KR101407786B1 - Apparatus for providing smart services using multiple tag information - Google Patents

Abstract

A smart service providing device of the present invention includes: a multimedia tag reading unit for normalizing and filtering tag signals input from a plurality of input devices and then for storing recognized pieces of tag information in a tag information DB in a smart tag registration mode, and for normalizing and filtering a tag signal input from at least one of the plurality of input devices and then for comparing recognized tag information with the pieces of tag information stored in the tag information DB so as to output first tag information if the first tag information matches the pieces of tag information, in a tag recognition mode; and an event processing unit for reading, when the first tag information is input from the multimedia tag reading unit, multimedia data corresponding to the first tag information and information on an output medium for outputting the multimedia data, from an event DB, and then for transmitting the multimedia data to the output medium according to the information on the output medium.

Description

Technical Field [0001] The present invention relates to a smart service providing apparatus using a plurality of tag information,

The present invention relates to a smart service providing apparatus using a plurality of tag information, and more particularly, to a smart service providing apparatus using a plurality of tags capable of recognizing a user environment through various input devices and providing an optimal smart service interlocked with a recognized user environment And more particularly, to a smart service providing apparatus using information.

Recently, as smart devices become more generalized, user environment recognition technology that is obtained through various input devices mounted on the smart devices is being developed. Typical input devices used in user environment recognition technology are GPS terminal, WiFi terminal, CCTV. In the case of a smart phone, a mobile communication terminal integrated with a WiFi, a camera, a gyro sensor, etc., can photograph and transmit an image together with location information of a user.

Korean Patent Registration No. 10-1049090 (hereinafter referred to as "prior art") relates to a marker including a two-dimensional code and a content distribution method using the marker, wherein a plurality of identifiable augmented reality markers are generated, A technique for conveniently and efficiently distributing contents through a social network service or the like by displaying a combined image of a video or an augmented reality marker viewed through a webcam or a mobile device in real time using an image marker or a moving image .

However, as in the prior art, a smart service that is dependent on a specific input device is an essential element to be overcome in generalizing the accessibility of the user.

Korean Registered Patent No. 10-1049090 (registered on July 7, 2011)

SUMMARY OF THE INVENTION The present invention has been made to solve the above problems, and it is an object of the present invention to provide a method and apparatus for recognizing a user environment through various input devices and providing a plurality of tag information capable of providing an optimal smart service interlocked with a recognized user environment And a smart service providing apparatus using the same.

According to an aspect of the present invention, there is provided a smart service providing apparatus that sets a tag registration mode and a tag recognition mode according to a user input, and generates a tag signal for acquiring a tag signal from a plurality of input devices, A control unit for controlling an acquisition update time, a resolution, a frame rate, and a tag signal standard specification setting; and a control unit for normalizing and filtering the tag signals input from the plurality of input devices when the tag registration mode is set in the control unit, Information is stored in the tag information DB, and when the tag recognition mode is set in the controller, normalization and filtering of the tag signals input from the plurality of input devices are performed in the tag registration mode, and the recognized tag information is stored in the tag information DB In a tag recognition mode, input from at least one of a plurality of input devices A multimode tag reading unit for comparing the recognized tag information with the tag information stored in the tag information DB after normalizing and filtering the tag signal, and outputting first tag information if there is matching first tag information; When the first tag information is input from the multimedia tag reading unit, the multimedia data corresponding to the first tag information and the output medium information for outputting the multimedia data are read from the event DB, and the multimedia data is transmitted to the output medium according to the output medium information And an event processing unit.

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According to the above arrangement, the following effects can be obtained.

First, it is possible to maximize the utilization of tag information based smart services such as augmented reality, tag-based logistics information management, display physical visit, tour guide, and smart settlement service in a smart device which is supplied with various specifications.

Second, it enables smart services even in smart devices with specifications that are not yet universalized, so that the service can be commercialized sooner than the period when the devices are fully deployed. As a result, it can lead to early introduction of various smart services of new-idea-based IT companies that need to enter the market fast in specialized service niche market and can contribute to increase the success rate of new business by minimizing user rejection. This is expected to contribute considerably to reducing the technological gap between service provision and service provision in recent years, and it is expected that new technology IT service employment creation effects will be expected.

Figure 1 shows an overall system according to the invention.
2 is a configuration block diagram of a smart service provision apparatus according to the present invention.
3 shows a method of providing a smart service according to the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Reference will now be made in detail to the embodiments of the present invention, examples of which are illustrated in the accompanying drawings, wherein like reference numerals refer to the like elements throughout.

1, the entire system according to the present invention includes a plurality of input devices 110 and a smart service 120 connected to the output medium 120 through a network (including a mobile communication network, a short-range wireless communication network, and an Internet network) And a providing apparatus 200 as shown in FIG.

The plurality of input devices 110 include a GPS transceiver 111, a gyro sensor 112, a WiFi terminal 113, an NFC reader 114, an RFID reader 115, a Bluetooth terminal 116, do. The GPS transceiver 111 generates magnetic location information including latitude and longitude. The gyro sensor 112 generates azimuth and acceleration. The WiFi terminal 113, the NFC reader 114, the RFID reader 115, and the Bluetooth terminal 116 transmit and receive data according to respective signal standard standards. The camera 117 generates visual content analysis (hereinafter, referred to as "VCA") information including a one- and two-dimensional QR code image and x, y pixel position information.

The output medium 120 includes a smart TV 121, a mobile communication terminal 122, an AP 123 for media data, and a digital information display (DID) DID (Digital Information Display) is a large-sized LCD display, which is a digital medium that delivers advertisement to many unspecified persons. The advertisement contents can be transmitted to the display by wire or wireless, the advertisement time and order can be adjusted together, and the image management can be freely performed. Also, various contents such as video graphics, photo text animation, etc. can be inserted.

2, the smart service providing apparatus 200 includes a multimedia tag reading unit 210, a tag information DB 220, an event processing unit 230, and an event DB 240 .

In the tag registration mode, the multi-media tag reading unit 210 normalizes and filters the tag signals input from the plurality of input devices 110, stores the recognized tag information in the tag information DB 220, , Normalizes and filters the tag signal input from at least one of the plurality of input devices 110, compares the recognized tag information with the tag information stored in the tag information DB 220, The first tag information is output.

A GPS / GYRO tag reading unit 212 for processing radar data, azimuth angle, angular velocity, and rotation direction information input from the plurality of input devices 110; An NFC / RFID tag reading unit 214 for processing an NFC identification code and an RFID identification code; a Bluetooth tag reading unit (for example, 215, a QR tag reading unit 216 for processing a QR code, and a VCA tag reading unit 217 for processing VCA tag information.

The control unit 211 includes a GPS / GYRO tag reading unit 212, a WiFi tag reading unit 213, an NFC / RFID tag reading unit 214, a Bluetooth tag reading unit 215, The reading unit 216, and the VCA tag reading unit 217. In this case,

The control unit 211 controls the tag signal acquisition update time for acquiring the tag signal from the plurality of input devices 110, the resolution and frame rate for the image, the tag signal standard standard for NFC, RFID, Bluetooth, . ≪ / RTI >

The tag information stored in the tag information DB 220 includes a QR code, a WiFi identification code, an NFC identification code, an RFID identification code, a Bluetooth identification code, a radius, azimuth, angular velocity, rotation direction information, and VCA tag information .

When the first tag information is input from the multimedia tag reading unit 210, the event processing unit 230 reads out the output medium information to output the multimedia data and the multimedia data corresponding to the first tag information from the event DB 240, And then transmits the multimedia data to the output medium. The event processing unit 230 may store new multimedia data in the event DB 240 or edit and delete stored multimedia data. The multimedia data stored in the event DB 240 includes a sound, an image, and a moving picture file.

A method of providing a smart service according to the present invention is shown in FIG. A smart service providing method according to the present invention is implemented in a smart service providing apparatus connected to a plurality of input devices and output media through a network (including a mobile communication network, a short-range wireless communication network, and an Internet network).

First, the smart service providing apparatus sets a tag mode according to a user input (S310). For example, the tag mode is divided into a tag registration mode and a tag recognition mode. The tag information includes a QR code, a WiFi identification code, an NFC identification code, an RFID identification code, a Bluetooth identification code, a radar angle, an azimuth angle, an angular velocity, rotation direction information, and VCA tag information.

When a tag signal is input from a plurality of input devices (S320), the smart service providing device performs normalization and filtering of the tag signal to remove noise of the signal (S330).

For example, the smart service providing apparatus confirms whether the tag mode set in step S310 is the tag registration mode (S340). If the set tag mode is the tag registration mode, a message inquiring whether to store the filtered tag information together with the filtered tag information is displayed on the screen (S350). If the smart service providing device does not store the tag information, the process returns from step S320. When storing the tag information, the smart service providing apparatus stores the filtered tag information and the tag type in the tag information DB (S360).

If the tag mode set as the check result in step S310 is not the tag registration mode, that is, if the set tag mode is the tag recognition mode, the smart service providing apparatus compares the filtered tag information with the tag information stored in the tag information DB It is checked whether the first tag information exists (S370).

When the first tag information is input, the smart service providing apparatus selects multimedia data corresponding to the first tag information and output medium information to output the multimedia data (S380). The smart service providing apparatus reads the multimedia data and the output medium information from the event DB, and transmits the multimedia data to the output medium according to the output medium information (S390).

The output medium 120 includes a smart TV, a mobile communication terminal, an AP for media data, and a digital information display (DID). DID (Digital Information Display) is a large-sized LCD display, which is a digital medium that delivers advertisement to many unspecified persons. The advertisement contents can be transmitted to the display by wire or wireless, the advertisement time and order can be adjusted together, and the image management can be freely performed. In addition, various contents such as video graphic photo text animation can be inserted.

For example, the smart service providing apparatus according to the present invention may be configured to display 2D content data corresponding to the radar angle and azimuth angle information on a display screen when used in a large mart or a department store.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, It will be understood by those skilled in the art that various changes in form and details may be made therein without departing from the scope of the invention as defined by the appended claims. Accordingly, the true scope of the present invention should be determined only by the appended claims.

Claims (6)

A controller for setting a tag registration mode and a tag recognition mode according to a user input and controlling a tag signal acquisition update time, a resolution, a frame rate, and a tag signal standard specification setting for acquiring a tag signal from a plurality of input devices;
Wherein when the tag registration mode is set in the controller, normalization and filtering of the tag signals input from the plurality of input devices are performed, and the recognized tag information is stored in the tag information DB,
And normalizing and filtering the tag signal input from at least one of the plurality of input devices when the tag recognition mode is set in the controller, and comparing the recognized tag information with the tag information stored in the tag information DB A multi-media tag reader for outputting the first tag information if the first tag information exists; And
When the first tag information is input from the multimedia tag reading unit, reads the multimedia data corresponding to the first tag information and the output medium information to output the multimedia data from the event DB, and transmits the multimedia data to the output medium according to the output medium information And an event processing unit
Wherein the control unit, the tag information DB, the multimedia tag reading unit, and the event processing unit are implemented as a single item.
The method according to claim 1,
Wherein the plurality of input devices include:
A GPS transceiver for generating magnetic location information including latitude and longitude; a gyro sensor for generating azimuth and acceleration; a WiFi terminal for providing a WiFi identification code; an NFC reader for providing an NFC identification code; A Bluetooth terminal for providing a Bluetooth identification code, and a camera for providing visual content analysis information including a one-, two-dimensional QR code image and x, y pixel location information. A smart service providing apparatus using tag information.
The method according to claim 1,
The tag information stored in the tag information DB includes a QR code, a WiFi identification code, an NFC identification code, an RFID identification code, a Bluetooth identification code, a radius, azimuth, angular velocity, The smart service providing apparatus using the plurality of pieces of tag information. The method according to claim 1,
Wherein the output medium includes a smart TV, a mobile communication terminal, an AP for media data, and a DID (Digital Information Display). delete delete

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