smartphone
A wireless communication unit for connecting to the app contest server via the general-purpose communication network and downloading the location information app via a corresponding control signal, and transmitting the photographed image and the measured coordinate information to the app contest server;
A smart control unit connected to the wireless communication unit, connected to the app contest server, downloading the location information app, shooting a surrounding image, and outputting and monitoring a corresponding control signal to measure the coordinate information;
A coordinate information unit for detecting the basic coordinate information in the current position by the corresponding control signal of the smart control unit and outputting the coordinate information in which the average value is calculated in a multistage manner;
An app data recording unit for recording or deleting the location information app, the input message and the geographical information in the allocated area according to a corresponding control signal of the smart control unit;
A touch input / output unit for outputting a video data signal including a message and information according to a corresponding control signal of the smart control unit and inputting data and a message by touch;
A camera unit for photographing a subject according to a corresponding control signal of the smart control unit and outputting a video signal of a photographed image as a signal of a specified format;
A photo album unit for recording or storing a video signal composed of photo information photographed by the camera unit in an allocated area according to a corresponding control signal of the smart control unit; And
An audio input / output unit for outputting or inputting an audio level signal at a controlled level according to a corresponding control signal of the smart control unit; A system for real - time location recognition using beacon information, photo information and map information of a smartphone including a smartphone.
3. The method of claim 2,
The smart control unit
And wirelessly communicating with the beacon by controlling the wireless communication unit, detecting the strength of the received signal while communicating with the beacon, and measuring the straight line distance between the beacon and the beacon in real time. Real - time location automatic recognition system using map information.
3. The method of claim 2,
The wireless communication unit
Wherein the smart control unit is provided with both a CDMA mobile communication unit, a TRS mobile communication unit, and a beacon radio communication unit, and simultaneously operates at least one selected or selected one selected by a corresponding control signal of the smart control unit, Real - time location automatic recognition system using beacon information, photo information and map information of phone.
5. The method according to any one of claims 1 to 4,
The general-
A mobile communication network that wirelessly connects with the smartphone in a mobile communication manner within a service area, allocates and provides a communication path to be connected to a designated party, and transmits and receives communication signals wirelessly; And
A public communication network that is connected to the mobile communication network and allocates and provides a communication path to be connected to a designated counterpart and transmits and receives a communication signal by wire; ≪ / RTI >
Wherein the mobile communication network is configured to connect to the beacon and transmit and receive a communication signal including data, wherein the beacon information, the photograph information, and the map information are used.
6. The method of claim 5,
The coordinate information unit
A geosynthesizer for detecting basic coordinate information of a ZPS method at a current position by a corresponding control signal of the smart controller;
An IRS unit for detecting the basic coordinate information of the IE system at the current position by the corresponding control signal of the smart controller;
An LV unit for detecting basic coordinate information of the LV system at a current position by a corresponding control signal of the smart controller;
A first arithmetic mean part for inputting basic arithmetic information detected by each of the XPS part, the NS part and the LV part by a corresponding control signal of the smart control part, and arithmetically averaging the input basic coordinate information;
A second arithmetic average unit for inputting basic arithmetic information detected by each of the X-ray source unit, the NS and the LV unit according to a corresponding control signal of the smart control unit, and arithmetically averaging the input basic coordinate information;
A third arithmetic average unit for inputting basic arithmetic information detected by each of the X-ray source unit, the ES unit and the LV unit by a corresponding control signal of the smart control unit, and performing an arithmetic average operation; And
A second arithmetic average unit operable to perform a first arithmetic average operation on each of the first arithmetic average unit, the second arithmetic average unit, and the third arithmetic average unit according to a corresponding control signal of the smart controller, ; A system for real - time location recognition using beacon information, photo information and map information of a smartphone including a smartphone.
Receives and analyzes the position information from the mobile communication network or the beacon, real-time coordinates information at the current position, coordinates the measured coordinate information with the image made of photographed photograph information, stores the coordinate information, A smartphone for displaying information and receiving and outputting peripheral information from the beacon;
A beacon wirelessly connected to the smartphone through a Bluetooth system and recording and storing a location signal and a surrounding geographical information to wirelessly output a location signal for identifying a location of an unspecified location where the mobile terminal is installed;
A general-purpose communication network connected to the smartphone and transmitting a communication signal including data via a communication channel of an assigned communication path so as to be transmitted and received; And
An app contest server that connects with the smartphone via the general-purpose communication network and displays images and messages shot by the smart phone as a contest to provide preference collection and gift certificates; A system for real - time location recognition using beacon information, photo information and map information of a smartphone including a smartphone.
8. The method of claim 7,
The smartphone
A wireless communication unit that connects to the app contest server via the general-purpose communication network according to the control signal, and transmits the photographed image and the measured coordinate information to the app contest server;
A smart control unit connected to the wireless communication unit, capturing an image of a surrounding area, and outputting and monitoring a corresponding control signal to measure the coordinate information;
A coordinate information unit for detecting the basic coordinate information in the current position by the corresponding control signal of the smart control unit and outputting the coordinate information in which the average value is calculated in a multistage manner;
An app data recording unit for recording or deleting a message or geographical information input by the corresponding control signal of the smart control unit in the allocated area;
A touch input / output unit for outputting a video data signal including a message and information according to a corresponding control signal of the smart control unit and inputting data and a message by touch;
A camera unit for photographing a subject according to a corresponding control signal of the smart control unit and outputting a video signal of a photographed image as a signal of a specified format;
A photo album unit for recording or storing a video signal composed of photo information photographed by the camera unit in an allocated area according to a corresponding control signal of the smart control unit; And
An audio input / output unit for outputting or inputting an audio level signal at a controlled level according to a corresponding control signal of the smart control unit; A system for real - time location recognition using beacon information, photo information and map information of a smartphone including a smartphone.
9. The method of claim 8,
The smartphone
When the beacon-touched signal is input to the touch input / output unit, the beacon information is received, recorded, stored, managed, and displayed. The time count starts and the start time and the elapsed time are displayed Wherein the beacon information includes at least one of photograph information and map information.
9. The method of claim 8,
The smartphone
When a beacon-touched signal is input to the touch input / output unit, the beacon information is received and inputted, and map information corresponding to the coordinates information measured in real time at the current position is received and inputted, and the current position is displayed in the map information And displaying the start time and the elapsed time, respectively, and displaying the start time and the elapsed time, respectively, and displaying the start time and the elapsed time, respectively, based on the beacon information, the photo information, and the map information. .
9. The method of claim 8,
The smartphone
When a beacon-touched signal is input to the touch input / output unit, the beacon information is received and inputted, and map information corresponding to the coordinates information measured in real time at the current position is received and inputted, and the current position is displayed in the map information Records, manages, outputs, displays, displays, displays, records, stores, manages, outputs, displays, displays, and displays a time count when a photographed image signal is inputted. And outputting a start time and an elapsed time, respectively, and displaying the start time and the elapsed time, respectively, based on the beacon information, the photograph information, and the map information.
9. The method of claim 8,
The smartphone
When a touching signal of a photograph icon displayed on the touch input / output unit is input, the photographed photographic signal is inputted, coordinate information of the photographed position and the corresponding map information are recorded, stored, managed, output and displayed, And displaying the start time and the elapsed time, respectively, and displaying the start time and the elapsed time, respectively, and displaying the beacon information, the photograph information, and the map information.
9. The method of claim 8,
The smartphone
When a touching signal of the map icon displayed on the touch input / output unit is input, the coordinates information of the real time measurement at the current position and the corresponding map information are recorded, stored, managed and displayed to display and display the time coefficient. And displaying the beacon information, the beacon information, the photo information, and the map information of the smartphone.
9. The method of claim 8,
The smartphone
And transmits the coordinate information, the photograph information, and the map information to the designated status room designated as the other party. The system of claim 1, wherein the real-time location automatic recognition system uses beacon information, .
A method for operating a real-time location automatic recognition system using beacon information, photo information, and map information of a smartphone including a smartphone, a beacon, a universal communication network, and an application contest server,
When it is determined that the control signal for operating the location information application is input by the smartphone, the mobile terminal accesses the app contest server, downloads the location information app in frame units, installs and manages the location information app, A first step of downloading the map information in a streaming manner;
A second step of transmitting coordinates information and map information measured in real time to a designated counterpart if it is determined that the emergency rescue request signal is inputted by the smartphone;
When the beacon information area, the photographing information area, and the map information area are classified and displayed on the screen of the touch input / output unit by the smartphone, and if it is determined that the beacon is searched, the beacon information is received and analyzed to detect the beacon coordinate information and the geographical information, And if it is determined that the beacon information area is touched to input a beacon information collection command signal, the beacon information reception analysis is repeated from the nearest beacon nearby, and the corresponding map information is output, and the time is counted to display the start time and the elapsed time Step 3:
When the photographing information area is touched by the smartphone and it is judged that a photographing command signal is inputted, the subject is photographed, the corresponding map information is recorded in association, the corresponding map information is outputted, and the time is counted to display the start time and the elapsed time And recording photographing information in an allocated memory area; and
If it is determined that the reset command signal is inputted by the smartphone, the beacon information, the photographing information, and the map information are linked to each other, A method of operating a real time location automatic recognition system using beacon information, photograph information and map information of a smartphone including a smartphone.
16. The method of claim 15,
A map storage step of storing map information in which the current location is displayed in an allocated area if it is determined that the command signal for map storage is inputted by the smartphone that has processed the fourth step; And a method of operating a real-time location automatic recognition system using photograph information and map information.
12. The method of claim 11,
If it is determined by the smart phone that has processed the fourth step that any one of the beacon information area, the photographing information area, and the map information area is displayed on the screen of the touch input / output unit and the touch signal is inputted, An enlargement display step of dividing the beacon information area, the photographing information area, and the map information area into the beacon information area and the map information area, respectively, if the touched signal is judged to be inputted in the enlarged display state; And a method of operating a real-time location automatic recognition system using photograph information and map information.
18. The method of claim 17,
Link transmission step of linking the currently confirmed beacon information, photographing information, and map information to a designated other party when it is determined that the command signal of the link transmission is input by the smartphone that has processed the fourth step; And a method of operating a real-time location automatic recognition system using photograph information and map information.
19. The method of claim 18,
Wherein the link partner is connected to the mobile phone through a karaoke or a text message, wherein the beacon information, the photo information, and the map information are used.
20. The method of claim 19,
When the smart phone detects that the list icon displayed on the upper part of the touch input / output sub screen is touched by the smartphone, the beacon information received and detected and analyzed to display the recorded beacon information on a time basis, And the corresponding item is deleted when the user pushes the icon to the right. The operation method of the real time location automatic recognition system using the beacon information, the photograph information and the map information of the smartphone.
21. The method of claim 20,
If the beacon information of a specific item selected from the displayed list is touched by the smartphone, detailed beacon information including coordinate information, geographical information, and site link information of the beacon received and analyzed from the beacon is displayed, The method comprising the steps of: receiving a beacon signal from a smartphone;
A method for operating a real-time location automatic recognition system using beacon information, photo information, and map information of a smartphone including a smartphone, a beacon, a universal communication network, and an application contest server,
A first step of transmitting coordinate information and map information measured in real time to a designated counterpart if it is determined that the emergency rescue request signal is input by the smartphone;
When the beacon information area, the photographing information area, and the map information area are classified and displayed on the screen of the touch input / output unit by the smartphone, and if it is determined that the beacon is searched, the beacon information is received and analyzed to detect the beacon coordinate information and the geographical information, And if it is determined that the beacon information area is touched to input a beacon information collection command signal, the beacon information reception analysis is repeated from the nearest beacon nearby, and the corresponding map information is output, and the time is counted to display the start time and the elapsed time Step 2:
When the photographing information area is touched by the smartphone and it is judged that a photographing command signal is inputted, the subject is photographed, the corresponding map information is recorded in association, the corresponding map information is outputted, and the time is counted to display the start time and the elapsed time And recording in the allocated memory area as shooting information; and
A fourth step of associating the received beacon information, the corresponding photographing information, and the corresponding map information with each other, recording and managing the list in a list, and terminating the process when the reset command signal is input by the smartphone; A method of operating a real time location automatic recognition system using beacon information, photograph information and map information of a smartphone including a smartphone.

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