KR101536254B1 - Smart display having place information loading module - Google Patents

Abstract

A smart display according to an aspect of the present invention comprises: an input unit for generating an electric signal by receiving a command; and a control unit for displaying an advertisement about a product by selecting a background, wherein the control unit includes a background recognizing module for recognizing a part corresponding to a background region on a screen; an advertisement selecting module for selecting and extracting an advertisement by selecting a background; and an advertisement loading module for displaying the selected advertisement on a screen.

Description

[0001] SMART DISPLAY HAVING PLACE INFORMATION LOADING MODULE WITH SPACE INFORMATION LOADING MODULE [0002]

The present invention relates to a smart display, and more particularly to a smart display having a spatial information loading module.

As digital-based digital TV technology has been developed and commercialized in existing analog broadcasting, it is possible to use various types of digital media such as real-time broadcast, COD (Contents on Demand), game Content services can be provided to users.

An example of providing content service using the Internet network is IPTV (Internet Protocol TV). IPTV refers to the transmission of various information services, video contents, and broadcasts using a broadband internet network and providing them to the user's television.

In recent years, the concept of broadband TV, web TV, etc. has been suggested as a form of network TV that has advanced further in IPTV. Unlike the conventional IPTV, a broadband TV or a web TV has a plurality of content providers. Users access the servers of a plurality of content providers individually to transmit various contents such as VOD, game, Can be provided.

In this way, when a user wishes to display goods displayed on the screen, food, etc. in view of broadcasting or viewing various contents, there is an inconvenience to search for and search for goods using the Internet or the like after the broadcasting or broadcasting ends.

Especially, information about stores, restaurants, and sightseeing spots on the screen is difficult to obtain through search.

It is an object of the present invention to provide a smart display capable of providing an advertisement for a background space while watching a moving picture using a smart device and an advertisement method using the smart display have.

According to an aspect of the present invention, a smart display includes an input unit for receiving an instruction and generating an electrical signal, and a control unit for providing spatial information by selecting a background area, A space selection signal generating module for generating a space selection signal when a background area is selected, a space information calling module for calling space information for the selected background area, and a space information loading module for displaying an advertisement for the selected space.

Here, the control unit may include a content receiving module for receiving the moving image data and the advertisement data combined with the moving image data, and the advertisement data may be combined with the moving image data through the metadata combined with the area where the goods exist .

In addition, the spatial selection signal generation module may generate a spatial selection signal when a point touched by a user moves while forming a line in an area in which the metadata is not input.

In addition, the space selection signal generation module may generate a space selection signal when the touched point moves while forming a line, and when the touched point moves to the end of the screen.

In addition, the spatial selection signal generation module can generate a space selection signal when the touched point moves while forming a line, and the moving speed of the touched point increases.

In addition, when the touch point is moved in the first direction and the second point in which the touch point is moved in the second direction opposite to the first direction is repeated a plurality of times A spatial selection signal can be generated.

In addition, the control unit may include a line display module that displays, when the first movement and the second movement are repeated, a line along which the touch point has moved, on the screen.

In addition, the spatial selection signal generation module may generate a border line around the screen when generating the spatial selection signal.

In addition, the spatial information calling module recognizes the calling code coupled to the selected frame and can call the spatial information data transmitted together with the moving image data.

The spatial information calling module may recognize the calling code coupled to the selected frame and send the calling code to the server to call the spatial information data associated with the calling code.

The space information loading module may generate a pop-up window on the screen, display a description of the space selected in the pop-up window, and display a description and an image of a product or service provided in the selected space.

The space information loading module may divide the screen to form an advertisement display area, and may display a description of the space selected in the advertisement display area and a description and an image of a product or service provided in the selected space.

In addition, the control unit may further include a spatial information transmission module, and the spatial information transmission module may transmit information on a selected space to the registered cellular phone as a message.

The control unit may include a screen capture module for storing the selected screen as an image, and the screen capture module may combine the metadata and the spatial information data combined with the selected frame in the image.

According to another aspect of the present invention, there is provided an advertising method using a smart display, comprising: generating a space selection signal when a background area in which information is not inserted is selected on a screen; A spatial information calling module, and a spatial information loading step of displaying an advertisement for the selected space.

The advertising method using the smart display may include a content receiving step of receiving the moving image data and the advertisement data combined with the moving image data, Data. ≪ / RTI >

Meta data is combined in an area where a product exists in a frame, and the spatial selection signal generation step may generate a spatial selection signal when a point touched by a user moves while forming a line in an area where the metadata is not input .

In addition, the spatial selection signal generation step may generate a spatial selection signal when the touched point moves while forming a line, and when the touched point moves to the end of the screen.

Also. The spatial selection signal generation step may generate a spatial selection signal when the touched point moves while forming a line and the moving speed of the touched point increases.

In addition, when the touch point is moved in the first direction and the second point in which the touch point is moved in the second direction opposite to the first direction is repeated a plurality of times A spatial selection signal can be generated.

In addition, the advertisement method using the smart display may include a line display step of displaying a line on which the touch point has moved on the screen as a line when the first movement and the second movement are repeated.

The spatial selection signal generation step may generate a border line around the screen when generating the spatial selection signal.

In addition, the step of calling the spatial information may recognize the calling code coupled to the selected frame and call the spatial information data transmitted together with the moving image data.

In addition, the step of calling the spatial information may recognize the calling code coupled to the selected frame and send the calling code to the server to call the space information data connected with the calling code.

Also, the loading of the spatial information may generate a pop-up window on the screen, display a description of the selected space in the pop-up window, and display a description and an image of a product or service provided in the selected space.

In addition, the spatial information loading step may divide the screen to form an advertisement display area, and may display a description of the space selected in the advertisement display area and a description and an image of a product or service provided in the selected space.

Also, the advertisement method using the smart display may further include a spatial information transmission step, and the spatial information transmission step may transmit information on a space selected by the registered cellular phone as a message.

In addition, the advertisement method using the smart display may include a screen capture step of storing the selected screen as an image, and the screen capture step may combine the metadata and the spatial information data combined with the selected frame in the image.

As described above, according to the present invention, if a user selects a space in which data is not combined, it is possible to provide various types of advertisements to a user by providing advertisements therefor.

1 is a configuration diagram illustrating an advertisement system using a smart display according to a first embodiment of the present invention.
2 is a configuration diagram of a smart display according to a first embodiment of the present invention.
3 is a flowchart illustrating an advertisement method using a smart display according to the first embodiment of the present invention.
4 is a photograph showing a smart display according to the first embodiment of the present invention.
5 is a configuration diagram of a smart display according to a second embodiment of the present invention.
6 is a flowchart illustrating an advertisement method using a smart display according to a second embodiment of the present invention.

The present invention can be variously modified and may have various embodiments, and specific embodiments will be described in detail with reference to the drawings. 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.

Terms including ordinals, such as first, second, etc., may be used to describe various elements, but the elements are not limited to these terms. The terms are used only for the purpose of distinguishing one component from another.

For example, without departing from the scope of the present invention, the first component may be referred to as a second component, and similarly, the second component may also be referred to as a first component. And / or < / RTI > includes any combination of a plurality of related listed items or any of a plurality of related listed items.

Unless defined otherwise, all terms used herein, including technical or scientific terms, have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs. Terms such as those defined in commonly used dictionaries are to be interpreted as having a meaning consistent with the contextual meaning of the related art and are to be interpreted as either ideal or overly formal in the sense of the present application Do not.

1 is a configuration diagram illustrating an advertisement system using a smart display according to a first embodiment of the present invention.

Referring to FIG. 1, an advertisement system 101 using a smart display includes a smart display 10, a remote controller 40, a smart mobile device 50, a broadcast communication network 60, and a server 30.

In the present invention, the smart display 10 refers to a device capable of transmitting and receiving video and data information through a wired / wireless communication network and displaying moving pictures on the screen, and may be a smart TV, a tablet PC, or a smart phone. The smart display 10 is formed as a separate type of set-top box 20 having a separate set-top box (STB) and performs transmission / reception of video data through the broadcasting communication network 60, or is formed integrally with the set- It is possible to transmit and receive video data without the set-top box 20. [

The broadcasting network 60 is a wired or wireless backbone network for transmitting broadcast icons or moving picture icons by a large-capacity, long-distance voice and data service, and may be a wired or wireless Internet.

The server 30 provides an icon to the broadcast communication network as a storage for storing icons including an animation and an advertisement. The server stores various kinds of icons such as drama, entertainment programs, and movies.

The remote controller 40 is a tool for inputting a signal to the smart display 10 when the smart display 10 is composed of a TV. The remote controller 40 communicates infrared communication with the smart display 10 and the set-top box 20 through communication.

The smart mobile device 50 is composed of a smart phone, a tablet PC, and the like and transmits and receives signals to and from the smart display 10 by short-distance communication. The smart mobile device 50 can exchange signals with the smart display 10 through wireless communication such as bluetooth, WiFi, and infrared communication. The same screen may be displayed in synchronization with the smart mobile device 50. In this case, when the smart mobile device 50 is touched, a signal for selecting the smart screen is input to the smart display.

2 is a configuration diagram of a smart display according to a first embodiment of the present invention.

2, the smart display 10 includes an input unit 11, an output unit 12, a control unit 13, a communication unit 17, and a storage unit 18.

The input unit 11 receives an external command and generates an electric signal, and the command can be generated by the remote controller 40, the motion smart mobile device 50, and the like. The input unit 11 includes a remote control receiving module 11a, a motion recognition module 11b, a short distance communication module 11c, and a touch detection module. The remote control receiver 11a receives a signal through infrared communication with the remote controller 40. The remote controller 40 can receive a signal by clicking a button provided on the remote controller 40. [ In addition, when the remote controller 40 generates a cursor on the screen and the cursor of the screen moves according to the operation of the remote controller, a signal can be inputted by clicking the icon displayed on the screen according to the movement of the cursor.

The motion recognition module 11b includes a camera and a motion sensor. When the user performs a predetermined operation, the motion recognition module 11b recognizes the motion and receives the motion signal as an input signal. For example, when a user performs an action such as pointing an object displayed on the screen with a finger, or taking a motion of holding an object with a finger, the motion sensor recognizes it and accepts it as an input signal.

The short range communication module 11c is for communicating with the smart mobile device 50 and transmits the screen implemented in the smart display device 10 to the smart mobile device 50 or input to the touch panel of the smart mobile device 50 Lt; / RTI > signal.

The touch sensing module includes a touch panel made of a capacitive sensor or a resistive film sensor.

The output unit 12 decodes the broadcast signal to display it as an image. The output unit 12 also displays a moving image stored in the external server as an image or a character or icon on the screen.

The control unit 13 receives the signal from the input unit 11 and controls the screen, and displays the image and information on the screen through the output unit 12. The control unit 13 provides spatial information by selecting a background area. The control unit 13 includes a content receiving module 13a, a spatial selection signal generating module 13b, a spatial information calling module 13c, A loading module 13d, and a spatial information transmitting module 13e.

The content receiving module 13a receives the advertisement data for the goods included in the moving image data together with the moving image data, and temporarily stores the transmitted moving image data and the advertisement data.

The moving picture data is combined with the advertisement data after being photographed, and the advertisement data is transmitted together with the moving picture data. After the moving picture is taken, metadata for calling the advertisement data is combined with the area where the goods included in the moving picture are located.

The advertisement data is combined with the moving picture data via the metadata. The metadata may include information about the product and information about the advertisement. The metadata is combined with the area where the goods are located in each frame constituting the moving picture data. In the area where the goods are located in the frame, a transparent layer is formed and the metadata is combined with each layer. As a result, the transparent layer serves as an invisible icon.

In addition, each frame is combined with a call code for calling spatial information data. The calling code is not bound to the area of the frame, but rather to the frame itself. The calling code may include information about the space indicated in the frame, and may include information for calling the stored spatial information data.

The spatial selection signal generation module 13b generates a spatial selection signal when a background area in which information is not inserted on the screen is selected. In particular, the spatial selection signal generation module 13b can generate a spatial selection signal when a point touched by a user moves while forming a line in an area where no metadata is input.

As shown in FIG. 4, the spatial selection signal generation module 13b generates a spatial selection signal when the touched point moves while forming a line, and the touched point moves to the end of the screen. That is, when the user touches the edge of the screen while touching the screen and the finger touches the screen, the space selection signal generation module 13b recognizes it and recognizes that the space is selected.

In addition, the spatial selection signal generation module 13b can generate a spatial selection signal when the touched point moves while forming a line, and the moving speed of the touched point increases. The speed of the finger gradually increases when the user drags toward the edge of the screen. The space selection signal generation module 13b can distinguish the simple drag and the space selection from each other by using the difference of the movement speed of the touch point.

In addition, the spatial selection signal generation module 13b generates the spatial selection signal generation module 13b by repeating the first movement in which the touched point moves in the first direction and the second movement in which the touched point moves in the second direction opposite to the first direction, The spatial selection signal can be generated. That is, if the user repeatedly touches the screen as if the user painted the screen, it can be recognized as a space selection.

The spatial selection signal generation module 13b can generate a border line around the screen when generating the spatial selection signal. The spatial selection signal generation module 13b may form a border line along the side edge of the screen, and the border line is maintained for 1 second to 2 seconds and disappears. When the space is selected, the user can see that the space is formed and disappears, and that the space selection has been successfully performed.

The spatial information calling module 13c calls spatial information for the selected background area. The spatial information calling module 13c recognizes the calling code coupled to the selected frame and calls the spatial information data transmitted together with the moving picture data.

Also, when the space information is stored in the server, the space information calling module 13c recognizes the calling code coupled to the selected frame and transmits the calling code to the server to call the space information data connected to the calling code.

The spatial information loading module 13d may generate a pop-up window on the screen, display a description of the selected space in the pop-up window, and display a description and image of the product or service provided in the selected space.

The space information loading module 13d divides the screen to form an advertisement display area, and can display a description of the space selected in the advertisement display area and a description and an image of a product or service provided in the selected space.

The spatial information transmission module 13e transmits information on the selected space to the registered cellular phone as a message. Accordingly, the user can confirm the information on the space through the message transmitted to the mobile phone. The message may include a detailed image of the space and a description of the space, a service provided in the space, and a website address that includes a description of the space.

3 is a flowchart illustrating an advertisement method using a smart display according to the first embodiment of the present invention.

3, the advertisement method using the smart display according to the present embodiment includes a content receiving step S101, a spatial selection signal generating step S102, a spatial information calling step S103, a spatial information loading step S104 , And a spatial information transmission step (S105).

The content receiving step (S101) receives the advertisement data for the goods included in the moving image data together with the moving image data, and temporarily stores the transmitted moving image data and the advertisement data.

The moving picture data is combined with the advertisement data after being photographed, and the advertisement data is transmitted together with the moving picture data. After the moving picture is taken, metadata for calling the advertisement data is combined with the area where the goods included in the moving picture are located.

The advertisement data is combined with the moving picture data via the metadata. The metadata may include information about the product and information about the advertisement. The metadata is combined with the area where the goods are located in each frame constituting the moving picture data. In the area where the goods are located in the frame, a transparent layer is formed and the metadata is combined with each layer. As a result, the transparent layer serves as an invisible icon.

In addition, each frame is combined with a call code for calling spatial information data. The calling code is not bound to the area of the frame, but rather to the frame itself. The calling code may include information about the space indicated in the frame, and may include information for calling the stored spatial information data.

The spatial selection signal generation step (S102) generates a spatial selection signal when a background area in which no information is inserted on the screen is selected. In particular, the spatial selection signal generation step (S102) may generate a spatial selection signal when a point touched by a user moves in a line forming a line in an area where no metadata is input.

As shown in FIG. 4, the spatial selection signal generation step (S102) generates a spatial selection signal when the touched point moves while forming a line, and the touched point moves to the end of the screen. That is, when the user touches the edge of the screen while touching the screen and the finger touches the screen, the space selection signal generation step (S102) recognizes the space selection signal and recognizes that the space is selected.

In addition, the spatial selection signal generation step (S102) can generate a spatial selection signal when the touched point moves while forming a line, and the moving speed of the touched point increases. The speed of the finger gradually increases when the user drags toward the edge of the screen. In the spatial selection signal generation step (S102), a simple drag and space selection can be distinguished using the difference in the moving speed of the touch point.

In addition, the spatial selection signal generation step (S102) may include a first movement in which the touched point moves in the first direction and a second movement in which the touched point moves in the second direction opposite to the first direction, The spatial selection signal can be generated. That is, if the user repeatedly touches the screen as if the user painted the screen, it can be recognized as a space selection.

The spatial selection signal generation step (S102) may generate a border line around the screen when generating the spatial selection signal. The spatial selection signal generation step (S102) may form a border line along the side edge of the screen, and the border line is maintained for 1 second to 2 seconds and disappears. When the space is selected, the user can see that the space is formed and disappears, and that the space selection has been successfully performed.

The spatial information calling step (S103) calls the spatial information for the selected background area. The spatial information calling step (S103) recognizes the calling code combined with the selected frame and calls the spatial information data transmitted together with the moving picture data.

If the space information is stored in the server, the spatial information calling step (S103) recognizes the calling code coupled to the selected frame and transmits the calling code to the server to call the space information data connected with the calling code.

The spatial information loading step (S104) may generate a pop-up window on the screen and display a description of the selected space in the pop-up window and a description and image of the goods or services provided in the selected space.

In addition, the spatial information loading step S104 may divide the screen to form an advertisement display area, display a description of the selected space in the advertisement display area, and display descriptions and images of the goods or services provided in the selected space .

The spatial information transmission step (S105) transmits information on the selected space to the registered cellular phone as a message. Accordingly, the user can confirm the information on the space through the message transmitted to the mobile phone. The message may include a detailed image of the space and a description of the space, a service provided in the space, and a website address that includes a description of the space.

5 is a configuration diagram of a smart display according to a second embodiment of the present invention.

Referring to FIG. 5, the smart display according to the present embodiment has the same structure as the smart display according to the first embodiment except for the configuration of the control unit, and thus a duplicated description of the same structure will be omitted.

The control unit 15 provides spatial information by selecting a background area. The control unit 15 includes a content receiving module 15a, a screen capture module 15b, a spatial selection signal generating module 15c, a spatial information calling module 15d, a spatial information loading module 15e, and a copper line display module 15e.

The content receiving module 15a receives the advertisement data for the goods included in the moving image data together with the moving image data, and temporarily stores the transmitted moving image data and the advertisement data.

The moving picture data is combined with the advertisement data after being photographed, and the advertisement data is transmitted together with the moving picture data. After the moving picture is taken, metadata for calling the advertisement data is combined with the area where the goods included in the moving picture are located.

The advertisement data is combined with the moving picture data via the metadata. The metadata may include information about the product and information about the advertisement. The metadata is combined with the area where the goods are located in each frame constituting the moving picture data. In the area where the goods are located in the frame, a transparent layer is formed and the metadata is combined with each layer. As a result, the transparent layer serves as an invisible icon.

In addition, each frame is combined with a call code for calling spatial information data. The calling code is not bound to the area of the frame, but rather to the frame itself. The calling code may include information about the space indicated in the frame, and may include information for calling the stored spatial information data.

The screen capture module 15b stores the selected frame as an image when the screen capture signal is received. The screen capture module 15b stores the moving image as an image, and stores the metadata combined with the captured frame and the spatial information data in an image. The screen capture module 15b may combine and store the calling code associated with the frame in the image.

The spatial selection signal generation module 15c generates a spatial selection signal when a background area in which information is not inserted is selected on the screen. In particular, the spatial selection signal generation module 15b can generate a spatial selection signal when a point touched by the user moves while forming a line in an area where no metadata is input.

The spatial selection signal generation module 15c can generate a spatial selection signal when the touched point moves while forming a line and when the touched point moves to the end of the screen. That is, when the user touched the edge of the screen while touching the screen and the finger touches the screen, the space selection signal generation module 15c recognizes the space and recognizes that the space is selected.

In addition, the spatial selection signal generation module 15c can generate a spatial selection signal when the touched point moves while forming a line, and the moving speed of the touched point increases. The speed of the finger gradually increases when the user dragged toward the edge of the screen. The space selection signal generation module 15b can distinguish the simple drag from the selection of the space by using the difference of the movement speed of the touch point.

In addition, the spatial selection signal generation module 15c generates the spatial selection signal generation module 15c by repeating the first movement in which the touched point moves in the first direction and the second movement in which the touched point moves in the second direction opposite to the first direction, The spatial selection signal can be generated. That is, if the user repeatedly touches the screen as if the user painted the screen, it can be recognized as a space selection.

The spatial selection signal generation module 15c can generate a border line around the screen when generating the spatial selection signal. The spatial selection signal generation module 15c may form a border line along the side edge of the screen and the border line is maintained for 1 second to 2 seconds and then disappears. When the space is selected, the user can see that the space is formed and disappears, and that the space selection has been successfully performed.

The spatial information calling module 15d calls spatial information for the selected background area. The spatial information calling module 15d recognizes the calling code coupled to the selected frame and calls the spatial information data transmitted together with the moving picture data.

If the space information is stored in the server, the space information calling module 15d recognizes the calling code coupled to the selected frame and transmits the calling code to the server to call the space information data connected to the calling code.

The spatial information loading module 15e may generate a pop-up window on the screen, display a description of the selected space in the pop-up window, and display a description and image of the product or service provided in the selected space.

The space information loading module 15e may divide the screen to form an advertisement display area, and may display a description of the selected space in the advertisement display area and a description and an image of a product or service provided in the selected space.

When the first movement and the second movement are repeated, the copper line display module 15e displays a path on which the touch point has moved on a line on the screen. When the touched point display module 15e repeats the first movement in which the touched point moves in the first direction and the second movement in which the touched point moves in the second direction opposite to the first direction are repeated a plurality of times, A line is displayed to indicate the effect of the user as if it were painted.

6 is a flowchart illustrating an advertisement method using a smart display according to a second embodiment of the present invention.

6, the advertisement method using the smart display according to the present embodiment includes a content reception step S201, a screen capture step S202, a copper line display step S203, a space selection signal generation step S204, A spatial information calling step (S205), and a spatial information transmitting step (S206).

The content receiving step (S201) receives the advertisement data for the goods included in the moving image data together with the moving image data, and temporarily stores the transmitted moving image data and the advertisement data.

The moving picture data is combined with the advertisement data after being photographed, and the advertisement data is transmitted together with the moving picture data. After the moving picture is taken, metadata for calling the advertisement data is combined with the area where the goods included in the moving picture are located.

The advertisement data is combined with the moving picture data via the metadata. The metadata may include information about the product and information about the advertisement. The metadata is combined with the area where the goods are located in each frame constituting the moving picture data. In the area where the goods are located in the frame, a transparent layer is formed and the metadata is combined with each layer. As a result, the transparent layer serves as an invisible icon.

In addition, each frame is combined with a call code for calling spatial information data. The calling code is not bound to the area of the frame, but rather to the frame itself. The calling code may include information about the space indicated in the frame, and may include information for calling the stored spatial information data.

The screen capture step S202 stores the selected frame as an image when a screen capture signal is received. In the screen capturing step S202, the moving picture is stored as an image, and the metadata combined with the captured frame and the spatial information data are combined and stored in the image. The screen capturing step S202 may combine and store the calling code associated with the frame in the image.

In the copper line display step (S203), when the first movement and the second movement are repeated, a line on which the touch point has moved is displayed on the screen. In the copper line display step S203, when the first movement in which the touched point moves in the first direction and the second movement in which the touched point moves in the second direction opposite to the first direction are repeated a plurality of times, A line is displayed to indicate the effect of the user as if it were painted.

A space selection signal is generated when a background area in which no information is inserted is selected in the space selection signal generation step (S204) screen. In particular, the spatial selection signal generation step (S204) may generate a spatial selection signal when a point touched by a user moves while forming a line in an area where no metadata is input.

The spatial selection signal generation step S204 may generate a spatial selection signal when the touched point moves while forming a line and when the touched point moves to the end of the screen. That is, when the user touches the edge of the screen while touching the screen and the finger touches the screen, the space selection signal generation step (S204) recognizes it and recognizes that the space is selected.

In addition, the spatial selection signal generation step (S204) can generate a spatial selection signal when the touched point moves while forming a line, and the moving speed of the touched point increases. The speed of the finger gradually increases when the user drags toward the edge of the screen. In the spatial selection signal generation step (S204), a simple drag and space selection can be distinguished using the difference in the moving speed of the touch point.

In addition, in the spatial selection signal generating step S204, the first movement in which the touched point moves in the first direction and the second movement in which the touched point moves in the second direction opposite to the first direction are repeated a plurality of times The spatial selection signal can be generated. That is, if the user repeatedly touches the screen as if the user painted the screen, it can be recognized as a space selection.

The spatial selection signal generation step S204 may generate a border line around the screen when generating the spatial selection signal. The spatial selection signal generation step (S204) may form a border line along the side edge of the screen, and the border line is maintained for 1 second to 2 seconds and disappears. When the space is selected, the user can see that the space is formed and disappears, and that the space selection has been successfully performed.

The spatial information calling step (S205) calls the spatial information for the selected background area. The spatial information calling step (S205) recognizes the calling code coupled to the selected frame and calls the spatial information data transmitted together with the moving picture data.

If the space information is stored in the server, the space information calling step (S205) recognizes the calling code coupled to the selected frame, and transmits the calling code to the server to call the space information data connected to the calling code.

The spatial information transmission step (S206) transmits information on the selected space to the registered mobile phone as a message. Accordingly, the user can confirm the information on the space through the message transmitted to the mobile phone. The message may include a detailed image of the space and a description of the space, a service provided in the space, and a website address that includes a description of the space.

As described above, preferred embodiments of the present invention have been disclosed in the present specification and drawings, and although specific terms have been used, they have been used only in a general sense to easily describe the technical contents of the present invention and to facilitate understanding of the invention , And are not intended to limit the scope of the present invention. It is to be understood by those skilled in the art that other modifications based on the technical idea of the present invention are possible in addition to the embodiments disclosed herein.

10: Smart display
11: Input unit
11a: Remote control receiving module
11b: Motion recognition module
11c: Local communication module
12: Output section
13:
13a, 15a: a content receiving module
13b, 15c: Space selection signal generation module
13c, 15d: Space information calling module
13d and 15e: spatial information loading module
13e: spatial information transmission module
15b: Screen Capture Module
15f: Spatial selection signal generation module
17:
18:

Claims (14)

An input unit for receiving an instruction and generating an electrical signal; And a control unit for providing spatial information by selection of a background area,
The control unit includes a spatial selection signal generation module for generating a spatial selection signal when a background area in which information is not inserted is selected on the screen, a spatial information calling module for calling spatial information on the selected background area, The space information loading module creates a pop-up window on the screen, displays a description of the space selected in the pop-up window, and displays a description and an image of a product or service provided in the selected space Smart display.
The method according to claim 1,
Wherein the control unit includes a content receiving module for receiving the moving image data and the advertisement data combined with the moving image data and the advertisement data is coupled to the moving image data through the metadata combined with the area where the goods exist, Smart display.
3. The method of claim 2,
Wherein the spatial selection signal generation module generates a spatial selection signal when a point touched by a user moves while forming a line in an area in which the metadata is not input.
The method of claim 3,
Wherein the spatial selection signal generation module generates a spatial selection signal when the touched point moves while forming a line and when the touched point moves to the end of the screen.
The method of claim 3,
Wherein the spatial selection signal generation module generates a spatial selection signal when a touched point moves while forming a line and a moving speed of a touched point increases.
The method according to claim 1,
Wherein the spatial selection signal generation module generates a spatial selection signal when a first movement in which a touched point moves in a first direction and a second movement in which a touched point moves in a second direction opposite to the first direction are repeated a plurality of times, ≪ / RTI > wherein the signal generator generates a signal.
The method according to claim 6,
Wherein the control unit includes a line display module for displaying a line on which a touch point has moved when the first movement and the second movement are repeated, on the screen.
The method according to claim 1,
Wherein the spatial selection signal generation module generates a border line around the screen when generating the spatial selection signal.
The method according to claim 1,
Wherein the spatial information calling module recognizes the calling code associated with the selected frame and calls the spatial information data transmitted with the moving picture data.
The method according to claim 1,
Wherein the spatial information calling module recognizes the calling code associated with the selected frame and sends the calling code to the server to call the spatial information data associated with the calling code.
delete The method according to claim 1,
Wherein the space information loading module forms an advertisement display area by dividing a screen and displays a description of the selected space in the advertisement display area and a description and an image of a product or a service provided in the selected space. .
The method according to claim 1,
Wherein the control unit further comprises a spatial information transmission module, and the spatial information transmission module transmits information on a selected space to the registered mobile phone as a message.
The method according to claim 1,
Wherein the control unit includes a screen capture module that stores a selected screen as an image, and the screen capture module combines meta data and spatial information data combined with the selected frame in the image.

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