KR101594513B1 - Device and operating method of bluetooth beacon with portable terminal which provide thread service from recognizing of position coordinate of road structure - Google Patents

Abstract

The present invention relates to a Bluetooth beacon device connected with a portable terminal for providing a thread service by recognizing a position coordinate of a road structure, and a method for operating the same. The Bluetooth beacon device comprises: a plurality of beacon devices, each of which is installed in a road structure such as a street lamp, a building and the like and has a GPS coordinate inputted; a detection device which is installed in a portable terminal and recognizes a position value between two or more beacon devices among the beacon devices; and a thread device which is installed in the portable terminal and allows a message window which is inputtable and modifiable to be outputted on a display panel of the portable terminal in an application form, when the recognition of the position value is completed in the detection device. Therefore, the Bluetooth beacon device of the present invention allows the acquisition of associated information of a corresponding road structure and enables mutual information exchange.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a Bluetooth beacon device and a Bluetooth beacon device, and a Bluetooth beacon device and a method of operating the Bluetooth beacon device in combination with a portable terminal that provides a thread service by recognizing a positional coordinate of a road structure.

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a Bluetooth beacon device and a method for operating the Bluetooth beacon in connection with a portable terminal for providing a service of a story by recognizing the coordinates of a road structure, and more particularly, And more particularly, to a Bluetooth beacon device and a method of operating the Bluetooth beacon in connection with a portable terminal that provides a thread service by recognizing position coordinates of a road structure.

Smart phones, and the like, technologies related to mobile applications such as navigation and map or location information guidance applications installed in such portable terminals are being widely known and being researched and developed.

However, most of these mobile applications have to go through a series of cumbersome process of touching the corresponding information on a map drawn in the form of a two-dimensional plan view and acquiring related information, and in the case of users who have difficulties in location and space perception, There are a lot of cases where the means can not be helped.

Published patent application No. 10-2012-0104677

SUMMARY OF THE INVENTION The present invention has been made in order to solve the above problems, and it is an object of the present invention to provide a road structure providing position information of a road structure which is capable of acquiring related information of the road structure, And to provide a Bluetooth beacon device and a method of operating the Bluetooth beacon in connection with a portable terminal that recognizes and provides a thread service.

According to an aspect of the present invention, there is provided a beacon device including: a plurality of beacon devices, each installed in a road structure such as a streetlight or a building, for inputting GPS coordinates; A detection device installed in the portable terminal and recognizing a position value between at least two of the plurality of beacon devices; And a thread device installed in the portable terminal and configured to output a message window that can be input and modified on the display panel of the portable terminal in the form of an application when the detection of the position value is completed in the detecting device The present invention can provide a Bluetooth beacon device in connection with a portable terminal that provides a thread service by recognizing position coordinates of a road structure.

Here, the glance device outputs the message window only within a broadcast range of the beacon device installed in the road structure.

The GPS device includes a GPS device that transmits and receives geographical information and position information of the road structure, and a gravity sensor that is connected to the GPS device and detects a tilt and a vertical orientation of the north, south, And the sensor transmits relevant information of the road structure to the glance device.

The glance device may further include a location information database server in which the detailed information of the road structure according to the GPS device and the gravity sensor is stored, and a display device for displaying the road structure and the surrounding image on the display panel of the portable terminal A display device, and an augmented reality application, and causes the message window and related information of the road structure to be output to the corresponding road structure part among the road structure and the surrounding images output to the photographing device And an augmented reality device.

According to another aspect of the present invention, there is provided a beacon device including a plurality of beacon devices to which GPS coordinates are input in a plurality of road structures such as a streetlight or a building; A second step in which a detection device installed in the portable terminal recognizes a position value between at least two beacon devices among the plurality of beacon devices; A thread device installed in the portable terminal displays a message window that can be input and modified on the display panel of the portable terminal in the form of an application when the detection of the position value is completed in the detecting device, The present invention can provide a method of operating a Bluetooth beacon device in association with a portable terminal that provides a thread service by recognizing a position coordinate of a road structure including a road structure.

Wherein the thread device outputs the message window only within a broadcast range of the beacon device installed in the road structure.

The second step includes transmitting and receiving the geographical information and the position information of the road structure between the portable terminal and the beacon device, detecting the tilt and the upward / downward directions of the north, south, Wherein the geographical information, the location information, the slope, and the azimuth information are transmitted to the gateways device in the form of related information of the road structure.

The third step may include the steps of storing the detailed information of the road structure detected through the second step in a location information database server so that the detailed information can be inputted and corrected; And outputting the message window and related information of the road structure on the road structure part of the road structure and the surrounding image outputted to the photographing device on the display panel of the portable terminal The method comprising the steps of:

According to the present invention having the above-described configuration, the following effects can be achieved.

First, the present invention includes a glance device for communicating a beacon device installed in each road structure with a detection device of a portable terminal and outputting a message window to the display panel of the portable terminal through the augmented reality, and in case of a road structure such as a streetlight If you mark the mark on the streetlight as a portable terminal, you can check various messages and related information in the form of a thread.

Accordingly, the user can upload information such as text, moving images, photographs and the like at a position he / she wants to register using such a portable terminal, and can easily and accurately acquire relevant information about the road structure and the surrounding area .

In particular, the present invention can be utilized as a commercial advertisement message for a company from the above-described configuration and embodiment.

That is, by attaching an advertisement mark to a road structure such as a designated streetlight or a building to illuminate a user's portable terminal, various messages can be exposed as augmented reality to induce interest, and a feedback can be provided to an advertisement through a thread, It can be provided to an unspecified number of users accessing the corresponding information through the complementary advertisement.

This can reduce the objection to the advertisement and provide the effect of naturally communicating information about the advertisement product.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a conceptual diagram illustrating the overall configuration of a Bluetooth beacon device in connection with a portable terminal for providing a thread service by recognizing position coordinates of a road structure according to an embodiment of the present invention;
2 is a block diagram illustrating a method of operating a Bluetooth beacon device in connection with a portable terminal that recognizes position coordinates of a road structure according to an embodiment of the present invention and provides a thread service.

BRIEF DESCRIPTION OF THE DRAWINGS The advantages and features of the present invention, and how to accomplish them, will become apparent by reference to the embodiments described in detail below with reference to the accompanying drawings.

However, the present invention is not limited to the embodiments described below, but may be embodied in various other forms.

The present embodiments are provided so that the disclosure of the present invention is thoroughly disclosed and that those skilled in the art will fully understand the scope of the present invention.

And the present invention is only defined by the scope of the claims.

Thus, in some embodiments, well known components, well known operations, and well-known techniques are not specifically described to avoid an undesirable interpretation of the present invention.

In addition, throughout the specification, like reference numerals refer to like elements, and the terms (mentioned) used herein are intended to illustrate the embodiments and not to limit the invention.

In this specification, the singular forms include plural forms unless the context clearly dictates otherwise, and the constituents and acts referred to as " comprising (or having) " do not exclude the presence or addition of one or more other constituents and actions .

Unless defined otherwise, all terms (including technical and scientific terms) used herein may be used in a sense commonly understood by one of ordinary skill in the art to which this invention belongs.

Also, commonly used predefined terms are not ideally or excessively interpreted unless they are defined.

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

FIG. 1 is a conceptual diagram illustrating the overall configuration of a Bluetooth beacon device in connection with a portable terminal that provides a service of a story by recognizing the coordinates of a road structure according to an exemplary embodiment of the present invention. Referring to FIG.

It will be appreciated that the present invention includes a beacon device 100, a detection device 200, and a thread device 300, as shown.

The beacon device 100 is installed in a plurality of road structures 400 such as a streetlight or a building and is input with GPS coordinates. The beacon device 100 includes the satellite 900, the portable terminal 500 of the user, It is also possible to communicate with the mobile terminal 700 as well.

The detection device 200 is installed in the portable terminal 500 and recognizes a position value between at least two beacon devices 100 among a plurality of beacon devices 100.

The glance device 300 is installed in the portable terminal 500. When the recognition of the position value is completed in the detecting device 200, the glance device 300 can be input and corrected on the display panel 510 of the portable terminal 500, The message window 600 is output.

The beacon device 100 installed in each of the road structures 400 and the detection device 200 of the portable terminal 500 communicate with each other and the message window 600 is displayed on the portable terminal 500 through the augmented reality In the case of a road structure 400 such as a streetlight including a glazing device 300 for outputting to a display panel 510, when a mark displayed on the street light is directed to the portable terminal 500, various messages and related information .

Accordingly, the user can upload information such as text, moving images, and photographs at the position he / she wants to register using the portable terminal 500, and can easily upload relevant information of the road structure 400 and its surroundings You will be able to get it correctly.

It is to be understood that the present invention may be embodied in many other specific forms without departing from the spirit or scope of the invention.

The thread device 300 outputs the message window 600 only within the broadcast range of the beacon device 100 installed in the road structure 400. [

Here, the beacon device 100 uses the Bluetooth 4.0 protocol, that is, the Bluetooth low energy protocol, to transmit a small radio signal to the surroundings.

Bluetooth 4.0 is meant to enable interaction with or interaction with nearby devices located within about 3 to 150 feet.

The BLE is different from the conventional Bluetooth which consumes much battery power of the portable terminal 400 and does not affect the battery life of the device of the user, that is, the portable terminal 400.

This indicates that the BLE is operational even with little battery consumption.

BLE also has an advantage of being able to create a real-word operating system. The real language operating system connects the portable terminal 400, the smart object, and the beacon through a common communication network, So that the portable terminal 500, smart objects, and beacons can communicate with each other with contextual intelligence.

Meanwhile, the detection device 200 includes a GPS device that transmits and receives geographical information and position information of the road structure 400, and a gravity sensor that is connected to the GPS device and senses the tilt and the upward / downward directions.

Here, the GPS device and the gravity sensor transmit the related information of the road structure 400 to the glazing device 300.

The glazing device 300 includes a location information database server 700 in which detailed information of the road structure 400 according to the GPS device and the gravity sensor is stored and a road information database server 700 on the display panel 510 of the portable terminal 500, And includes an augmented reality device together with a photographing device (such as a camera) for causing the structure 400 and a surrounding image to be output.

The augmented reality device is installed in the portable terminal 500 in the form of an application for augmented reality and displays the message window 600 and the road structure 400 on the part of the road structure 400, (400) is output.

In order to apply the augmented reality technology, a GPS device that transmits and receives the above geographical information and location information, a gravity (tilt + electronic compass) sensor (or gyroscope sensor), and a location information There is a need for an augmented reality application in which the database server 700 and the detailed related information are received and displayed on the real background outputted through the portable terminal 500. [

First, when a user executes an augmented reality application and then illuminates a road structure such as a specific distance, a streetlight, and a building with a photographing device such as a built-in camera (cam) built in the portable terminal 500, / Hardness information, tilt / gravity information, and the like are temporarily recorded in the portable terminal 500.

Then, the GPS information is transmitted to the corresponding location information database server 700 via the Internet 800.

This is because it is virtually impossible to store all the detailed information of the area around the road structure 400 and the building in the portable terminal 600 of the user.

The location information database server 700 receiving the GPS information such as the location / slope from the user's portable terminal 500 receives the detailed information of the road structure and its surroundings in the DB of the location information database server 700 And transmits the result to the portable terminal 500 again.

The mobile terminal 500, which receives the data, matches the current map information through the augmented reality application and displays the display panel of the portable terminal 500 on a real-time screen A message window 600 and the like.

Since the data transmission / reception between the portable terminal 500 and the location information database server 700 is continuously performed, when the user moves the portable terminal 500 over the distance, detailed information about the area and the surrounding area is sequentially In the display panel of the portable terminal 500.

A method of operating a Bluetooth beacon device in conjunction with a portable terminal for providing a thread service by recognizing the positional coordinates of a road structure according to an embodiment of the present invention will be described with reference to the block diagram of FIG.

For reference, reference numerals of the drawings not shown in Fig. 2 refer to Fig.

First, a plurality of beacon devices 100 to which GPS coordinates are inputted are installed in a plurality of road structures 400 such as a streetlight or a building (S1: first step).

Next, the detection device 200 installed in the portable terminal 500 recognizes a position value between at least two beacon devices 100 among the plurality of beacon devices 100 (S2: second step).

When the thread device 300 installed in the portable terminal 500 recognizes the position value in the detecting device 200, the thread device 300 displays the image on the display panel 510 of the portable terminal 500 (S3) (step 3).

Here, the thread device 300 outputs the message window 600 only within the broadcasting range of the beacon device 100 installed in the road structure 400 as described above.

The second step S2 includes transmitting and receiving the geographical information and the location information of the road structure 400 between the portable terminal 500 and the beacon device 100, It may include a process of detecting the upward, downward, northward, southward, northward, southward, northward,

The geographical information and the location information and the tilt and orientation information may be transmitted to the glazing device 300 in the form of related information of the road structure 400.

The third step S3 includes the steps of storing the detailed information of the road structure 400 detected through the second step S2 in the location information database server 700 so that the detailed information can be inputted and corrected, And outputting the road structure 400 and the surrounding image on the display panel 510 of the display device 500.

In the third step S3, the related information of the message window 600 and the road structure 400 is displayed on the road structure 400 of the road structure 400 and surrounding images output to the photographing device from the portable terminal 500 To be displayed on the display panel 510 of the display device.

In the present invention, when a mark displayed on a road structure 400 such as a streetlight, a building, and the like is viewed by a user's portable terminal 500, various messages can be identified in a form of a message, such as a message window 600.

At this time, the user can upload the text, the moving image, and the photograph at the position he / she wants to register using the portable terminal 500 such as a smart phone and a tablet PC.

In the case of a private message, the message window 600 may transmit a message sent to a specific object at a desired location to transmit an event such as proposal or emotional message delivery. You can do it.

In addition, when a message is transmitted through the message window 600, the recipient's mobile terminal 500 may receive information on the corresponding location.

In addition, open messages can provide opportunities to communicate with various people through comment and response management.

The contents of various messages through the message windows 600 are managed by the location information database server 700. When inappropriate contents are posted, the contents can be deleted through keyword filtering and manager monitoring.

In addition, when there is no portable terminal 500, it is also possible to add a function of checking a real-time message through an app linked to a large display or hub installed in a smart street.

As described above, the present invention recognizes the position coordinates of the road structure for acquiring the related information of the road structure and enabling mutual information exchange, and recognizes the position coordinates of the road structure providing the thread service, And a Bluetooth beacon device and an operation method in connection with the Bluetooth beacon device.

It will be apparent to those skilled in the art that many other modifications and applications are possible within the scope of the basic technical idea of the present invention.

100 ... beacon device
200 ... Detection device
300 ... thread device
400 ... Road construction
500 ... portable terminal
510 ... display panel
600 ... message window
700 ... location information database server
800 ... Internet
900 ... satellite
S1 ... Step 1
S2 ... Step 2
S3 ... Step 3

Claims (8)

A plurality of beacon devices respectively installed in a road structure such as a streetlight or a building, and receiving GPS coordinates;
A GPS device installed in a portable terminal for receiving geographical information and position information of the road structure by recognizing a position value of at least two beacon devices among the plurality of beacon devices, A detection device including a gravity sensor for detecting a tilt and a direction of north, south, south, and north; And
And a message window that can be input and corrected on the display panel of the portable terminal in the form of an application when the detection of the position value is completed in the detection device is provided, A photographing device for outputting the road structure and a surrounding image on a display panel of the portable terminal, and a display device for displaying the road structure in the form of an application for augmented reality, And an augmented reality device for displaying the message window and related information of the road structure on the road structure part of the road structure and the surrounding images output to the photographing device,
Wherein the thread device outputs the message window only within a broadcast range of the beacon device installed in the road structure, the beacon device uses the Bluetooth 4.0 protocol to transmit a radio signal to the surroundings,
Wherein a plurality of messages can be identified to the message window by illuminating the mark on the road structure with the portable terminal, and the message window is classified into a public or a non-public form when the third message is a whole message viewable by a third party, Wherein the contents of the plurality of messages are collectively managed by the location information database server and are subject to keyword filtering and manager monitoring,
Wherein the GPS device and the gravity sensor transmit the related information of the road structure to the glance device. The Bluetooth beacon device according to claim 1,
delete delete delete A first step of installing a plurality of beacon devices to which GPS coordinates are inputted in a plurality of road structures such as a streetlight or a building;
A detection device installed in the portable terminal detects geographical information and location information of the road structure between the portable terminal and the beacon device so as to recognize a position value between at least two beacon devices among the plurality of beacon devices, A second step in which the GPS device of the detecting device mutually transmits and receives, and a gravity sensor of the detecting device senses a tilt and a vertical direction in the north, south, south, and north directions in association with the geographical information and the location information;
A thread device installed in the portable terminal displays a message window that can be input and modified on the display panel of the portable terminal in the form of an application when the detection of the position value is completed in the detecting device, / RTI >
Wherein the thread device outputs the message window only within a broadcast range of the beacon device installed in the road structure, the beacon device uses the Bluetooth 4.0 protocol to transmit a radio signal to the surroundings,
The geographic information, the location information, the slope, and the azimuth information are transmitted to the glance device in the form of related information of the road structure,
In the third step,
Storing the detailed information of the road structure detected through the second step in a location information database server so that the detailed information can be inputted and corrected;
Outputting the road structure and a surrounding image on a display panel of the portable terminal;
And outputting the message window and related information of the road structure on the display panel of the road structure from the road structure and the surrounding images outputted to the photographing device of the glazing device,
Wherein a plurality of messages can be identified to the message window by illuminating the mark on the road structure with the portable terminal, and the message window is classified into a public or a non-public form when the third message is a whole message viewable by a third party, Wherein the contents of the plurality of messages are collectively managed by the location information database server to recognize location coordinates of a road structure to be subjected to keyword filtering and manager monitoring to provide a thread service.
delete delete delete

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