KR101815781B1 - Indoor Moving Route Information System - Google Patents

Abstract

According to the present invention, a product location guide system using a functional indoor store map includes: a product management module including a product of interest-setting unit for receiving and storing products of interest from a user; a location checking module including an indoor location recognition unit which recognizes the current location of the user through communicating with a beacon and a mobile terminal to generate location information; a movement path guide module including a map reception unit for receiving an indoor map corresponding to the location from an external map server and a path generation unit generating a movement path from the location information to the location of the products of interest; and a guide information providing module including a guide display unit for providing customized guide map synthesizing the movement path with the indoor map for the mobile terminal.

Description

{Indoor Moving Route Information System}

[0001] The present invention relates to a system for guiding a goods movement through a functional shop indoor map, and more particularly, to a system for guiding mobile movement using a portable terminal held by a user to move to a specific location targeted by a user in an indoor space .

In the past, if you are traveling to a specific location, such as a tourist destination or a specific destination, you will be informed of information about and access to the tourist destination through a guide or a web search. However, there are many cases where guide information is not accompanied by a guidance information, or the internal structure of a specific location is very complicated.

In order to help such a case, an RFID reader or a barcode reader attached to a mobile terminal held by a user is attached by attaching an RFID, a barcode, or the like to a certain location in a facility such as a tourist or a store, So that they can understand whether or not they are located. However, in the case of RFID and bar code, a terminal for adding a corresponding function to a portable terminal must be added, which causes a rise in the unit price of the portable terminal, and other similar technologies are being developed and the use thereof is gradually decreasing.

In recent years, the NFC tagging method utilizing a QR code or a simple tag input that can be easily recognized by a camera of a portable terminal has been further utilized, and development of a corresponding technology is progressing gradually.

Therefore, the following technique is disclosed as a solution to such inconveniences.

Korean Patent No. 10-1342932 entitled " guide device " includes a first NFC (Near Field Communication) unit installed in an area of a guide object to be provided with information and providing guide information of the guide object; And a mobile communication terminal having a second NFC unit for communicating with the first NFC unit and displaying the guide information received from the first NFC unit when the first NFC unit is in communication with the first NFC unit, Wherein the first NFC unit transmits character data to the first NFC unit and transmits the character data to another mobile communication terminal in the coverage of the first NFC unit, The mobile communication terminal and the other mobile communication terminal having received the character data can easily provide and acquire information of a guide object forming the communication network within the coverage range of the first NFC unit by using the first NFC unit as a communication relay unit .

However, the above-mentioned technique has a disadvantage in that the guidance is transmitted to another mobile communication terminal through NFC tagging, but the NFC tagging technology has a disadvantage in that the transmission distance is less than 50 cm and the guide is not received if the user is not crowded.

In addition, a method of providing a location-based service using augmented reality and a terminal thereof is disclosed in Korean Patent Laid-Open Publication No. 10-2012-0049058, which includes a user interface including icons (or widgets) (Or callee), reads the location information received from the other party, and displays it on the display unit of the terminal by combining it with the augmented reality technology to the destination of the other party. When the user reaches a specific location, A method and a terminal for providing a location-based service using an augmented reality in which a specific message or an alarm or the like is displayed or operated so as to provide a user with convenience of using the terminal.

In the case of the above-described technique, since a method of guiding the user to a place where the other party is located after being connected to the other party (destination) through the voice communication network is used, the method is somewhat different from the method of moving to a specific location in the room, .

Accordingly, there is a need to develop a system for guiding mobile moving lines utilizing a mobile terminal possessed by a user in order to move to a specific location targeted by a user in an indoor space.

SUMMARY OF THE INVENTION The present invention has been made in order to overcome the above problems, and it is an object of the present invention to provide a system for assisting a user to move to a position designated as a product of interest within a store.

Another object of the present invention is to provide guidance using a voice guidance and augmented reality through a portable terminal possessed by a user to assist a user's movement.

Another object of the present invention is to provide a guide to a user and to provide advertisement for another product located in the vicinity of the user.

According to another aspect of the present invention, there is provided a merchandise location guiding system comprising: a merchandise management module including an interested merchandise setting unit for receiving and storing a merchandise item of interest from a user; A location determining module that determines a current location of the user through communication between the beacon and the mobile terminal and generates location information; A map generating module for generating a map from the map information to the location where the item of interest is located; And a guidance display unit for providing a customized guidance map in which the moving route is synthesized to the indoor map to the portable terminal.

In addition, the movement route generation module may further include a direction guide generation unit for generating a direction guidance to be displayed at a direction selection point such as a corner or a fork of the movement route, And a direction guide display unit for providing the direction guide to the portable terminal when the selection point corresponds to the selection point.

In addition, the guide information providing module may include an earphone detecting part for detecting that the earphone is connected to the portable terminal, a noise measuring part for determining the magnitude of the ambient noise received through the voice inputting part included in the portable terminal, A sound modulation part for converting the sound guidance data into a sound having a size of 40 dB to 120 dB larger than the noise level; And an external sound recognition unit configured to provide the sound guide data to be output from the earphone.

The guide information providing module may include a sample sound database storing a plurality of sample sounds having different frequencies within a frequency band of 10 kHz to 20 kHz and a sample sound output part for outputting the sample sounds from the sample sound database. A sample sound selection part for selecting one or more sample sounds from the user and selecting a custom frequency band, a frequency band setting part for converting and storing the sound guide data into the custom frequency band, And a converted sound providing part configured to provide the sound guide data in a stored custom frequency band.

Further, the product location guidance system through the functional store indoor map may further include: a video display unit that displays an indoor image photographed by a camera of the portable terminal with a display of the portable terminal; A space recognition module including a movement path display unit; A product position receiver for receiving a product position of the peripheral area in which the position information is generated; and a product position synthesis module for synthesizing the product position with the indoor image and displaying the product position; And a guide image display module that provides a virtual guide image obtained by combining the movement route and the product position to the indoor image to the portable terminal.

The display may be divided into a first display area and a second display area having a larger area than the first display area, wherein the space recognition module is configured to divide the customized guidance map into the first display area, And a screen division unit for positioning the virtual guide image in the second display area.

Further, the augmentation guide generation module may further include: an additional interest goods setting unit that receives at least one of the goods position from the user as an additional interest item; and a correction unit that generates a correction movement path via the additional interest item Wherein the guide image providing module further comprises a correction guide image display unit for further providing the correction movement route to the portable terminal.

The merchandise position guiding system according to the present invention is characterized in that the merchandise marking unit is positioned at each merchandise position, and the merchandise marking unit includes a first marking unit including a transparent material recognition cover And a controller having a chip structure on one side of the spacer wall, the spacer comprising a board and a first marking board stacked thereon, the spacer including an inner space and a spacing wall surrounding at least one circumferential surface of the inner space, A second marking board into which the filling material is injected and a second marking board which is electrically connected to the second marking board and which supports the beacon, And a third indicating board including a timer LED for displaying the second marking board.

Also, the spacing wall may be formed as a closed curved surface surrounding the circumference of the inner space, and electrically insulated insulating walls may be respectively formed in areas facing each other, and electrically shielded by the insulating wall, A first circumferential wall at a position corresponding to the beacon of the third marking board and a second circumferential wall at a position corresponding to the timer LED of the third marking board.

At least one coupling protrusion is formed on a side surface of the second landmark board 920 and the third landmark board 930, and the goods landmark is formed on the side of the first landmark board 910, And a fixed cover which surrounds the exposed surface of the second marking board 920 and the third marking board 930 and has an engaging groove corresponding to the engaging projection.

Further, the augmented guiding creation module may further include: an interest goods recognition unit that recognizes that at least one of the goods of interest and the additional interest items of the indoor image has been photographed; A time measuring unit for counting the number of times the recognized timer LED is blinked and generating confirmation time information that is a time spent by the user staying at the product position; Further comprising a moving path organizing unit for removing the desired goods and the additional interested goods from the moving path when the comparison result is longer than the reference confirmation time.

Finally, the space recognition module includes a virtual guide unit generation unit for providing a virtual guide unit displayed on the indoor image, and a virtual guidance unit generation unit for generating the virtual guidance unit through the virtual guide unit so that the user moves along the movement route. And a feature analyzing unit for extracting a specific area from the indoor image and analyzing the feature in the corresponding area to generate environmental feature information.

According to the goods location guidance system through the functional store indoor map according to the present invention,

1) The location of the user is identified through a plurality of beacons provided inside the store, and the route is combined with the store indoor map so that the user can move to the item of interest designated by the user,

2) When an earphone is mounted on a portable terminal, direction guidance is provided as a voice, and when a portable terminal captures an indoor image, a virtual assistant and a route are synthesized and displayed on a photographed indoor image so that the user can easily move to a desired product Help,

3) It is possible to display other products located in the vicinity of the user in the indoor image, so that the user can be notified of another product and can be interested in the advertisement.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a conceptual diagram showing a basic configuration of a product location guidance system through a functional store indoor map. FIG.
2 is a conceptual view showing a detailed configuration of a goods location guidance system through a functional store indoor map.
3 is an example of a product location guidance displayed on a portable terminal.
4 is an exploded perspective view of the goods marking portion;
5 is an example in which a virtual guide unit is applied to a product location guidance displayed on a portable terminal.
FIG. 6 is an overall flowchart of a goods location guidance system through a functional store indoor map. FIG.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. The accompanying drawings are not drawn to scale and wherein like reference numerals in the various drawings refer to like elements.

FIG. 1 is a conceptual view showing a basic configuration of a product location guidance system through a functional shop indoor map, and FIG. 2 is a conceptual view illustrating a detailed configuration of a product location guidance system through a functional shop indoor map.

1, a product location guidance system using a functional store indoor map according to the present invention includes a user 10 having a portable terminal, a beacon 20 provided in a store room, a central server 30 ). When the user 10 communicates with the central server 30 through the portable terminal and designates an interested item, the central server 30 provides the guide information, which is a route to the interested item. The beacon 20 communicates with the portable terminal and can confirm the current position of the portable terminal. The portable terminal is configured as a configuration of a goods marking unit 900 to be described later, through a timer LED 931 located around the beacon 20 You can use the timer function to count the time spent on the product.

Referring to FIG. 2, the merchandise location guiding system according to the present invention includes a merchandise management module 100 including an interested merchandise setting unit 110 for receiving and storing goods of interest from the user 10, ; A location determination module (200) for determining a current location of the user (10) through communication between the beacon (20) and the portable terminal and generating location information based on the current location of the user (10); A map reception unit (310) for receiving an indoor map corresponding to the location information from an external map server, and a route generation unit (320) for generating a travel route from the location information to a location where the goods of interest are arranged, Generating module 300; And a guide display unit (410) for providing a customized guidance map in which the moving route is synthesized to the indoor map to the portable terminal.

First, the product management module 100 registers a product of interest of the user 10 in the system. At this time, the user 10 can additionally register in the system a unique number (MAC number, IMEI value, IP address value, etc.) of the portable terminal held by utilizing the unique number used for identifying the terminal in general wireless communication The system receives and stores a desired product that the user 10 wants to move or purchase through the interested product setting unit 110. At this time, the interested merchandise setting unit 110 may utilize the merchandise list used in membership registration or the like, or may receive a map of a place to be moved in advance from the external map server, It is also possible to specify.

Next, the location confirmation module 200 determines the current position of the user 10 through the terminal registered in the system, which is the terminal of the user 10 possessed by the user 10 who entered the room, To create an appropriate path to move to the product of interest. That is, the location confirmation module 200 includes an indoor location determination unit 210 for obtaining the current location of the user 10 through communication between the beacon 20 and the portable terminal, and generating location information. At least one or more beacons 20 are provided in the room, and preferably a plurality of beacons 20 are provided to give a specific management area to each beacon 20. When a plurality of beacons 20 are used, it is possible to grasp the current position of the user or the moving copper line through the unique number of the user terminal recognized in the specific beacon 20, which is effective.

The movement route generation module 300 includes a map reception unit 310 for receiving an indoor map corresponding to the location information from the external map server based on the previously obtained location information, And a path generation unit 320 for generating a path. That is, the external map server previously stores the map of the entire indoor space. The route generating unit 320 determines a point where the user's favorite goods stored by the user 10 are located on the map, ) And the portable terminal held by the user 10 to the point where the goods of interest are located.

Finally, the guide information providing module 400 includes a guide display unit 410 for providing a customized guide map in which the movement route is synthesized to the indoor map to the portable terminal held by the user 10, The user can easily find a desired product from the viewpoint of the user 10 because the travel route that the user 10 can reach to the desired goods set on the indoor map is displayed together with the display / .

In addition, even if the user 10 sees the map on which the movement route is displayed, if the user 10 is positioned at an edge or a complex road, the user may be perplexed and unable to perceive a proper direction. In order to overcome such a situation, the movement path generation module 300 further includes a direction guide generation unit 330 for generating a direction guidance to be displayed at a direction selection point, such as an edge or a fork of the movement path, The guide information providing module 400 may further include a direction guide display unit 420 for providing the direction guide to the portable terminal when the location information corresponds to the direction selection point.

The direction selection point means an area where a movement in a specific direction such as an edge or a branch road should be determined. When the user 10 reaches such an edge or a forklift, it recognizes that the user 10 is located at the direction selection point through the position information generated by the indoor position determination unit 210 and carries the direction guide previously set by the direction guide display unit 420 It is provided to the terminal so that it can be moved to a desired position without moving in another direction.

Next, a configuration may be further provided so that the user 10 can more effectively recognize the direction guidance. That is, an earphone detecting part 431 for detecting that the earphone is connected to the portable terminal, a noise measuring part 432 for measuring the magnitude of the ambient noise received through the voice inputting part included in the portable terminal, A sound database storing sound guide data so as to provide guidance to the user (10) audibly; and a sound modulation part for converting the sound guide data into a sound having a size of 40 dB to 120 dB larger than the noise, And a sound providing part 434 for providing the sound guidance data to be output from the earphone.

In the case of the direction guidance, the user 10 can recognize the direction more easily when the directional guidance is provided separately through the sound rather than the various data is recognized through the complex distributed screen in the portable terminal. In addition, the sound may be output directly through a speaker mounted on the portable terminal, but it is preferable to use a separate wired earphone or a Bluetooth earphone. However, when the external noise is very large, it is a matter of course that the earphone is mounted on only one side, and the guidance is not audible due to the external noise even if both are mounted. Accordingly, an external sound recognition unit 430 is further included to effectively provide sound.

First, the earphone sensing part 431 senses that the earphone is mounted on the portable terminal, and the noise measuring part 432 senses the size of the ambient noise through the voice input unit (for example, a microphone) included in the portable terminal will be. In the sound database, sound guide data including voice data representing a direction, voice data expressing a name of a specific position, a beep sound, a warning sound, a guidance sound, and the like are provided so that the direction guide can be presented to the user 10 audibly . The user can easily recognize the guidance if the magnitude of the ambient noise is measured through the preceding noise measurement part 432 and outputted through the earphone with a size larger than this. The average person can recognize sounds between 40dB and 120dB and can not recognize sounds below 40dB or sounds above 120dB. That is, if the sound guide data is outputted in a size larger than the size of the noise that is generated in the surrounding environment among the sound sizes of the range that can be recognized by the user, the user 10 easily recognizes the sound guide data, .

However, even if the sound is outputted by a large amount, there is a problem that the sound is mixed when the user 10 provides guidance at the same frequency as the music heard by the user or ambient noise. In order to solve such a problem, the guide information providing module 400 includes a sample sound database storing a plurality of sample sounds having different frequencies within a frequency band of 10 kHz to 20 kHz, A sample sound selection part 442 for selecting one or more sample sounds from the user 10 and selecting a customized frequency band, a sample sound selection part 442 for outputting the sound guide data to the custom frequency band And a converted sound providing part 444 for providing the sound guidance data in a custom frequency band stored in the frequency band setting part 443. The customized sound guide generating part 440 ).

The sample sound database stores a plurality of sample sounds having different frequencies within the human-recognizable range of the frequency band of 10 kHz to 20 kHz. Where 10kHz to 20kHz is the range of common frequency bands that a normal person can hear.

 The sample sound output part 441 serves to output a sample sound stored in the sample sound database to the portable terminal held by the user 10. [ When the user 10 listens to the outputted sample sound and selects one or more sample sounds, the sample sound selection part 442 selects this as a custom frequency band. The frequency band setting part 443 allows the user 10 to output the sound guide data in a frequency band that the user 10 can easily hear by converting the sound guide data into the selected custom frequency band.

However, in recent technological developments, technology that crosses reality and imagination such as guidance using an advanced map and AR (Augmented Reality) guiding through actually photographed images evolving from voice guidance is utilized. This AR technology provides additional contents virtually to the real world, so that the user 10 can easily move to a target specific location through more realistic guidance.

The product location guidance system through the functional store indoor map includes the image display unit 510 for displaying the indoor image photographed by the camera included in the portable terminal as a display of the portable terminal, A space recognition module (500) including a movement path display part (520) for compositing and displaying an indoor image; A product position receiving unit 610 for receiving a product position of the peripheral region in which the position information is generated and a product position synthesizing unit 620 for displaying the product position in combination with the indoor image, ); And a guide image display unit 710 for providing a virtual guide image obtained by combining the movement route and the product position to the indoor image to the portable terminal.

First, the space recognition module 500 includes a video display unit 510 for photographing the room through a camera included in the portable terminal and displaying the room as a display. In this way, the actual image is provided as is. In addition, a moving route display unit 520 for displaying a moving route in combination with the indoor image is included. By virtue of this configuration, a virtual guide is added to an actual image, and therefore, The user can move to a desired position.

Next, the enhancement guide generation module 600 grasps the position of the user 10, receives the positions of the products located around the position, and displays the combined images on the indoor images. If the goods displayed in the vicinity of the user 10 are displayed, the user 10 can recognize the position more easily, and further, the user 10 can confirm the displayed goods, thereby causing interest in other goods It also has the advantage of being able to. The virtual guide image obtained by combining the movement route and the product position in the indoor image is provided to the portable terminal through the image display unit 510 of the guide image providing module 700. [

3 is an example of a product location guidance displayed on a portable terminal.

At this time, the display may be divided into a first display area 951 and a second display area 952 having a larger area than the first display area 951. [ As a PIP (Picture in Picture) system, a first display area 951 may be arranged in a second display area 952, and the first display area 951 is generally a quarter of the display It is good for the user 10 to be perceived, but it can be applied any other size.

In order to utilize the divided display area, the spatial recognition module 500 displays the customized guidance map as the first display area 951 and the virtual guidance image as the second display area 952 And a division unit. In the case of the first display area 951 in which the map is displayed, even if the scale is reduced due to the nature of the map, the user 10 does not have a big problem in confirming it. However, when the actual image is displayed, In the case of a virtual guide image, identification on a small screen is difficult to identify. Therefore, it is preferable that the customized guidance map is placed in the first display area 951 which is a relatively small area and the virtual guidance image is placed in the second display area 952 which is a relatively large area. Of course it is possible.

When the user 10 moves toward the item of interest while confirming the virtual guide image in which the image of the actual indoor room and the surrounding goods are displayed together, the user may have additional interest in the products displayed in the vicinity. Accordingly, the augmented guidence creation module 600 may further include an additional interest item setting unit 630 for assigning at least one of the commodity positions from the user 10 to an additional interested commodity so as to correspond to the additional request of the user 10, And a correction path generation unit (640) for generating a correction movement path via the additional interest goods to the movement path, wherein the guide image providing module (700) And a correction guide image display unit 720 for providing the correction guide image.

That is, when the user 10 desires to visit the surrounding products displayed on the screen, the user 10 can recognize the item displayed on the screen and designate it as an additional item of interest. At this time, since a route to an additional item of interest should be added to the existing movement route, the correction route generation unit 640 for regenerating the correction movement route includes the modified route. The generated correction movement path is provided to the portable terminal through the correction guide image display part 720 of the guide image providing module 700 so that even if the user 10 further sets the new product position as the additional interested goods position, It is added to and reflected in the route to additional goods of interest.

4 is an exploded perspective view of the goods marking portion;

In addition to the foregoing configuration, in the product location guidance system through the functional store indoor map, the product marking unit 900 is located for each product position. The goods marking unit 900 includes a first marking board 910 including a transparent cover 911 for storing a guide sheet 912 on which a message is printed, (924) surrounding at least one circumferential surface of the inner space, wherein the one side of the spacing wall (924) includes a controller (925) in the form of a chip structure, A second marking board 920 into which the filling material 927 is injected and the second marking board 920 in a state of being electrically connected to the second marking board 920, And a third marking board 930 including a beacon 20 and a timer LED 931 composed of a plurality of LEDs blinking at predetermined time intervals.

First, the recognition cover 911 constitutes the outermost surface of the goods marking unit 900. The recognition cover 911 may be made of a transparent material, and the guide cover 912 may be provided with a guide paper 912 printed on the inside thereof with a guide paper. It goes without saying that the guide sheet 912 may be, for example, a name tag bearing the name of the article or a price tag in which the price of the article is written. This guide sheet 912 is a structure for seeking convenience in use. When a guide letter is changed, a unique mark recognizable by an optical reader such as a bar code or QR code is added to one side of the guide sheet 912, It is also possible that the user 10 captures the mark on the portable terminal and the corresponding information can be easily received from the central server 30 by inputting a guidance message corresponding to the mark on the server.

The second marking board 920, which is one side of the guide cover and supports the first marking board 910, comprises an inner space and a spacing wall 924 surrounding the inner space. At this time, a controller 925 having a chip structure is included at one side of the spacing wall 924, and a filler 927 is injected into the internal space. The controller 925 controls the beacon 20 or the timer LED 931 located on the third marking board 930, which will be described later. At this time, the filler 927 is filled in the inner space surrounded by the spacing wall 924, thereby blocking the influence of the electromagnetic waves so that the electromagnetic waves generated in the beacon 20 positioned at the rearmost most do not affect other electronic mechanisms.

The spacing wall 924 of the second marking board 920 will be described in detail. The spacing wall 924 is formed as a closed curved surface surrounding the circumference of the inner space, and an electrically insulated insulating wall 922 is formed. A first peripheral wall 921 at a position corresponding to the beacon 20 of the third landmark board 930 and a second peripheral wall 921 at a position corresponding to the beacon 20 of the third landmark board 930, And a second circumferential wall 923 at a position corresponding to the timer LED 931 of the third marking board 930. That is, the beacon 20 or the timer LED 931 may be formed by electrically insulating each upper portion by forming an insulating wall 922 so as to correspond to the beacon 20 and the timer LED 931 of the third landmark board 930, So that the influence of the electromagnetic wave or the like generated from the antenna can be minimized. The shape of the first peripheral wall 921 and the second peripheral wall 923 may vary depending on the shape and size of the beacon 20 and the timer LED 931. The first peripheral wall 921, It is needless to say that a method of dividing the area of the second circumferential wall 923 across the second marking board 920 can be utilized.

A third marking board 930 for stacking and supporting the second marking board 920 in a state of being electrically connected to the second marking board 920 includes a beacon 20 positioned behind the position and a timer LED 931, . The beacon 20 can be attached to the goods marking unit 900 and positioned for each commodity location, and can grasp the position and proximity of the portable terminal. The timer LED 931 is a configuration capable of functioning as a kind of counter that flickers every predetermined time as described in the foregoing configuration. For example, the timer LED 931 may be one LED repeating flashing every second, or two or more LEDs repeating flashing alternately. As a result, the goods marking unit 900 itself is configured to serve as a guide plate including the beacon 20 and a time counter.

The product marking unit 900 is divided into a first marking board 910, a second marking board 920, and a third marking board 930. That is, In particular, in the case of the beacon 20, communication signals are frequently generated with an external beacon 20 or an object receiving a signal. Therefore, in order to prevent crosstalk such as signal interference between the electric devices, A space between each landing boards is filled with a filler material 927, and the filler material 927 absorbs unnecessary radio waves, as in the case of the second lander board 920, Of course, can be formed.

In addition, at least one coupling protrusion 926 is formed on a side surface of the second landmark board 920 and the third landmark board 930, and the goods landmark 900 is connected to the first landmark board 910 A fixed cover (not shown) having a recessed groove 941 corresponding to the coupling protrusion 926 and surrounding the exposed surface of the second marking board 920 and the third marking board 930 from one side thereof, 940) may be further included.

The fixed cover 940 is formed so that the product markers 900 composed of the three parts of the first marking board 910, the second marking board 920 and the third marking board 930 are not separated from each other in a stacked state And a fixed cover 940 for fixing the outer circumferential surface. At least one coupling protrusion 926 is formed on the side surfaces of the second and third marking boards 920 and 930 when constructing the fixed cover 940. The first marking board 910 is for storing the guide papers 912 on which the guidance text is printed so that the guide papers 912 can be changed from time to time so that they can be inserted in a form No separate engaging projections 926 are formed. Therefore, the exposed surfaces of the second and third marking boards 920 and 930 from the one side of the first marking board 910 are all surrounded by the engaging projections 926 and the corresponding recessed grooves 941 So that the product marking unit 900 is not easily separated and can hold the external impact.

The enhancement guide generation module 600 includes an interest product recognition unit 650 that recognizes that at least one of the goods of interest and the additional interest items among the indoor images is photographed, A timer LED recognizing unit 660 for recognizing that the timer LED 931 is photographed at a predetermined time and a number of times the recognized timer LED 931 is blinking, A time measurement unit 670 for generating confirmation time information and comparing the confirmation time information with a predetermined reference confirmation time and removing the interest goods and the additional interest goods from the movement path when the comparison time is longer than the reference confirmation time And may further include a movement path organizing unit 680.

The product marking unit 900 means a plate serving as a kind of signboard such as a signboard or a price tag. The product marking unit 900 includes a timer LED 931 composed of a plurality of LEDs flickering at a predetermined time And a built-in goods marking unit 900.

The user 10 photographs the indoor image and displays the indoor image on the display of the portable terminal. At this time, the timer LED 931 located in the product marking unit 900 can be photographed while photographing the indoor image. Accordingly, the interested goods recognizing unit 650 recognizes that at least one merchandise marking unit 900 of the interested merchandise and the additional interested merchandise of the taken indoor image is photographed. Next, the timer LED recognizing unit 660 recognizes And recognizes the timer LED 931 when at least one merchandise marking section 900 among the merchandise and the additional interested merchandise is photographed. The timer LED 931 thus recognized repeats flashing every predetermined period of time (preferably 1 second), and counts the number of times of blinking to generate confirmation time information that is the time the user 10 has stayed at the goods location . If the user 10 remains at the position of the commodity longer than the sufficient time (the reference confirmation time) through the confirmation time information, the user 10 can consider that the commodity is sufficiently confirmed, so that the interested commodity or the additional interested commodity is no longer displayed The moving path organizing unit 680 removes it from the moving path organizing unit 680.

Fig. 5 shows an example in which a virtual guide unit is applied to a product location guidance displayed on a portable terminal.

Finally, the spatial recognition module 500 includes a virtual guide unit generation unit 810 for providing a virtual guidance unit 953 displayed on the indoor image, A guide providing unit 820 for providing the direction guidance through a virtual guide unit 953 and a feature analyzing unit 830 for extracting a specific area from the indoor image and analyzing the feature in the corresponding area to generate environmental feature information And a guide unit generation module 800 including the guidance unit generation module 800. [ The virtual guide unit 953 is a kind of avatar, which means a virtual character to be transmitted to the user 10 on behalf of the goods location guidance system through the functional shop indoor map. For example, the virtual guide unit 953 may utilize a typical character of the indoor space or utilize a character wearing a guide dress, and various other means such as an animal or an object may be utilized. That is, the virtual guide unit 953 is synthesized and displayed on the indoor image displayed on the display. The characteristic analyzing unit 830 recognizes the indoor image and displays it in a specific area (for example, behind the specific furniture, ), So that a character can be felt as if it actually existed.

If the virtual guide unit 953 moves along the movement path first on the display, the user 10 can move the guide unit 953 as it is, so that the guide system can be utilized more conveniently do. In addition, it is needless to say that, as an additional function of the guide unit 953, if the user 10 performs a function of briefly describing the merchandise located in the vicinity of the user,

6 is an overall flowchart of a goods location guidance system through a functional store indoor map.

Referring to FIG. 6, the merchandise location guidance system through the functional store indoor map will be described. First, the user 10 sets an item of interest and confirms the indoor location of the user 10 through the beacon 20. And provides a map in which navigation guidance is synthesized to the portable terminal held by the user 10 thereafter. At this time, whether or not the earphone is inserted into the portable terminal is confirmed, and if the earphone is inserted, the voice guidance can be additionally provided. Next, when the portable terminal is photographing indoor images, it provides an augmentation service that further provides a guide image obtained by combining direction information, other article information, and events in the indoor image to the portable terminal. The virtual guide unit 953 is additionally provided here to help the user 10 to reach the goods of interest more conveniently.

As described above, the configuration and operation of the goods location guidance system through the functional shop indoor map according to the present invention are described in the above description and drawings. However, the present invention is not limited to the above description and drawings. And it is to be understood that various changes and modifications may be made without departing from the spirit of the invention.

10: User 20: Beacon
30: central server 100: commodity management module
110: interested goods setting unit 200: positioning module
210: indoor location determination unit 300: movement route generation module
310: Map receiving unit 320: Path generating unit
330: direction guide generating unit 400: guide information providing module
410: guide display section 420: direction guide display section
430: external sound recognition unit 431: earphone detection unit
432: Noise Measurement Part 433: Sound Modulation Part
434: sound providing part 440: custom sound guide generating part
441: Sample sound output part 442: Sample sound selection part
443: Frequency band setting part 444: Transform sound providing part
500: Space recognition module 510:
520: moving path display unit 600:
610: commodity position receiving section 620: commodity position combining section
630: additional interest product setting unit 640: correction path generating unit
650: Interested goods recognition unit 660: Timer LED recognition unit
670: time measuring unit 680:
700: guide image providing module 710: guide image display section
720: correction guide image display 800: guide unit creation module
810: virtual guide unit generating unit 820:
830: Feature analysis unit 900: Product marking unit
910: first marking board 911: recognition cover
912: guide 920: second marking board
921: first circumferential wall 922: insulating wall
923: second circumferential wall 924:
925: controller 926: engaging projection
927: Filler 930: Third marking board
931: Timer LED 940: Fixed cover
941: embedded groove 951: first display area
952: second display area 953: guide unit

Claims (12)

A product location guidance system through a functional store indoor map,
A goods management module including an interest goods setting unit for receiving and storing the interested goods from the user;
A location determining module for determining a current location of the user through communication between the beacon and the mobile terminal and generating location information;
A map generating module for generating a map from the map information to the location where the item of interest is located;
A guide information providing module including a guide display unit for providing the portable terminal with a customized guidance map in which the moving route is synthesized on the indoor map;
A spatial display module including an image display unit for displaying an indoor image photographed by a camera of the portable terminal as a display of the portable terminal, and a travel path display unit for displaying the moving path by combining the indoor image with the indoor image;
A product position receiver for receiving a product position of the peripheral area in which the position information is generated; and a product position synthesis module for synthesizing the product position with the indoor image and displaying the product position;
And a guide image display unit for providing a virtual guide image obtained by combining the movement route and the product position to the indoor image to the portable terminal,
Wherein the augmented guideline generation module includes: an additional interest goods setting unit that receives at least one of the goods positions from the user as an additional item of interest; a correction path generation unit that generates a correction path for generating a correction movement path via the additional interest item ≪ / RTI >
Wherein the guide image providing module includes a correction guide image display unit for providing the correction movement route to the portable terminal,
And is provided for each merchandise position,
A first marking board including a transparent cover on which a guide sheet printed with a guide letter is stored,
And a spacer having a chip structure on one side of the spacer wall, the spacer including a first spacer and a second spacer on the first spacer, A second marking board into which a filling material is injected,
And a third marking board having a timer LED including a plurality of LEDs that are stacked and supported by the second marking board in a state of being electrically connected to the second marking board, ; ≪ / RTI >
The spacer
A closed curved surface surrounding the circumferential surface of the inner space,
A first peripheral wall at a position corresponding to the beacon of the third marking board in a state where the electrically insulated insulating walls are respectively formed in mutually opposing areas and are electrically shielded by the insulating wall, And a second circumferential wall at a position corresponding to the timer LED of the three-marking board. The method according to claim 1,
The movement path generation module includes:
Further comprising: a direction guide generation unit for generating a direction guidance to be displayed at a direction selection point such as an edge or a crossing of the movement path,
The guide information providing module includes:
Further comprising a direction guide display unit for providing the direction guide to the portable terminal when the position information corresponds to the direction selection point. 3. The method of claim 2,
The guide information providing module includes:
An earphone sensing part for sensing that the earphone is connected to the portable terminal,
A noise measuring part for measuring a magnitude of ambient noise received through voice input means included in the portable terminal;
A sound database storing sound guide data so that the direction guide can be audibly provided to the user;
A sound modulation part for converting the sound guidance data into a sound having a size of 40 dB to 120 dB larger than the noise,
Further comprising an external sound recognition unit configured to provide the sound guide data to be output from the earphone. The method of claim 3,
The guide information providing module includes:
A sample sound database storing a plurality of sample sounds having different frequencies within a frequency band of 10 kHz to 20 kHz,
A sample sound output part for outputting the sample sound from the sample sound database,
A sample sound selection part for selecting one or more sample sounds from the user and selecting a customized frequency band,
A frequency band setting part for converting and storing the sound guide data into the custom frequency band,
And a converted sound providing part configured to provide the sound guide data in a custom frequency band stored in the frequency band setting part. delete The method according to claim 1,
Wherein the display comprises:
A first display area,
And a second display area having a larger area than the first display area,
Wherein the spatial recognition module comprises:
Further comprising a screen division unit for positioning the customized guidance map as the first display area and the virtual guidance image as the second display area. delete delete delete The method according to claim 1,
On the side surfaces of the second marking board and the third marking board,
At least one engaging projection is formed,
The goods marking unit,
Further comprising a fixed cover which surrounds the exposed surface of the second marking board and the third marking board from one side of the first marking board and has an engaging groove corresponding to the engaging projection, Product location guidance system through in - store indoor map. The method according to claim 1,
Wherein the augmentation guide generation module comprises:
An interest goods recognition unit for recognizing that at least one of the goods of interest and the additional interest items of the indoor image is photographed;
A timer LED recognizing unit for recognizing that the timer LED is photographed in the indoor image;
A time measuring unit for counting the number of times the timer LED is blinked and generating confirmation time information,
Further comprising a moving path organizing unit for removing the desired goods and the additional interested goods from the moving path when the checking time information is longer than the reference checking time by comparing with the predetermined reference checking time, Product location system through indoor map. The method according to claim 6,
Wherein the spatial recognition module comprises:
A virtual guide unit generating unit for providing a virtual guide unit displayed on the indoor video;
A guide providing unit for guiding navigation through the virtual guide unit so that the user moves along the movement route;
And a feature analyzing unit for extracting a specific area from the indoor image and analyzing the feature in the corresponding area to generate environmental feature information. Guidance system.

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