KR102157330B1 - A location information providing system and a location information providing method using a lenticular - Google Patents

Abstract

The present invention relates to a location information providing system and a location information providing method using a lenticular which can provide the accurate location of a user by creating a QR code storing accurate location information in a building, and creating the QR code as a lenticular sticker to attach the lenticular sticker to a corresponding location and then photographing the lenticular sticker to transmit a photographed image by using a mobile terminal. According to the present invention, even the direction in which the lenticular is photographed in the building is taken into consideration to transmit the accurate location of the user to the outside. Therefore, accurate information about which floor the user is on and where the user is on that floor can be transmitted when a fire occurs or when it is difficult to move due to an abnormality in the body.

Description

Location information providing system and method of providing location information using lenticular {A LOCATION INFORMATION PROVIDING SYSTEM AND A LOCATION INFORMATION PROVIDING METHOD USING A LENTICULAR}

The present invention relates to a system for providing location information and a method for providing location information using a lenticular capable of notifying my exact location using a lenticular attached in a building.

In the event of a disaster such as a fire or earthquake, it is very important to have a system that can notify the outside of your exact location in the building when you are in an emergency situation. This is because in an urgent situation where a candle is quarreled, it is possible to rescue even a little faster if the exact location is given to the outside.

It is also the same in an office environment where multiple people work. This is because even when I order something or request a shoe repair service, if I can tell the exact place where I am in the office, the service provider can provide the service quickly and accurately to the person who requested the service. .

There are several technologies that measure and transmit one's location.

Patent Publication 10-2014-0052780'Method and system for processing and transmitting emergency location information using a smart device' uses GPS or WIFI to receive location information to a user terminal, and then changes to longitude, latitude and the name of the administrative district. It includes an information processing step, and transmits the location information of the user simply and easily by transmitting the location information of the user expressed as a map to the target for assistance.

Korean Patent Application Publication No. 10-2014-0052780 has a limitation in not being able to accurately measure a location where it is located indoors.

Registered Patent 10-1304392'Method for determining the reference signal strength of an access point for indoor location measurement, and an apparatus therefor and indoor location measurement method and apparatus', the reference signal strength of access points installed indoors is measured to increase the accuracy of indoor location measurement. It determines and performs location measurement of the mobile terminal using the determined reference signal strength of the access points.

Registered Patent 10-1304392 is capable of measuring one's own location within a building, but not only must multiple access points be installed indoors for accurate location measurement, but also accurate location measurements can be performed when a failure occurs in the access point. There is no problem.

Therefore, there is a need for a system that can accurately transmit one's current location from the indoor to the outside without having to worry about the installation cost and failure.

Patent Publication 10-2014-0052780 (Method and system for processing and transmitting emergency situation location information using a smart device) Registered Patent 10-1304392 (Method and apparatus for determining reference signal strength of access point for indoor location measurement, and method and apparatus for indoor location measurement)

The present invention is invented to improve the above problems, and generates a QR code, image, or text form that records accurate location information in a building, and makes it as a lenticular sticker and attaches it to the corresponding location, This is to provide a system for providing location information and a method for providing location information using a lenticular capable of providing an accurate location of a user when a lenticular sticker is photographed and transmitted.

Furthermore, it is possible to provide an accurate location on which floor within the building and in which room, and to provide location information using a lenticular that can be provided to the outside by classifying the user's location according to the direction in which the lenticular is photographed. It is to provide a method of providing system and location information.

In order to achieve the above object, the present invention includes the steps of running an app on a mobile terminal and checking its own location; Generating an image or text by inputting information on an image or text attachment location including a detailed address in addition to the identified location; Recording information on the generated image or text in a server; Attaching the lenticular on which the recorded image or text information is reflected to the image or text attachment position after receipt; Executing an app on a mobile terminal, taking a lenticular to recognize an image or text, and displaying a location recorded in the image or text on a map; Transmitting the captured image or text to a server by the mobile terminal; And sequentially recording and displaying the history of receiving the image or text, and displaying a specific location of the user who photographed and transmitted the image or text in the corresponding building according to the address on the image or text.

In addition, the step of generating the image or text includes the number of floors in the building inputted to the mobile terminal, and the location of the image or text attached by the user in the floor plan corresponding to the number of floors of the building received from the server. , A first code is generated including a location separated by a predetermined distance in one direction based on the location where the image or text is attached, the number of floors in the building, the location of the image or text designated by the user, and the Generates a second code including a location separated by a predetermined distance in a different direction corresponding to a location symmetrical to each other with respect to the location where the image or text is attached, but the first code and the second code based on the location where the image or text is attached The direction of generating is selectable by the user, and the lenticular is produced by combining the first code and the second code.

And, in the step of generating the image or text, when the user designates a location to attach the image or text on the floor plan corresponding to the number of floors of the building received from the server, it is determined in a direction symmetrical to each other at the designated image or text attachment location. The first figure for generating the first code and the second figure for generating the second code are respectively displayed at a location separated by a distance of, and the user adjusts the position of the first figure and the second figure to A position for generating the code is determined, and the first figure and the second figure are displayed at opposite positions with respect to the designated image or text attachment position.

In addition, the step of generating the image or text may include the address of the building in the mobile terminal, the number of floors in the building, the room number, the code indicating the location of the image or text in the room, and the location where the image or text is attached. A first code and a second code are generated, respectively, including direction information indicating positions that are symmetrical to each other, and the lenticular is produced by combining the first code and the second code.

And, the code indicating the location of the image or text attachment is divided into a plurality of spaces according to the size of the room, and a code is assigned to each space, and the user selects a code indicating the location of the image or text in the room, and It is characterized in that the first code and the second code including information on the selected location and direction are respectively generated by selecting direction information symmetrical to each other based on the location of the image or text attached to the center at the location of the corresponding room.

In addition, in the step of displaying the specific location of the user, the server corresponds to the floor where the image or text of the building is located using the address of the received image or text, the number of floors of the building, and the location of the image or text. A plan view is displayed, a figure indicating a location to which an image or text is attached is displayed on the plan view, and when a corresponding figure is selected, user information transmitted by photographing the image or text is displayed.

In addition, when the corresponding figure is selected, the first code photographed in one direction with respect to the center of the figure using the image or the location information of the photographer in the text received from the mobile terminal, or the first code photographed in a direction symmetrical thereto. 2 It is characterized in that the code or color is distinguished and displayed.

On the other hand, in order to achieve the above object, the present invention is a location check unit for checking the user's own location; An image/text production unit for generating an image or text by inputting information on an image or text attachment location including a detailed address in addition to the location identified by the location confirmation unit; A lenticular photographing unit that is generated by the image/text production unit and transmitted to the server, and photographs a lenticular attached to the image or text attachment position after receiving the lenticular information reflecting the image or text information; An image/text location display unit for displaying a location recorded in the image or text on a map when the lenticular photographing unit captures and recognizes an image or text; And an image/text transmission unit for transmitting the captured image or text to the server after the image/text location display unit displays the location on the map, and the app of the mobile terminal in the corresponding building A building floor plan providing unit that provides a floor plan corresponding to the number of floors of the building to a mobile terminal upon receiving the number of floors of the building; An image/text storage unit for storing the image or text information generated and transmitted by the image/text production unit in an image/text DB; A lenticular production unit for requesting production of a lenticular in which the image or text information is reflected by using the image or text information recorded in the image/text DB; An image/text history display unit sequentially recording and displaying a history of receiving images or texts from the image/text transmission unit; And a server having a location display unit that displays a specific location of a user who has photographed and transmitted an image or text within a corresponding building according to an address included in the image or text information stored by the image/text storage unit. .

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

It is possible to transmit the exact location of the user to the outside by considering the direction in which the lenticular is taken within the building, so in the event of a fire or when a situation where it is difficult to move due to a sudden physical abnormality, several floors of the building and any It is possible to transmit accurate information about the location.

Therefore, if the mobile terminal uses the information transmitted by photographing the lenticular sticker, the manager can check the specific location of users in the building, enabling quick and accurate rescue in case of fire or other disasters.

In addition, even when ordering food and using other services by phone or mobile, the service provider can identify the user's exact location, thereby providing quick and accurate services.

Furthermore, when the patrolman manages and patrols the field's instrumentation, it is possible to accurately report the patrol location by photographing and transmitting the lenticular sticker of the corresponding area. Through this, the accuracy and efficiency of instrumentation management can be improved.

1 is a flowchart of a process in which a user generates a QR code image and attaches a lenticular using his or her location according to the present invention
2 is a flow chart of a process of providing a location to the outside using a lenticular to which a QR code image is reflected according to the present invention
3 is a functional configuration diagram of a system for providing location information using a lenticular according to the present invention
FIG. 4 is a conceptual diagram showing how different shapes for generating QR codes are generated on both sides of a designated QR code attachment location when a QR code attachment location is designated on a floor plan of a building according to the present invention
5 is a user screen for generating a QR code according to an embodiment of the present invention
6 is a screen of a category selected by a user when transmitting a QR code image captured by a mobile terminal
7 is a graphic interface of a lenticular shooting location and occurrence history displayed on a monitor of an administrator, a user's PC, and a mobile terminal, etc.

Advantages and features of the present invention, and a method of achieving them will become apparent with reference to embodiments to be described later in detail together with the accompanying drawings.

However, the present invention is not limited to the embodiments disclosed below, but will be implemented in various different forms.

In the present specification, the present embodiment is provided to complete the disclosure of the present invention, and to completely inform the scope of the invention to those of ordinary skill in the art to which the present invention pertains.

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

Accordingly, in some embodiments, well-known components, well-known operations, and well-known techniques have not been described in detail in order to avoid obscuring interpretation of the present invention.

In addition, throughout the specification, the same reference numerals refer to the same constituent elements, and terms used in the present specification (referred to) are for describing exemplary embodiments and not limiting the present invention.

In this specification, the singular form also includes the plural form unless specifically stated in the phrase, and the components and actions referred to as'include (or, have)' do not exclude the presence or addition of one or more other components and actions. .

Unless otherwise defined, all terms (including technical and scientific terms) used in the present specification may be used as meanings that can be commonly understood by those of ordinary skill in the art to which the present invention belongs.

In addition, terms defined in a commonly used dictionary are not interpreted ideally or excessively unless defined.

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

1 to 3, a system for providing location information using a lenticular according to the present invention includes an app 100 and a server 200 of a mobile terminal. The mobile terminal's app 100 includes a location confirmation unit 110, an image/text production unit 120, a lenticular photographing unit 130, an image/text location display unit 140, and an image/text transmission unit 150. . The server 200 includes a building floor plan providing unit 210, an image/text storage unit 220, a lenticular production unit 230, an image/text history display unit 240, and a location display unit 250 in the building, and It includes text DB, map DB, and building floor plan DB.

The location check unit 110 checks the user's own location.

The image/text production unit 120 generates an image or text by inputting information on an image or text attachment location including a detailed address in addition to the location identified by the location confirmation unit 110.

The lenticular photographing unit 130 generates in the image/text production unit 120 and transmits it to the server 200, receives the lenticular in which the image or text information is reflected, and then photographs the lenticular attached to the image or text attachment position.

The image/text position display unit 140 displays a location recorded in the image or text on a map when the lenticular photographing unit 130 captures and recognizes an image or text.

The image/text transmission unit 150 transmits the captured image or text to the server 200 after the image/text location display unit 140 displays the location on the map.

The building floor plan providing unit 210 provides a floor plan corresponding to the number of floors in the building to the mobile terminal when the number of floors in the building is inputted from the app 100 of the mobile terminal.

The image/text storage unit 220 stores image or text information generated and transmitted by the image/text production unit 120 in the image/text DB.

The lenticular production unit 230 requests the production of a lenticular in which the image or text information is reflected by using the image or text information recorded in the image/text DB.

The image/text history display unit 240 sequentially records and displays a history of receiving images or texts from the image/text transmission unit 150.

The in-building location display unit 250 displays a specific location of a user who photographs and transmits an image or text in the building according to an address included in the image or text information stored by the image/text storage unit 220.

Detailed functions of each component will be examined in more detail below.

A method of providing location information using a lenticular will be described in detail using the app 100 and the server 200 as follows. Lenticular is to make different pictures visible according to the viewing angle.Based on the lenticular, a first code is created by reflecting the right position information, and a second code is created by reflecting the left position information, and then one lenticular is produced using this. Then, according to the direction in which the lenticular is photographed, the principle of accurately distinguishing whether the user is on the right or left of the lenticular attachment position is used. It will be described in detail again below.

First, the mobile terminal executes the app 100, and the location check unit 110 checks its own location using a GPS function built into the mobile terminal (S110).

The image/text production unit 120 generates an image or text by inputting a detailed address and information on a location to attach the image or text in addition to the location identified by the location confirmation unit 110 (S120). Images include images in the form of QR codes and other images. Hereinafter, a QR code image among the images will be described as an example.

For example, the identified location refers to the building address '659-26 Yeoksam-dong, Gangnam-gu, Seoul', and the detailed address refers to the number of floors and floors in the relevant building, such as 3rd floor and 101st floor. In addition, the detailed address may include specific coordinates designated by the user by clicking or touching in the corresponding room.

Specifically, in the step of generating an image or text (S120), if the number of floors in the building is input to the app 100 of the mobile terminal, the number of floors of the building is determined from the building floor plan providing unit 210 of the server 200. The corresponding floor plan can be received. The server 200 stores and manages the floor plan of the building for the building registered in the building floor plan DB, and when the app 100 receives floor information for the building, the app 100 searches for a floor plan corresponding thereto. send.

The app 100 generates a first code including a location to attach an image or text specified by the user on the floor plan received from the server 200 and a location that is a predetermined distance in one direction from the location to attach the image or text. do.

Referring to FIG. 4, in the plan view received from the server 200, the user clicks or touches to designate a QR code attachment position (L). The QR code attachment location (L) refers to the location where the QR code image is produced and attached in a lenticular form. A first code is generated including a location (A) separated by a predetermined distance (d) in one direction from the QR code attachment location (L). That is, the first code includes the address of the building, the number of floors, a specific QR code attachment location (L) designated by the user in the floor plan, and a location (A) separated by a predetermined distance (d) from the QR code attachment location (L). Is created.

The predetermined distance (d) refers to a distance at which the user photographs the lenticular (L) reflecting the QR code image using the mobile terminal, and is preferably set to about 50cm to 1m.

When the image/text production unit 120 receives the floor plan of the corresponding floor of the building, it knows the information on the total area, so when the user clicks or touches the QR code attachment position (L) to designate the specific position in the floor plan as coordinates. Can be calculated.

And, the second code, including the number of floors in the building, the location where the QR code specified by the user is attached, and the location separated by a predetermined distance in different directions corresponding to the location symmetrical to each other based on the location where the QR code is attached. Generate.

The method of generating the second code is the same as the method of generating the first code. However, it is generated by reflecting location information opposite to the first code generation location based on the QR code attachment location (L). The second code is generated including a location (B) separated by a predetermined distance (d) in the other direction from the QR code attachment location (L, lenticular attachment location).

The reason for generating two of the first code and the second code is that different images can be recognized when the lenticular is photographed in different directions, and the user's location can be measured in more detail using this.

Using the first QR code image and the second QR code image, request to produce one lenticular sticker, and attach the produced lenticular sticker to the originally designated QR code attachment location (L) before use.

At this time, the direction of generating the first code and the second code based on the location where the QR code is attached can be selected by the user, and the lenticular is manufactured by combining the first code and the second code.

When the user designates the QR code attachment location (L) on the floor plan corresponding to the number of floors of the building received from the server 200, the first code is located at a location separated by a predetermined distance in a direction symmetrical to each other from the designated QR code attachment location. The first figure (C1) for generating and the second figure (C2) for generating the second code are displayed respectively, and the user adjusts the position of the first figure (C1) and the second figure (C2) to And a position for generating the second code are determined, and the first figure C1 and the second figure C2 are set to be displayed at opposite positions with respect to the designated QR code attachment position L.

The step of generating an image or text (S120) may be performed in the following manner differently from the above.

In the image/text production unit 120 of the mobile terminal, the address of the building, the number of floors in the building, the room number, the code indicating the location of the image or text in the room, and the location symmetrical to each other based on the location of the image or text A first code and a second code are generated each including the indicated direction information, and the lenticular is produced by combining the first code and the second code.

Referring to FIG. 5, the address of the building is '659-26 Yeoksam-dong, Gangnam-gu, Seoul, the number of floors of the building '1st floor above ground', room number '101', code '1F_101_E' indicating the location of the QR code in the room, QR code It shows an example of generating a QR code including direction information'dong' indicating positions symmetrical to each other based on the attachment position, and error range '20'.

Specifically, the code indicating the location where the QR code is attached (L) is divided into a plurality of spaces according to the size of the room, and a code is assigned to each space. Depending on the size of the room, a code can be assigned to each space by dividing the space from 2 to 10 in various ways.

In the building floor plan DB of the server 200, a space is divided for each floor and room of each building, and a code corresponding to each space is assigned and managed.

The user selects a code indicating the location of the QR code in the room, and information on the selected location and direction is included by selecting direction information that is symmetrical to each other based on the location of the QR code in the center from the location of the room corresponding to the selected code. The first code and the second code may be generated respectively.

For example, if a room is divided into 6 spaces and codes A to F are given, the user selects the code'E' indicating the location of the QR code in the room, and the room corresponding to the'E' code If you select the direction information symmetrical to each other based on the location where the QR code is attached (meaning the center in the space corresponding to the E code), the QR code is attached to both sides based on the location (L). A first code and a second code reflecting information on locations A and B separated by a distance d are generated, respectively. Contents in which the first code and the second code are generated at positions symmetrical to each other with respect to the QR code attachment position (L) have been described in detail with reference to FIG. 4, and thus will be omitted.

If the direction information symmetrical to each other is'East', the first code is generated by reflecting the location (A) separated by a predetermined distance (d) east from the QR code attachment location (L), and a predetermined distance ( The second code may be generated by reflecting the position B that is separated by d). If the direction information symmetrical to each other is'north', the first code is generated by reflecting the location (A) separated by a predetermined distance (d) north from the QR code attachment location (L), and a predetermined distance ( The second code may be generated by reflecting the position B that is separated by d).

When information about the image or text generated by the image/text production unit 120 of the app 100 is transmitted to the server 200, the image/text storage unit 220 of the server 200 stores the image or text information as an image. / Record in the text DB (S130).

The lenticular production unit 230 of the server 200 requests the production of a lenticular in which the image or text information is reflected by using the image or text information recorded in the image/text DB.

The user attaches the lenticular on which the image or text information is reflected to the image or text attachment position after receipt (S140). Taking the QR code image as an example, the location where the QR code is attached refers to the location specified by the user himself when requesting to create a QR code.

Up to this point, the user creates an image or text using his or her location, and describes the process of producing a lenticular using this.

The following is a description of a method of providing a location using a lenticular in which an image or text is reflected. The QR code image will be described as an example.

Referring to FIG. 2, when the app 100 is executed on the mobile terminal and the lenticular photographing unit 130 photographs the lenticular and recognizes the QR code image, the image/text location display unit 140 is the position recorded in the QR code. Is displayed on the map (S210).

The image/text transmission unit 150 of the app 100 transmits the captured QR code image to the server 200 (S220).

Referring to FIG. 6, when transmitting a photographed QR code image, it is possible to select and transmit any one of a disaster or an order. The user selects any one of fire, earthquake, emergency, or order, and sends the captured QR code image, so that the server administrator can check the exact location of the user and the type of disaster that occurred. An emergency situation refers to a situation in which the user's movement is uncomfortable, and the order may correspond to an order for food.

Unlike the click or selection method of FIG. 6, the user may directly input the type of disaster and message that occurred, and transmit it together with the captured QR code image.

The image/text history display unit 240 of the server 200 sequentially records and displays the history of receiving the QR code image, and the location display unit 250 in the building provides a QR code within the building according to the address on the QR code image. A specific location of a user who photographed and transmitted an image is displayed (S230).

Referring to FIG. 7, the image/text history display unit 240 of the server 200 sequentially displays the occurrence history when users photograph and transmit lenticulars at their respective locations. In addition, the location display unit 250 in the building displays the specific location of the user who captured and transmitted the QR code image in the corresponding building using the information stored in the map DB and the building floor plan DB and the address on the QR code image in the form of a pink circle. do.

The lenticular graphic interface of FIG. 7 is displayed on an administrator's monitor through a server, and a user with access rights is also displayed on a mobile terminal, tablet, or PC.

The step of displaying the user's specific location (S230) will be described as follows.

The in-building location display unit 250 of the server 200 extracts the address of the QR code image received from the image/text transmission unit 150, the number of floors in the building, and the location where the QR code is attached, and the extracted information and the server 200 Using the information stored in the map DB of the building and the building floor plan DB, the floor plan corresponding to the floor where the QR code of the building is located is displayed on the screen of the manager's monitor, and the figure indicating the location where the QR code is attached on the floor plan is in a pink circle shape. Denoted by

Referring to FIG. 7, it can be seen that the location of a user who photographed and transmitted a QR code image in a building is displayed in a pink circle shape.

When the administrator selects the figure, whether it is the first QR code photographed from one direction based on the center of the figure (the location where the lenticular reflects the QR code image) using the location information of the photographer on the QR code image received from the mobile terminal , It is possible to differentiate and display the color whether it is the second QR code photographed in a direction symmetrical thereto.

For example, when an administrator selects a pink circle, user information (name, age, gender, etc.) of the corresponding location that was sent by photographing a QR code is displayed in detail. In addition, it is possible to differentiate and display whether the user is on the right, on the left, on the bottom, etc., with different colors based on the location where the lenticular, reflecting the QR code image, is attached. In FIG. 11, the user is on the right at the L1 lenticular position, the L2 lenticular position is on the left, and the L3 lenticular position is shown in light green.

Using this method, the location of the user who has transmitted the location information can be accurately identified. Such a system can be useful for accurately and quickly reporting the patrol location by photographing and transmitting the lenticular sticker at the corresponding location when patrols or managers monitor and patrol the field instrumentation in a factory.

Until now, the present invention has been described in detail with reference to preferred embodiments, but those skilled in the art to which the present invention pertains can practice the present invention in other specific forms without changing the technical spirit or essential features thereof, The embodiments are illustrative in all respects and should be understood as non-limiting.

In addition, the scope of the present invention is specified by the claims to be described later rather than the detailed description, and all changes or modified forms derived from the meaning and scope of the claims and their equivalent concepts are included in the scope of the present invention. Should be interpreted as.

100...Apps on mobile devices
110...position check
120... image/text production department
130...Lenticular Filming Department
140...image/text position indicator
150... image/text transfer section
200...server
210... building floor plan
220... image/text storage
230...Lenticular production department
240...image/text history display
250...in-building location indicator
L...QR code attachment position, lenticular attachment position
C1... first shape
C2... second shape

Claims (8)

Executing the app on the mobile terminal and checking its own location;
Generating an image or text by inputting information on an image or text attachment location including a detailed address in addition to the identified location;
Recording information on the generated image or text in a server;
Attaching the lenticular on which the recorded image or text information is reflected to the image or text attachment position after receipt;
Executing an app on a mobile terminal, taking a lenticular to recognize an image or text, and displaying a location recorded in the image or text on a map;
Transmitting the captured image or text to a server by the mobile terminal; And
The server includes the step of sequentially recording and displaying the history of receiving the image or text, and displaying a specific location of the user who photographed and transmitted the image or text in the corresponding building according to the address on the image or text,
The step of generating the image or text,
One direction based on the number of floors in the building input to the mobile terminal, the location of the image or text attachment specified by the user on the floor plan corresponding to the number of floors of the building received from the server, and the location of the image or text attachment To generate a first code including a location separated by a predetermined distance,
Including the number of floors in the building, the location where the image or text is attached, and a location separated by a predetermined distance in a different direction corresponding to a location symmetrical to each other based on the location where the image or text is attached. Generate the code,
A location using a lenticular, characterized in that the direction for generating the first code and the second code based on the position of attaching the image or text can be selected by the user, and the lenticular is produced by combining the first code and the second code. How to provide information.
delete The method according to claim 1,
The step of generating the image or text,
When the user designates an image or text attachment location on the floor plan corresponding to the number of floors of the building received from the server, the first code is generated at a location separated by a predetermined distance in a direction symmetrical to each other from the designated image or text attachment location. The first figure and the second figure for generating the second code are displayed, and the user adjusts the positions of the first figure and the second figure to determine the location for generating the first code and the second code, and the first figure And the second figure are displayed at opposite positions with respect to the designated image or text attachment position.
Executing the app on the mobile terminal and checking its own location;
Generating an image or text by inputting information on an image or text attachment location including a detailed address in addition to the identified location;
Recording information on the generated image or text in a server;
Attaching the lenticular on which the recorded image or text information is reflected to the image or text attachment position after receipt;
Executing an app on a mobile terminal, taking a lenticular to recognize an image or text, and displaying a location recorded in the image or text on a map;
Transmitting the captured image or text to a server by the mobile terminal; And
The server includes the step of sequentially recording and displaying the history of receiving the image or text, and displaying a specific location of the user who photographed and transmitted the image or text in the corresponding building according to the address on the image or text,
The step of generating the image or text,
The mobile terminal includes the address of the building, the number of floors in the building, the room number, the code indicating the location of the image or text in the room, and direction information indicating the location symmetrical with respect to the location of the image or text. A method of providing location information using a lenticular, wherein a first code and a second code are generated, and the lenticular is produced by combining the first code and the second code.
The method of claim 4,
The code indicating the location to attach the image or text is divided into a plurality of spaces according to the size of the room, and a code is assigned to each space, and the user selects a code indicating the location of the image or text in the room, and corresponds to the selected code. A location using a lenticular, characterized in that the first code and the second code containing information on the selected location and direction are generated by selecting direction information symmetrical to each other based on the location of the image or text in the center of the room location How to provide information.
Executing the app on the mobile terminal and checking its own location;
Generating an image or text by inputting information on an image or text attachment location including a detailed address in addition to the identified location;
Recording information on the generated image or text in a server;
Attaching the lenticular on which the recorded image or text information is reflected to the image or text attachment position after receipt;
Executing an app on a mobile terminal, taking a lenticular to recognize an image or text, and displaying a location recorded in the image or text on a map;
Transmitting the captured image or text to a server by the mobile terminal; And
The server includes the step of sequentially recording and displaying the history of receiving the image or text, and displaying a specific location of the user who photographed and transmitted the image or text in the corresponding building according to the address on the image or text,
Displaying the specific location of the user,
The server displays the floor plan corresponding to the floor where the image or text of the building is located using the address of the received image or text, the number of floors of the building, and the location of the image or text, and the image or text is attached on the floor plan. A figure indicating the location of the location is displayed, and when the figure is selected, user information that has been captured and transmitted with an image or text is displayed.
When the corresponding figure is selected, whether it is the first code photographed in one direction based on the center of the figure, or a second code photographed in a direction symmetrical to the image or text received from the mobile terminal A method of providing location information using a lenticular, characterized in that the perceived color is classified and displayed.
delete A location check unit to check the user's own location;
An image/text production unit for generating an image or text by inputting information on an image or text attachment location including a detailed address in addition to the location identified by the location confirmation unit;
A lenticular photographing unit that is generated by the image/text production unit and transmitted to the server, and photographs a lenticular attached to the image or text attachment position after receiving the lenticular information reflecting the image or text information;
An image/text location display unit for displaying a location recorded in the image or text on a map when the lenticular photographing unit captures and recognizes an image or text; And
An app of a mobile terminal including an image/text transmission unit for transmitting the captured image or text to a server after the image/text location display unit displays a location on a map,
A building floor plan providing unit that provides a floor plan corresponding to the number of floors of the building to the mobile terminal when the number of floors in the building is input by the mobile terminal app;
An image/text storage unit for storing the image or text information generated and transmitted by the image/text production unit in an image/text DB;
A lenticular production unit for requesting production of a lenticular in which the image or text information is reflected by using the image or text information recorded in the image/text DB;
An image/text history display unit sequentially recording and displaying a history of receiving images or texts from the image/text transmission unit; And
Including a server having; a building location display unit for displaying a specific location of a user who photographed and transmitted an image or text in a corresponding building according to an address included in the image or text information stored by the image/text storage unit,
The image/text production unit,
Work based on the number of floors in the building input from the user's mobile terminal, the location of the image or text attachment specified by the user in the floor plan corresponding to the number of floors of the building received from the server, and the location of the image or text attachment Generates a first code including a location separated by a predetermined distance in the direction,
The second, including the number of floors in the building, a location where an image or text is attached, and a location separated by a predetermined distance in a different direction corresponding to a location symmetrical to each other based on the location where the image or text is attached. Generate the code,
A location using a lenticular, characterized in that the direction for generating the first code and the second code based on the position of attaching the image or text can be selected by the user, and the lenticular is produced by combining the first code and the second code. Information provision system.

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