KR101413547B1 - Tag series bundle having identification code - Google Patents

Abstract

The present invention relates to a tag series bundle in which an identification code is printed, and in the present invention, a plurality of unit tags to which an identification code is printed constitute a tag series bundle, The identification code of the unit tag is characterized in that at least one of i) information of the unit tag itself and ii) location information of a dedicated server or specific location information on-line is stored. According to the present invention, instead of printing an identification code in accordance with a necessary URL or specific data, by specifying each unit tag of a tag series bundle manufactured by printing an identification code so as to designate a unit tag to point to specific data, It is possible to use the identification code easily, and accordingly, the identification code can be utilized more efficiently.

Description

Tag series bundle having an identification code printed thereon {Tag series bundle having identification code}

The present invention relates to a tag in which an identification code is printed, more specifically, to a bundle in which a plurality of identification codes such as a Qial code are bundled in a plurality of series formats, a system for storing and reproducing data using the same, .

Generally, there is a method using a bar code as a method of inputting specific information and providing it to a user. A bar code is an identification code that stores specific information in a black and white bar symbol so as to make it easy to scan or input using a computer or the like. Such a bar code is automatically read by an optical mark reader, Book classification, identification documents, etc. are widely used.

However, since the barcode is a one-dimensional information storage method, the amount of information to be stored is extremely limited, and the same information is uniformly provided without distinguishing the users without personalizing most of the information.

In order to overcome the disadvantages of the information providing method using the bar code, the information storing / providing method using the QR code is widely used recently. The QR Code is a representative two-dimensional image code technology, which is widely used by the patent owner Denso Wave, who releases the technology and does not exercise full power, and is now an international standard managed by ISO.

However, in using existing QR codes, it is troublesome to print QR codes for corresponding pages in order to store specific data or pages through QR codes and to view them.

Especially, QR codes are limited to special cases such as advertisement and logistics, and are not widely used by individual users. Therefore, there are limitations in utilizing the QR codes by individual users.

The present invention provides a tag series bundle in which a plurality of identification codes are printed in a tag format so that a user can easily store So that it can be reproduced.

Another object of the present invention is to easily attach a tag in which an identification code is printed to an arbitrary place desired by a user so that the tag can be utilized in various ways.

It is still another object of the present invention to allow data to be matched to a tag in which an identification code is printed to be stored and reproduced by utilizing an on-line server which is conventionally used.

According to an aspect of the present invention for achieving the above object, the present invention provides a tag series bundle having a plurality of unit tags printed with identification codes, the unit tags being separable from each other, The identification code of the unit tag includes at least one of i) information of the unit tag itself and ii) location information of a dedicated server or specific location information on-line.

The tag series bundle is provided with a bundle identification symbol or a bundle identification code for obtaining the tag series bundle.

The bundle unique number of the tag series bundle and the unit unique number of the unit tag are stored in the unit tag.

In the unit tag, unit uniqueness numbers that are continuous with other adjacent unit tags are stored.

A recording space for a note is formed on one side of the unit tag.

An adhesive material is applied to the back surface of the unit tag, and the unit tag can be attached to an arbitrary place.

The identification code is a QR code.

According to another aspect of the present invention, there is provided a portable terminal, comprising: a housing having a housing space formed therein; and a plurality of unit tags housed in the housing space and having an identification code printed thereon, Wherein the identification code of the unit tag includes at least one of i) information of the unit tag itself and ii) location information of a dedicated server or specific location information on-line.

The housing is provided with an identification code or an identification code for distinguishing tag series bundles constituted by the plurality of unit tags.

The tag series bundle is wound in the form of a roll, and one end of the tag series bundle protrudes outside the storage space.

One end of the housing is formed with an opening, and one end of the tag series bundle is protruded to the opening so that the tag series bundles are sequentially discharged through the opening.

The bundle unique number of the tag series bundle and the unit unique number of the unit tag are stored in the unit tag, and the unit unique number stored in the unit tag is continuous with the unit unique number of adjacent adjacent unit tags.

An adhesive material is applied to the back surface of the unit tag, and the unit tag can be attached to an arbitrary place.

According to another aspect of the present invention, there is provided a tag bundling system comprising: a tag series bundle including a plurality of unit tags printed with an identification code; An on-line transferable terminal, an on-line storage for storing specific data transmitted from the terminal, and a dedicated server for storing the location information of the on-line storage transmitted from the terminal and the unit unique number of the identification code.

Wherein the dedicated server includes a unique number storage unit for storing at least one of a bundle unique number of a tag series bundle including a plurality of unit tags and a unit unique number of an identification code, And ii) a storage / acquisition request of the bundle unique number of the tag series bundle or a unit unique number of the unit tag, and ii) a storage / acquisition request of the location information of the online storage .

Wherein the dedicated server includes at least one of a user information storage unit for storing user information, a data storage unit for storing specific data to be transmitted by a user, and a history storage unit for storing information including a user's storage / Or more.

The terminal is any one of i) a portable terminal having an application built therein, ii) a device dedicated to a data storage / reproduction system using tag series bundles printed with an identification code, or iii) a computer equipped with a dedicated plug-in for a web browser.

The online storage is a data storage unit of the dedicated server.

According to still another aspect of the present invention, there is provided a method for managing information on a storage medium, the method comprising: acquiring data; acquiring information including a unit unique number of an identification code from a unit tag on which the identification code is printed; Storing location information of the on-line storage in which the data is stored, and transmitting the unit unique number of the identification code and the location information of the on-line storage to the dedicated server.

A step of acquiring a unit unique number of the identification code from an unit tag on which an identification code attached at an arbitrary location is printed and transmitting the unit unique number to the dedicated server to reproduce the data; The method comprising: acquiring a storage location of the online storage matching the number; and requesting data transmission to the storage location of the online storage; and reproducing the data transmitted from the online storage.

If the unit unique number of the identification code is obtained using the terminal, the graphic user interface of the terminal is changed to correspond to the data stored in the identification code.

In the step of acquiring the unit unique number of the identification code from the unit tag on which the identification code is printed, if the acquired unit unique number of the obtained identification code is unused, it is automatically switched to the storage mode.

Wherein the unit unique number of the identification code is obtained from the unit tag on which the identification code attached at the arbitrary place is printed and transmitted to the dedicated server, i) the transmission of the unit unique number is carried out by a dedicated device or a dedicated application The storage location of the on-line storage that matches the unit unique number of the identification code is obtained from the dedicated server, and ii) if the transmission of the unit unique number is not a request from a dedicated device or a dedicated application, Prior to acquisition of the storage location of the online storage, which is matched with the unit unique number of the code, guidance is provided about the purchase of the dedicated device, the installation of the dedicated application, or the data storage / reproduction method.

In a case where data is continuously stored or data is continuously reproduced, in the step of acquiring the unit unique number of the identification code from the unit tag in which the identification code is printed, the acquired unit unique number and the consecutive unique number are automatically .

Data stored in the on-line storage, or ii) information stored in the dedicated server including the location information of the on-line storage.

According to still another aspect of the present invention, there is provided a method for managing an identification code, comprising: obtaining a unit unique number of an identification code from a unit tag on which an identification code is printed; and transmitting the unit unique number and specific data of the identification code to a dedicated server And acquiring a unit unique number from the identification code of the unit tag; and receiving the specific data matched with the unit unique number from the dedicated server.

According to still another aspect of the present invention, there is provided a method for processing an identification code, comprising: obtaining a unit unique number of an identification code from a unit tag to which an identification code is printed; obtaining data; And transmitting the data to the dedicated server, the method comprising: acquiring a unit unique number from the identification code of the unit tag; and receiving the data matched with the unit unique number from the dedicated server And a data reproducing method for reproducing the data.

The tag series bundle printed with the identification code according to the present invention as described above, and the data storage / reproduction system using the tag series bundle and the data storing / reproducing method using the tag series bundle can be expected to have the following effects.

In the present invention, instead of printing an identification code in accordance with a necessary URL or specific data, by specifying each unit tag of a tag series bundle manufactured by printing an identification code so that the unit tag indicates specific data, It is possible to utilize the identification code more efficiently.

In particular, since such a unit tag can be attached to an arbitrary place in the form of a sticker through a sticky material provided on the back side, the user can utilize the tag in which the identification code is printed in a more various manner, There are also advantages.

Further, in the present invention, by scanning the tag on which the identification code is printed through the application of the smart phone or the like, the user can easily store or read the data using the tag printed with the identification code anytime and anywhere, There is also an effect of making it easier and more convenient.

In the present invention, the tag on which the identification code is printed is constituted by a roll type or a dispenser type, and the user can more easily utilize the identification code.

In addition, in the present invention, since data can be stored in an on-line server or the like that is not in a separate server in the process of storing specific data and designating it to an identification code, a separate storage space is not required, It also has the advantage of storing and playing back data.

FIG. 1 (a) is a plan view showing a configuration of a unit tag constituting a tag series bundle to which an identification code according to the present invention is printed. FIG.
Fig. 1 (b) is a plan view showing a state in which the tag sheet is separated from the unit tag of Fig. 1 (a).
FIG. 2 (a) to FIG. 2 (c) illustrate examples of various embodiments of tag series bundles printed with identification codes according to the present invention.
3 is a block diagram showing a configuration of a preferred embodiment of a data storage / reproduction system using tag series bundles printed with identification codes according to the present invention.
4 is a block diagram showing a configuration of an embodiment of a data storage / reproduction system using tag series bundles printed with an identification code according to the present invention.
FIG. 5 is a flowchart sequentially illustrating a process of storing and reproducing data using the embodiment of the present invention. FIG.
FIG. 6 is a flowchart sequentially illustrating a process of storing data using the embodiment of the present invention. FIG.
FIG. 7 is a flowchart sequentially illustrating a process of reproducing data using an embodiment of the present invention. FIG.
8 is a flowchart sequentially illustrating a process of storing data using a graphical user interface of a terminal constituting an embodiment of the present invention.
9 is a flowchart sequentially illustrating a process of editing data using a graphic user interface of a terminal constituting an embodiment of the present invention.
10 is a flowchart sequentially illustrating a process of reproducing data using a graphic user interface of a terminal constituting an embodiment of the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, a specific embodiment of a tag series bundle in which an identification code according to the present invention is printed will be described in detail with reference to the accompanying drawings. Hereinafter, for convenience of description, the tag series bundle printed with the identification code will be described first.

FIG. 1 (a) is a plan view showing a configuration of a unit tag constituting a tag series bundle to which an identification code according to the present invention is printed. FIG. 1 (b) And FIGS. 2 (a) to 2 (c) illustrate the construction of various embodiments of the tag series bundle printed with the identification code according to the present invention by way of example.

As shown in these drawings, a tag series bundle printed with an identification code according to the present invention basically comprises a bundle of a plurality of tags to form one bundle.

The tag on which the identification code 25 is printed is formed as a unit tag 10 so as to be separable from each other. Accordingly, the user can separately use the unit tags 10 separately.

1 (a), one unit tag 10 is shown. As shown in FIG. 1 (a), the unit tag 10 is provided with a tag sheet 20 to be detachable. In this embodiment, the tag sheet 20 can be attached to an arbitrary place with an adhesive portion on its back surface, and the unit tag 10 is provided with a separating surface (13).

The identification code 25 is printed on the surface of the tag sheet 20 of the unit tag 10 as described above. The identification code 25 contains various pieces of information, and it is possible to decode the identification code 25 using various reader devices. In the present embodiment, the identification code 25 is composed of a QR code 25, and a QR code 25 will be described below as an example. Of course, the identification code 25 can be various examples that can be identified by electronic equipment such as a bar code or an RFID.

A QR code 25 is printed on the upper surface of the tag sheet 20 and a recording space 28 is formed on one side of the QR code 25. [ The recording space 28 is provided for allowing the user to arbitrarily record the type of the tag sheet 20 or the type of storage data to be described later. The recording space 28 has a margin for writing with a writing instrument or attaching an attachment such as a sticker Space.

Various information may be stored in the QR code 25. In this embodiment, at least one of i) the information of the unit tag 10 itself and ii) the location information of the dedicated server 300 or the specific location information on-line One is stored. Here, the information of the unit tag 10 itself may be a manufacturing date and type of the unit tag 10, a unit unique number assigned to each unit tag 10, and the like.

In addition, the information stored in the QR code 25 may be stored in a uniform resource locator (URL) format. That is, the QR code 25 may include a URL including the above-described information, so that the QR code 25 may scan the URL using an existing reader and move to the corresponding URL to browse the data.

At this time, out of the information encoded in the QR code 25, the unit unique number and the like are not stored in advance, and may be stored arbitrarily when the user uses it later. That is, after the user scans the QR code 25 with the terminal 100 or the like, the terminal 100 may set an arbitrary unit unique number desired by the user in the QR code 25. Here, the information stored in the QR code 25 may be stored in a uniform resource locator (URL) format. That is, the QR code 25 may include a URL including the above-described information, so that the QR code 25 may scan the URL using an existing reader and move to the corresponding URL to browse the data.

On the other hand, the identification tag 12 is printed on the unit tag 10. The identification code 12 is used to indicate the unit unique number of the unit tag 10 and may be the same as the information stored in the QR code 25 or a part thereof. That is, for example, the identification number 12 may contain information such as the manufacture date, type, and serial number of the unit tag 10. Of course, the identifier 12 may be omitted and the QR code 25 may be substituted for it. In the present embodiment, the identification number 12 is printed at a place where the tag sheet 20 is separated and left.

As shown in FIG. 2, a plurality of unit tags 10 are combined to form a bundle. A plurality of unit tags 10 printed with the identification code 25 are bundled into one tag series bundle B).

Such a tag series bundle B can be variously shaped as shown in FIGS. 2 (a) to 2 (c). 2 (a), the tag series bundle B includes a housing 30 in which a storage space is formed, and a plurality of unit tags 10 accommodated in the storage space.

At this time, the plurality of unit tags 10 may be configured to be separable from each other, and a perforated line 17 may be formed between each unit tag 10. The user can easily cut and use each unit tag 10 through the perforated line 17. [

The plurality of unit tags 10 are inserted into the housing 30 in a state where the unit tags 10 are continuously wound in a roll in a long and continuous manner in one direction. That is, the plurality of unit tags 10 are used in the form of a kind of adhesive tape, through which a plurality of bundles of unit tags 10 in a roll form can be sequentially cut through rotation.

On the other hand, the bundle identification code 40 is provided on the outer surface of the housing 30. The bundle identification code 40 stores various data for distinguishing the tag series bundle B itself. For example, the bundle identification code 40 may include various types of tags, such as the type of the tag series bundle B, the date of manufacture, Information can be embedded.

It is also possible to store data such as the identification number of the tag series bundle B in each unit tag 10 without printing a separate bundle identification code 40 in the housing 30. In this case, without the separate bundle identification code 40, information of the tag series bundle B can be known by scanning the unit tag 10.

2B shows a tag series bundle B of another kind. As shown in FIG. 2B, the plurality of unit tags 10 are stacked inside the housing 30, and the housing 30 The unit tags 10 may be sequentially discharged through openings provided at one side of the unit tags 10.

2 (b), the bundle identification code 40 is provided on the outer surface of the housing 30 as in the embodiment of FIG. 2 (a), and the information of the tag series bundle B itself It can also be saved.

The outer surface of the housing 30 may include various designs including characters. That is, as shown in FIG. 2 (b), the housing 30 is manufactured in a state that various designs are printed on the outer surface of the housing 30, thereby enhancing the esthetics of the tag series bundle B, Various kinds of tag series bundles (B) may be manufactured according to the tendency of the buyer to be made.

And the design of this housing 30 may be set to be unified with a graphical user interface (GUI) during the storage or playback of data using the tag series bundle B, as will be described below.

On the other hand, although not shown, the identification code 25 itself may also show contents such as mutual name, trademark, image, and the like. If the identification code 25 is a QR code 25, the identification code 25 can be recognized even if the code is partially damaged, so that the design of the code can be modified within that range.

When the tag series bundle B is used in a place where a special design such as a factory, a business office, or a logistics management is required, the tag series bundle B may be manufactured in a simple white adhesive type or a simple film form .

Finally, FIG. 2 (c) shows another embodiment of the tag series bundle B, wherein the tag series bundle B includes a plurality of unit tags 10 on one large sheet It may be provided in a sticker form.

Also in this case, the tag series bundle B may be provided with the bundle identification code 40, and the bundle identification code 40 and the bundle identification code 45 may be additionally provided.

Hereinafter, a data storage / reproduction system using tag series bundles printed with such an identification code will be described in detail with reference to the drawings.

FIG. 3 is a block diagram showing a configuration of a preferred embodiment of a data storage / reproducing system using tag series bundles printed with identification codes according to the present invention. FIG. 4 shows a tag series bundle printed with identification codes according to the present invention The configuration of the embodiment of the data storage / reproduction system used is shown in a block diagram.

Referring to these drawings, a data storage / reproduction system (hereinafter referred to as 'data storage / reproduction system') using tag series bundles printed with an identification code is largely divided into a tag series bundle B, a terminal 100, A storage 200 and a dedicated server 300. [ Hereinafter, these will be described in order.

As described above, the tag series bundle B is manufactured and supplied in a state in which a QR code 25, which is an identification code, is printed on the front, as a unit in which a plurality of unit tags 10 are bundled.

The tag series bundle B is composed of a plurality of unit tags 10 so that a user can conveniently use a plurality of unit tags 10 and a tag series bundle B have a sequential unique number, so that the scanning operation of the identification code 25 can be omitted when the unit tags 10 are continuously used.

The terminal 100 is capable of decoding the identification code 25 of each unit tag 10 provided in the tag series bundle B. The terminal 100 is provided with a QR code 25 or a scanner or a camera capable of recognizing the user.

In the present embodiment, the terminal 100 is a smart phone having a dedicated application built therein, but is not necessarily limited thereto. For example, the terminal 100 may store data using a tag series bundle printed with an identification code / Playback system, or a computer equipped with a dedicated plug-in for a web browser. In this case, when the terminal 100 is a computer equipped with a dedicated plug-in, a separate video input device capable of decoding the QR code 25 is required. Such a video input device may be connected to a computer via a USB have.

Also, when the terminal 100 is a smart phone, a dedicated application is not necessarily required, and it may be an existing commonly used QR code 25 reader / scanner application. This is because the data storage / reproduction system using the tag series bundles printed with the identification code including the terminal 100 merely serves as a relay for redirecting the data to the place where the data is located (online storage 200).

In FIG. 3, the terminal 100 of the user storing the data is designated as T1, and the terminal 100 of the user playing the data is designated as T2 so as to be distinguished from each other. Of course, the two terminals 100 may be the same terminal 100 or the same type of terminal 100.

Here, when data is stored in the terminal 100, a dedicated application may be used. By using such a dedicated application, it is possible to store data and follow a predetermined method previously promised to inform the server of the storage address.

At this time, the terminal 100 also functions as an interface between the user and the dedicated server 300, in addition to the function of generating / acquiring and transmitting data, and scanning and decoding the QR code 25. In other words, the terminal 100 can also receive the information on whether or not the created / obtained data is disclosed, login information, etc. from the user.

Data generated or selected by the terminal 100 is stored on-line, and the storage space is referred to as an online storage 200. The online storage 200 is a space for receiving data from the terminal 100 and storing the received data. The online storage 200 may be a separately provided server for the tag series bundle B or a file upload server have. That is, the online storage 200 may be a database of an online upload site that has already been used, such as YouTube, Google Drive, drop box, flickr.com, and the like.

That is, the online storage 200 can acquire an address (URL) where data is stored in accordance with the type and type of data to be stored, and stores or reads data using an external terminal 100 or the like If you have a web server that has an API (application programming interface) open for you to do so.

At this time, the online storage 200 has a connectable address for each storage location, and the address is stored in the dedicated server 300. More specifically, the dedicated server 300 may store the location information of the on-line storage 200 in which data is stored and the unit unique number of the identification code 25.

As described above, in the dedicated server 300, the storage location of the on-line storage 200 storing the specific data and the unit unique number of the QR code 25, which is the identification code 25 used for storing the data, The user can easily recall the stored data by decoding the QR code 25 at a later time.

To this end, the dedicated server 300 stores at least one of the bundle unique number of the tag series bundle B having the plurality of unit tags 10 or the unit unique number of the identification code 25 A unique number storage unit 340, a storage location storage unit 350 for storing location information of the online storage 200, and a system server unit 310.

Here, the unique number storage unit 340, the storage location storage unit 350, and the like form one database (DB) 320, which can be distinguished from the system server unit 310.

The system server unit 310 may include i) a request to store / acquire the bundle unique number of the tag series bundle B or the unit unique number of the identification code 25 and ii) And to relay the storage / acquisition request. That is, the system server unit 310 matches and stores the unit unique number (or the bundle unique number) of the identification code 25 and the location information of the online storage 200 so that the terminal 100 can store the QR code 25 ) So that the previously stored data can be easily reproduced.

In addition, the database 320 of the dedicated server 300 includes a user information storage unit 330 for storing user information, a data storage unit 360 for storing specific data transmitted by the user, And a history storage unit 370 for storing information including the acquisition request record.

By including such various types of storage units, a large amount of data can be accurately classified, and data can be easily obtained in the process of utilizing and checking data in the future.

Of course, the above-described online storage 200 may also be included in the dedicated server 300.

3, the terminal 100 of the user who generates the data is connected to both sides of the online storage 200 and the dedicated server 300, respectively, All of these connections can be made wirelessly.

Accordingly, a user generates data using the terminal 100, stores the data in the online storage 200, and at the same time, transmits data such as an identification number embedded in the identification code 25 of the unit tag 10 to a dedicated server (320) of the server (300).

When the data is stored in the on-line storage 200, the other user having the unit tag 10 or the same user who has generated the data previously decodes the unit tag 10 to the terminal 100, The location of the online storage 200 can be acquired from the server 300 and moved to the storage location of the online storage 200 through the redirection.

As described above, various information can be stored in the database 320. Basically, the unit unique number of the specific unit tag 10 and the specific address of the online storage 200 storing the data are matched and stored .

In addition, it may further include the place or date where the data was generated, the name of the person who created it, and login information.

Table 1 below lists various data stored in the database 320 of the dedicated server 300, more precisely the tag unique number storage unit 340 and the storage location storage unit 350 included in the database 320 have.

The system server unit 310 matches the various data with each other and provides a pair of the data when a request is received from the terminal 100 in the future.

As shown in the following Table 1, the database 320 of the dedicated server 300 includes the unit unique number of the unit tag 10 and the corresponding URL address on the online storage 200, Information and so on.

Of course, the information matched with each unit tag 10 may be edited / modified as will be described below.

Unit number Online storage address (URL) data
Life time data
Place of Creation data
Constructor Visibility Login information Rst120531Ap0032 / 005 http://dl.dropbox.com/u/16712843/qrcode_test/4.jpg June 12, 2012 13:45:34 41 ° 51'32 "N
71 ° 24'23 "W anonymous public id: aaa
pw: vvv Rst120531Ap0032 / 006 http://www.youtube.com/watch?v=aexfm_xYYXg&feature=g-upl - - anonymous public - Rmt120413Bp0672 / 001 http: //QRTagserver/sstorage/name1/folder1/example.txt June 12, 2012 17:12:09 102-4 Jamwon-dong, Seocho-gu, Seoul name1 private id: bbb
pw: ccc Dsd120601Ag0083 / 021 http://google.com/patents June 12, 2012 17:13:11 - name2 public id: rrr
pw: zzz

Hereinafter, a data storage / reproduction method using tag series bundles printed with identification codes will be described in detail with reference to the drawings.

FIG. 5 is a flowchart showing a process of sequentially storing and reproducing data using the embodiment of the present invention. FIG. 6 is a flowchart illustrating a process of storing data using the embodiment of the present invention. 7 is a flowchart illustrating a process of reproducing data using the embodiment of the present invention.

First, a method of storing / reproducing data by a user will be described with reference to FIG. Herein, the terminal 100 will be described based on an application (application) of the terminal 100 in which the application is stored.

The user first obtains arbitrary data through the terminal 100. (S101) At this time, the type of the data may be a photograph, a moving image, music, text, a URL, or a combination thereof. In particular, the data may be various kinds of data encoded / compressed into industry standards such as JPEG, MP4, MP3, MOV, html and the like.

The method of acquiring data may be a method of instantly photographing and acquiring data through a camera or the like of the terminal 100 or transmitting data stored in the terminal 100 or transmitting data existing on the Internet Lt; / RTI >

Prior to the transmission of the acquired data, the user must acquire the unit unique number of the unit tag 10. The unit unique number of the unit tag 10 is a unit unique number encoded in a QR code 25 printed on the outer surface of the unit tag 10 and is used to scan the QR code 25 using the terminal 100 So that the unique number can be obtained (S102)

When the data and the unit unique number are obtained as described above, the terminal 100 transmits the data to the online storage 200 and stores the data, and at the same time, the address (URL) of the online storage 200 stored at the same time (S104)

Next, the terminal 100 transmits the address of the online storage 200 and the obtained unit unique number to the dedicated server 300 (S105), and the dedicated server 300 matches the address of the online storage 200 And stored in the database 320. (S301)

The user can store desired data in a state matched with the unit tag 10 through the series of processes. When the user desires to reproduce data, the unit tag 10, the QR code 25, It is possible to easily implement data reproduction in such a manner that the data is scanned.

5, a dotted line a in the upper part represents a series of methods for storing the data described above and a system therefor.

Next, a method by which the user reproduces the stored data will be described. Here, the user may be a user who has previously stored the data, or another user who has obtained the unit tag 10.

As described above, the unit tag 10 is provided with an adhesive surface on the back surface thereof. The unit tag 10 is attached to a letter or postcard and is sent by a third party, or an arbitrary unit such as a notebook, a wallet, It can also be attached to a place. Of course, when the unit tag 10 is used for delivering goods or the like, the unit tag 10 may be attached to a delivery or the unit tag 10 itself may not be made of a separate water, but may be printed on a postcard, a pamphlet, have.

The user must first obtain the unit unique number encoded in the unit tag 10 attached at an arbitrary place by using the terminal 100. [ That is, when the unit tag 10 is a QR code 25, the unit unique number is obtained by decoding the unit tag 10 by using the terminal 100. [ . This is because the unit unique code is obtained by matching the data for each unit unique number (S150)

When the unit unique number of the unit tag 10 is identified in the terminal 100, the terminal 100 transmits the unit unique number to the dedicated server 300. (151) The dedicated server 300 transmits the unit unique number to the database 320 And retrieves the storage location, that is, the URL, of the online storage 200 matching the unit unique number. (351)

The URL thus retrieved and acquired is transmitted to the terminal 100 again in step S352 and the terminal 100 requests the data transmission to the online storage 200 corresponding to the received URL. , The dedicated server 300 may directly redirect to the corresponding online storage 200 so that the terminal 100 can obtain the data without any additional procedure.

At the same time, when the online storage 200 transmits the requested data to the terminal side (S251), the data stored in the terminal 100 is reproduced. Thus, the user who has received the unit tag 10 can easily read and play the stored data by a simple operation such as scanning the unit tag 10.

5, a dotted line b in the upper part shows a series of methods for reproducing the previously stored data and a system therefor.

Next, a process of the user storing / editing / reproducing data through the graphic user interface of the terminal will be described in detail with reference to the drawings.

8 to 10 are flowcharts illustrating a process of storing data, a process of editing data, and a process of reproducing data using a graphical user interface of a terminal constituting an embodiment of the present invention.

First, the process of generating data using the graphic user interface of the terminal 100 will be described with reference to FIG.

The user selects a mode on the graphical user interface to generate data. At this time, if the generation mode is selected, the type of data to be generated is selected. At this time, the type of the data may be a picture, a moving picture, a music, a document, and the like.

Meanwhile, although not shown, after selecting the type of data, the user may select whether to generate data again through the terminal 100 or to transmit data stored in a specific location on the terminal 100 or online .

In addition, if a user activates the camera function of the terminal 100 and takes a picture, the user can select whether or not to store the created picture as data using the system including the unit tag 10 The user interface may be executed automatically.

After selecting the type of data and acquiring the data, the user inputs the bundle unique number through the terminal 100. [ That is, the bundle unique number of the bundle itself printed on the outer surface of the housing 30 of the tag series bundle B is input to the terminal 100. As shown in FIG. 8 (c) Or the QR code 25 is scanned.

Of course, the process of inputting the bundle unique number may be omitted. For example, if the bundle unique number is input in the process of using the unit tag 10, it is possible to omit the bundle unique number when using the next unit tag 10 sequentially used. This is possible because the plurality of unit tags 10 have consecutive unit unique numbers. In this process, the terminal 100 may guide the omission of the input of the bundle unique number through the confirmation process for the continuous input.

Next, the user scans the QR code 25 of the unit tag 10 using the terminal 100 to obtain the unit unique number of the unit tag 10. Since the unit unique number of the unit tag 10 is encoded in the QR code 25, the unit unique number can be easily obtained by scanning the QR code 25 using the terminal 100.

At this time, if the QR code 25 of each unit tag 10 is scanned without separately acquiring the bundle unique number of the tag series bundle B in the preceding step, the bundle unique number encoded in the QR code 25 is input . That is, the QR code 25 of the unit tag 10 may include not only the unit unique number but also the bundle unique number.

If the unit unique number is obtained by scanning the QR code 25 using the terminal 100 and the obtained unit unique number does not match the unit unique number printed in the actual unit tag 10, You can also modify this by directly entering the unit number.

If image data unique to the tag series bundle B or the unit tag 10 is stored, the image may be displayed in the graphic user interface of the terminal 100. 8 (d), if an image or a character or the like is set in the tag series bundle B or the unit tag 10 after the bundle unique number or the unit unique number is obtained, The image data and the character data may be included in the application of the terminal 100 or may be transmitted from the dedicated server 300. [ The image shown in FIG. 8 (d) corresponds to the image printed on the housing 30 of the bundle tag series bundle B in FIG. 2 (b) ) May be displayed on the graphic user interface.

Such an image or character can be activated in consideration of the use of the user who uses the tag series bundle B or the unit tag 10 or the tendency of the user who purchases the tag series bundle B and the tag series bundle B or In the case of using the unit tag 10, a company service table, a CI, or the like may be included.

Next, the user transfers the generated data to the online storage 200 and stores the data. In this case, the operation of storing the data in the online storage 200 may be a series of processes in which a unit unique number is acquired using the terminal 100 and then automatically connected.

At this time, the user has to select from among the online storage 200 displayed on the graphic user interface of the terminal 100 as shown in FIG. 8 (d), which is merely an example, The type of the storage 200 may be changed.

When the user selects any one of the online storages 200 displayed on the graphic user interface, the generated data is transferred and stored, and the data storage process is completed.

Finally, as shown in FIG. 8 (e), it may be indicated whether or not to continuously generate data on the graphic user interface of the terminal 100. When the user selects continuous generation, The same process can be repeated.

In this case, data is stored using a new unit tag 10 included in the tag series bundle B, rather than the previously used unit tag 10. 8 (c), instead of scanning the QR code 25 of the new unit tag 10 again by using the terminal 100 as described above, the unit unique number of the unit tag 10 must be obtained. ), When the consecutive input is selected, the previously inputted unit unique number and consecutive new unit unique number may be automatically obtained.

This is to simplify the data generation method by omitting the operation of scanning the QR code 25 one by one when the user consecutively uses the plurality of unit tags 10 included in the tag series bundle (B).

In addition, when it is desired to set the same data, for example, the same picture or moving picture, in a plurality of unit tags 10, it is also possible to select the multiple input of Fig. 8 (d). In this case, a process for setting the generated one piece of data to the plurality of unit tags 10 is performed. More precisely, since the same data is used in this case, the process of generating data in the above process is not repeated, and only the process of scanning the QR codes 25 of a plurality of unit tags 10 through multiple inputs is repeated . In this case, a plurality of users scanning each of a plurality of unit codes in the process of reproducing data reproduce the same data (pictures, moving pictures, etc.).

Of course, in this case, the process of scanning the QR code 25 of a plurality of unit tags 10 may be omitted. That is, since the plurality of unit tags 10 have unit uniqueness consecutive from each other, if a plurality of unit tags 10 continuous with each other are used, A number may be input.

On the other hand, in the previous data storing process, the process of acquiring the unit unique number of the unit tag 10 after the data is generated first is sequentially performed, but the order may be changed. That is, the user may first select the data to be stored or acquire the unit unique number of the unit tag 10 using the terminal 100, or may newly generate the data.

In this case, when the unit unique number of the unit tag 10 inputted through the terminal 100 is a new one which is not used before, the terminal 100 automatically The generation mode may be activated. In order to do this, whether or not the obtained unit unique number is new and not used in the storage process can be immediately detected by connecting to the dedicated server 300. Information related to the unit unique number may be separately provided in the dedicated server 300 May be stored in the history storage unit 370 in FIG.

Next, the process of editing data will be described in detail with reference to FIG.

First, the editing of the data means that the data already stored in a specific place or the like is modified using the unit tag 10, and it is necessary to modify the already generated and stored data, or to recycle the used unit tag 10 This is the process that will be performed in case.

In order to edit the data, the user can start by selecting the creation mode on the graphic user interface of the terminal 100, and then selecting the edit mode again among the new creation and editing modes.

Although not shown, it may be checked whether or not the user has authority to edit the data. Such permission may be obtained by a method such as login or obtaining consent of the user who generated the initial data. have.

When entering the edit mode of the data, the user inputs the unit unique number. Of course, this unit unique number input procedure may be performed prior to mode selection.

Next, when an edit content selection is displayed on the terminal 100 graphical user interface, the user selects one of them. At this time, not only the stored data such as photographs and moving pictures but also various information such as a change of the access right and the online storage 200 in which data is stored can be changed.

Even if the contents of the data are changed, even if the picture data is generated and stored for the first time, it can be changed to other kinds of data such as moving pictures and music.

When the data is edited in this way, the changed information is stored in the dedicated server 300, and thus, when the QR code 25 of the unit tag 10 is scanned, the edited data is reproduced.

On the other hand, editing of such data may include addition of data. For example, after a user (e.g., a receiver of a unit tag) holding the unit tag 10 reproduces data (photograph, document, etc.), data (additional photograph, additional document) The tag 10 may be used as a concept of sending the message again to another user (for example, the first sender of the unit tag) and returning the message.

Next, the process of reproducing data will be described in detail with reference to FIG.

 First, a user having the unit tag 10 activates an application of the terminal 100 to select a generation mode. As described above, the application of the terminal 100 may enable both storage and generation of data, and thus, it is not necessary to install a separate application for reproducing data, . ≪ / RTI > Of course, an existing QR code scanner application may be used at this time.

When the reproduction mode of the data is selected, the step of inputting the unit unique number of the unit tag 10 is proceeded. At this time, the unit unique number may be input by using the scan function of the terminal 100 or by the user directly inputting the identification number printed on the unit tag 10, and may continuously reproduce a plurality of unit tags 10 In this case, it is also possible to simply select the continuous mode and input the unit unique number.

Of course, the input of the unit unique number may be performed prior to the mode selection. That is, when the application of the terminal 100 is activated, the unit unique number input procedure may be performed. The application may be activated if the QR code 25 of the unit tag 10 is scanned using the terminal 100 while the application of the terminal 100 is not activated.

When the unit unique number is input, the terminal 100 is connected to the dedicated server 300, and the dedicated server 300 calls up the storage location of the storage unit, which matches the unit unique number, .

At this time, it is possible to determine whether the subject who requests to browse the data is the application of the terminal 100 in the process of connecting to the dedicated server 300, and to selectively install the application. For example, when the connection to the dedicated server 300 is not a dedicated application of the terminal 100, redirection can be performed to a guidance page for installing a dedicated application.

The terminal 100 receiving the data is connected to the online storage 200 to reproduce the stored data. Of course, the terminal 100 may directly reproduce data by the redirection of the dedicated server 300.

Finally, the user may terminate using the graphic user interface of the terminal 100 or select another unit tag 10 to continuously play or edit the data.

On the other hand, as shown in FIG. 10 (c), if a password is set in the corresponding unit tag 10, data can be reproduced only by inputting the password. For example, when it is necessary to limit the authority to access the dedicated server 300 through the unit tag 10 only to specific persons, the password may be set as described above.

It is to be understood that the invention is not limited to the disclosed embodiment, but is capable of many modifications and variations within the scope of the appended claims. It is self-evident.

100: Terminal 200: Online storage
300: dedicated server

Claims (13)

A plurality of unit tags each having an identification code printed thereon are provided to constitute tag series bundles,
Wherein the plurality of unit tags are separable from each other, the identification code is removable from the unit tag, the back surface is printed with a sticky material on a tag sheet attachable to an arbitrary place,
Wherein the identification code of the unit tag includes at least one of i) information of the unit tag itself and ii) location information of a dedicated server or specific location information on-line,
Wherein an identification symbol for displaying the unit unique number of the unit tag is printed on the unit tag, the identification symbol is printed on the outside of the tag sheet from the outside of the unit tag,
Wherein the information of the unit tag itself includes a unit unique number assigned to the unit tag, and a plurality of unit unique numbers are consecutively assigned to the plurality of unit tags.
The bundle of tag series according to claim 1, wherein the tag series bundle is provided with a bundle identification symbol or a bundle identification code for distinguishing the tag series bundle.
The tag bundle according to claim 2, wherein a bundle unique number of the tag series bundle and a unit unique number of the unit tag are stored in the unit tag, respectively.
The tag bundle according to claim 3, wherein a unit unique number continuous with another adjacent unit tag is stored in the unit tag.
The tag bundle according to claim 4, wherein a recording space for a note is formed on one side of the unit tag.
6. The tag series bundle according to any one of claims 1 to 5, wherein the identification code is a QR code.
A housing in which a storage space is formed,
And a plurality of unit tags stored in the storage space and having an identification code printed thereon,
Wherein the plurality of unit tags are separable from each other, the identification code is removable from the unit tag, the back surface is printed with a sticky material on a tag sheet attachable to an arbitrary place,
Wherein the identification code of the unit tag includes at least one of i) information of the unit tag itself and ii) location information of a dedicated server or specific location information on-line,
Wherein an identification symbol for displaying the unit unique number of the unit tag is printed on the unit tag, the identification symbol is printed on the outside of the tag sheet from the outside of the unit tag,
Wherein the information of the unit tag itself includes a unit unique number assigned to the unit tag, and a plurality of unit unique numbers are consecutively assigned to the plurality of unit tags.
8. The tag bundle according to claim 7, wherein the housing is provided with an identification code or an identification code for distinguishing the tag series bundles constituted by the plurality of unit tags.
9. The bundle of tag series bundles according to claim 8, wherein the tag series bundle is wound in the form of a roll, and one end of the tag series bundle protrudes outside the storage space.
The RFID tag according to claim 8, wherein an opening is formed at one side of the housing, one end of the tag series bundle is protruded to the opening, and the tag series bundle is sequentially discharged through the opening. Series bundle.
11. The method according to any one of claims 7 to 10, wherein the bundle unique number of the tag series bundle and the unit unique number of the unit tag are stored in the unit tag, Is a tag series bundle printed with an identification code characterized by continuity with unit unique numbers of adjacent other unit tags. delete delete

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