KR20200025991A - NFC Tagging Memory System for Tagging of NFC Tag for document and storage closet and the method using it - Google Patents

Abstract

The present invention relates to a document and an article storage closet using an NFC reader based on ultra-close communication, and a document and article storage method using the same. The document and an article storage closet of the present invention comprises: an NFC Tag having validity checked in accordance with UUID, and authenticated when the validity is checked; an NFC reader for reading and writing the NFC tag, searching for a repository corresponding to the UUID to provide NFC tag information and NFC reader information for a portable terminal so as to check whether the repository exists, writing NFC tag data when the repository does not exist, comparing current NFC tag data and existing NFC tag data and checking the same whether to be identical when the repository corresponding to the UUID exists, and checking a creation time point of the NFC reader to perform removal in case of a past file so as to read and write document and article information in the repository; and a portable terminal including a portable terminal application for providing a corresponding list by displaying an NFC reader registration button, an NFC reader inquiry button, an NFC tag writing button, and an NFC tag inquiry button for managing the document and article information.

Description

NFC tagging memory system for tagging of NFC tag for document and storage closet and the method using it}

The present invention relates to a document and article storage using a super-proximity direct communication based NFC reader, and a document and article storage method using the same, in more detail, the validity is checked according to the UUID, NFC tag is verified if valid; To read and write the NFC tag and to search the storage corresponding to the UUID in order to provide the NFC tag information and its own information to the mobile terminal, check whether the storage exists, and if the storage does not exist, write NFC Tag data, If there is a storage corresponding to the UUID, check whether the current NFC Tag data is the same after comparing the existing NFC Tag data, and check the creation time of the NFC reader to remove the past file to read and write the information of the document and article to the storage. NFC reader; A mobile terminal including an NFC reader registration button, an NFC reader inquiry button, an NFC tag writing button, and an NFC tag inquiry button to provide a corresponding list for information management of the document and article; A document and article cabinet using a proximity direct communication NFC reader and a method of storing a document and article using the same.

As shown in Table 1, direct communication technology capable of instantaneous transmission of information using a super-contiguous direct communication technology within 10 cm in real time, IoT module technology and data that can be changed into a smart IoT home appliance, a non-home appliance, a non-IoT document storage Gateway technology capable of transmitting, receiving remote access and storage functions is widely used.

In general, where office work is carried out such as public offices, schools and offices of companies, information related to the work is often documented and stored. Such documents can be largely classified into electronic documents and non-electronic documents. Among them, electronic documents can be managed through a terminal such as a personal computer, and by using additional information such as the name and creation date of the documents,

Not only can the document be easily identified, but it is also in electronic form, so it can be stored in a separate storage device away from the personal computer where the document was created, and it has been recently used due to the influence of paperless campaigns. This is increasing.

However, in most government offices, schools, or corporations, many documents are still produced as non-electronic documents, which are paper-type documents for reasons such as original storage, security, and dual storage. It is stored in a cabinet made of various types of office furniture such as cabinets, file boxes, and bookshelves.

As such, non-electronic documents generated in the form of paper are often exported to the outside of the storage box for use of the document, and the documents are frequently moved such that newly generated non-electronic documents are newly brought into the storage box. The problem is that it is difficult to figure out which place is at present.

As a result, when a document is to be transferred to another department or place, a problem often arises that the list of documents to be transferred and the document to be actually transferred are not consistent, and even when a document is to be discarded after a certain storage period has elapsed. The management of non-electronic documents was not easy, such as important documents that should not be discarded and unexpectedly lost.

These problems are not only due to the inaccurate knowledge of the list or history of documents currently stored in office furniture such as cabinets, but also where the documents that are stored in the cabinet and then exported to the outside are now available. It would be because they couldn't figure out the details of the entry and exit. That is, during the period from when non-electronic documents are generated, stored in office furniture such as cabinets, and discarded, the storage positions of the documents are changed many times due to the export or transfer from the cabinet to the outside. In addition, there was a problem that the storage management due to the loss or damage of documents is not easy.

Accordingly, as recently disclosed in Korean Patent Registration No. 10-1427602, a recognition code to be attached to a document can be produced through a library management agent, and the document is scanned by scanning a recognition code attached to the document through a recognition code reader. A library management system has been proposed to carry out document management such as export / import management, disposal management, and transfer management, management of the box where documents are stored, and water purification of documents.

In addition, as shown in FIG. 1, a conventional NFC tag is a simple device including an antenna and a small size memory.

According to the NFC tag type, it is classified into "Read Only", "Re-Writable", and "Writable-Once".

However, due to the convenience of NFC Tag, it is used in various fields such as smart cards, but can not provide various convenient services and may cause problems in the security field.

In addition, it is difficult to identify the location in the state in which several products are scattered in the house, and there is a problem in that it is not easy to manage the storage by loss or damage.

Korean Patent Publication No. 2013-0124059 Korean Patent No. 1648000 Korean Patent Publication No. 2018-0058076 Korean Patent Registration No. 1423160

The present invention has been made to solve the above problems, the keyword storage to enable the user to grasp the storage location of the various documents and the approximate contents of the document through the classification and storage technology of the document based on the proximity communication technology. The purpose is to provide a document and article storage box using the NFC reader based on super-contiguous direct communication through the convenience of daily life through.

In addition, an object of the present invention is to provide a document and article cabinet using a super-proximity direct communication based NFC reader that provides a service that can accurately inform the user of the document position in the document cabinet.

In addition, an object of the present invention is to provide a document and article storage using a super-proximity direct communication based NFC reader providing a document and article storage using a super-proximity direct communication based NFC reader for changing the non-appliance document storage cabinet to IoT appliances. have.

In addition, the present invention provides an convenience that can efficiently store and index a variety of documents that require high security, and the app is installed in a mobile terminal connected to the NFC reader and the local area network to read data from the NFC tag or input data Through the purpose of the manager is to provide a document and article storage using a super close proximity direct communication based NFC reader that can manage a variety of document storage information.

In order to solve the above problems, the present invention is attached to the document and the article, the validity is checked according to the UUID, NFC tag is verified if it is valid; To read and write the NFC tag and to search the storage corresponding to the UUID in order to provide the NFC tag information and its own information to the mobile terminal, check whether the storage exists, and if the storage does not exist, write NFC Tag data, If there is a storage corresponding to the UUID, check whether the current NFC Tag data is the same after comparing the existing NFC Tag data, and check the creation time of the NFC reader to remove the past file to read and write the information of the document and article to the storage. NFC reader; And a mobile terminal including a mobile terminal app for displaying a list by displaying an NFC reader registration button, an NFC reader inquiry button, an NFC tag writing button, and an NFC tag inquiry button for information management of the document and article.

The present invention is attached to the document and the article, the validity is checked according to the UUID, NFC tag (10) is authenticated if it is confirmed valid; To read and write the NFC tag 10 and to search the storage corresponding to the UUID in order to provide the information and the information of the NFC tag (10) to the mobile terminal 30, check whether the storage exists, the storage exists If not, write NFC Tag data, and if there is a storage corresponding to the UUID, check whether the current NFC Tag data and the existing NFC Tag data is the same, and check the creation time of the NFC reader to remove the past file if the document and NFC reader 20 for reading and writing information of the article to the storage; A mobile terminal that displays a list by displaying an NFC reader registration button B1, an NFC reader inquiry button B2, an NFC tag writing button B3, and an NFC tag inquiry button B4 for information management of the document and article. A mobile terminal 30 including a terminal app, each of which includes a plurality of individual documents and a storage cabinet distributed in various spaces in the house, for managing the storage list of each document and the storage cabinet in one place. The document and goods storage box of the home tag via the NFC tag (10) to transmit the holding list in a short-range communication method, the home home hub accepts the holding list of each document and goods storage box in real time to each of the Real-time tracking of changes in the position of documents and article cabinets is possible.

NFC reader registration button for registering the NFC module to query the tag list according to the tagging information on the NFC Tag; NFC reader inquiry button used when inquiring or connecting the NFC tag reader inquiring tag list according to the tagging information on the NFC tag; An NFC tag write button for recording data in the NFC tag; And an NFC tag inquiry button for inquiring NFC tag information.

When the NFC reader registration button is clicked, “Registered NFC Reader List＂ outputs a list of pre-registered NFC readers to the list box, and when the button is clicked after selecting a list, the registered NFC reader List ＂is excluded from the registered NFC reader list. It moves to the list and selects a specific list of registerable NFC reader list that shows the list of NFC readers currently searched and adds it to the "registered NFC reader list" when the add button is clicked.

When the NFC reader inquiry button is clicked, the "Viewable NFC Reader List" includes a list box for checking a list of NFC readers currently available for communication; Selecting an NFC reader from the list box and clicking an inquiry button, a query result list box for querying the tag list according to the tagging information; includes; and, when selecting a list of the inquiry result list box and clicking a delete button, the corresponding NFC reader is Delete the tag list according to the tagging information.

When the NFC tag write button is clicked, after inputting data into a write text box, clicking the Write button, NFC tag data is written to the NFC tag during NFC tagging, and the NFC tag data recording result is displayed in the write text box. The NFC tag write button may operate through voice recognition.

When the NFC Tag inquiry button is clicked, the NFC Tag information and data are read when the NFC tag is tagged and then output to the inquiry Text Box.

The present invention relates to a storage method using a document and article storage box using an NFC reader based on super close proximity, comprising: setting a pin map environment; Detecting an NFC reader; Checking whether the NFC reader detection is successful; Preparing an NFC tag connection; Checking whether the NFC tag is connected; Reading an NFC Tag UUID; Checking the validity of the NFC tag; Checking whether it is a valid NFC tag; Authenticating the NFC tag; Checking whether the NFC tag authentication is successful; Reading NFC tag data through an NFC reader; Searching, by the NFC reader, a storage corresponding to the UUID; Checking, by the NFC reader, that a storage corresponding to the UUID exists; Writing NFC tag data when the storage does not exist; Comparing the existing NFC tag data with the current NFC tag data read through the NFC reader when the storage corresponding to the UUID exists; Confirming that an NFC reader is the same after comparing the data; Confirming the time of creation of the NFC reader; Checking whether the NFC reader is a past file and removing the old file.

Registering an NFC module to query a tag list according to tagging information for an NFC tag through an NFC reader registration button in a main page of the mobile terminal app; Inquiring an NFC reader that can be inquired or connected to the tag list according to the tagging information for the NFC tag through the NFC reader inquiry button; Writing data to the NFC tag through the NFC tag write button; Inquiring NFC Tag information through the NFC Tag inquiry button; consists of.

When the NFC reader registration button is clicked, the "registered NFC reader List" at the top outputs a list of pre-registered NFC readers to the list box, and when selected, the list is excluded from the registered NFC reader list when the release button is clicked. Moving to a list of available readers; a list of available NFC readers at the bottom shows a list of nearby NFC readers that are currently searched, and adding them to a "registered NFC reader list" when the add button is clicked after selecting a list; When the NFC reader inquiry button is clicked, the list box of the "Searchable NFC Reader List" is checked in the list of NFC readers that can be communicated with; the NFC tag is selected in the upper list box and the tagging information is displayed in the bottom list when the inquiry button is clicked. Searching for the tag list according to the corresponding NFC list when selecting the list in the bottom search result list box and clicking the delete button. In the step of deleting the tag list according to the information Tagging; it consists of.

When the NFC tag write button is clicked, after inputting data into a text box, clicking the Write button and writing NFC tag data to the NFC tag during NFC tagging; Displaying the data recording result in a lower writing text box; When the NFC tag inquiry button is clicked, NFC tag information and data are read when tagging the NFC tag and output to the inquiry text box.

According to the present invention, a plurality of individual document and article storage cabinets are distributed in various spaces in a house, and each document and article storage cabinet is a home home hub for managing the storage list of each document and article storage cabinet in one place. Transmitting the data in a short range communication method, wherein the home hub receives and stores the list of documents and the storage box; Setting an initial position of each document and article cabinet through the home hub; Measuring a position change amount from an initial position of each document and article storage box; Calculating a current position of each document and article storage box based on the position change amount; And displaying the calculated current position of each document and article storage box through communication to an external device.

The present invention made as described above You can keep various documents in the desired place and later find out the current location through quick access and index if necessary, which can solve the inconvenience of finding documents in your life.

In addition, the present invention provides a convenience that enables efficient storage and indexing of various documents requiring high security.

In addition, the present invention provides a variety of services through a mobile terminal app to enable the systematic management of documents through the reader management.

In addition, the present invention has a low risk of hacking information due to a narrow communication range.

1 is a view showing the configuration according to the prior invention.
2 is a view showing the configuration of the document and article storage using the NFC reader based on super-contiguous direct communication according to an embodiment of the present invention.
3 is a diagram illustrating a main page of a mobile terminal app according to an embodiment of the present invention.
4 is a diagram illustrating a page for registering and managing an NFC reader according to an embodiment of the present invention.
5 is a diagram illustrating a page for inquiring a tag list or a connectable NFC reader according to tagging information of an NFC tag according to an embodiment of the present invention.
6 is a diagram illustrating a page for inputting data in an NFC tag according to an embodiment of the present invention.
7 is a view showing an inquiry text box and the like according to an embodiment of the present invention.
8 is a diagram illustrating a reading and writing step by authentication of an NFC tag of a document and an article storage box using an NFC reader based on a super-contiguous direct communication according to an embodiment of the present invention.

In order to fully understand the present invention, preferred embodiments of the present invention will be described with reference to the accompanying drawings. Embodiment of the present invention may be modified in various forms, the scope of the invention should not be construed as limited to the embodiments described in detail below. This embodiment is provided to more completely explain the present invention to those skilled in the art. Therefore, the shape of the elements in the drawings and the like may be exaggerated to emphasize a more clear description. It should be noted that the same members in each drawing are sometimes indicated by the same reference numerals. In addition, detailed descriptions of well-known functions and configurations that are determined to unnecessarily obscure the subject matter of the present invention are omitted.

Hereinafter, the overall configuration and process of the present invention will be described in detail.

As shown in FIG. 2A, the present invention includes an NFC tag 10, an NFC reader 20 including a main controller and an NFC / RFID controller, and a portable terminal 30 app.

The manager may manage various document storage information through an app installed in the NFC terminal 20 reading the data from the NFC tag 10 or the portable terminal 30 connected to the short-range communication network.

When the NFC tag 10 is touched on the NFC reader 20, the NFC tag 10 information is transmitted to and stored in the NFC reader 20.

As an embodiment of the present invention, the NFC tag 10 may be attached to a document and the like, and the NFC reader 20 may be attached to one or a plurality of storage places or specific portions of the document storage box.

NFC Tag (10) can also be used as an NFC card, for example tested using MIFARE ISO / IEC 14443A model, operating frequency is 13.56MHz, EEPROM uses 1Kbyte, 16Sectors, 4blocks of 16byte each It doesn't happen.

In addition, the NFC tag 10 is attached to the document and article as shown in Figure 2 (a), the validity is checked according to the UUID (universally unique identifier; uniquely identifier), it is authenticated if it is confirmed.

The base controller 20 records the tagging information of the NFC tag 10 and proposes an NFC tagging memory system for inquiring this by the mobile terminal 30 app.

When tagging the NFC tag 10, the base controller 20 stores or deletes the information and data of the NFC tag 10.

The tagging information of the NFC tag 10 recorded in the base controller 20 may be inquired and managed by the mobile terminal 30 between the base controller 20 and the mobile terminal 30 using NFC communication or Bluetooth communication.

An example of the base controller NFC reader 20 includes a main controller and an NFC / RFID controller, the main controller is tested using an Arduino Uno SMD R3 model as an example, the MCU uses ATmega 328.

The NFC reader 20 reads and writes the NFC tag 10 and searches for a storage corresponding to the UUID to provide the portable terminal 30 with the information of the NFC tag 10 and its own information. If the storage does not exist, write NFC tag data, and if the storage corresponding to the UUID exists, check whether the current NFC Tag data is the same after comparing the existing NFC Tag data, and check the creation time of the NFC reader in the past. If it is a file, it can be removed to read and write the document and article information to a specific repository.

For example, the NFC controller of FIG. 2A (b) is tested using Adafruit PN532 NFC / RFID Controller model. At this time, the main chipset is PN532, and the interface is SPI and I2C.

The function of the NFC reader 20 may read and store the NFC Tag 10 information attached to the document, and may transmit the information so that the stored information can be confirmed through the portable terminal 30.

In addition, the function of the NFC reader 20 includes a status check function of the box or NFC reader is mounted.

For example, you can check whether the door is opened or closed and whether the box is flooded.

In addition, the function of the NFC reader 20 includes a person who reads the NFC Tag 10 and a target confirmation function that accesses the stored information.

In addition, the function of the NFC reader 20 includes a read / write prohibition setting function for each NFC tag 10.

For example, it includes PW or Pattern lock function for security.

In addition, the function of the NFC reader 20 includes an opening / closing lock function (for example, settable through a mobile terminal app) of the attached document holder.

The requirements for the data structure of the NFC reader 20 should be able to store, compare, and delete UUIDs (universal unique identifiers) and data of the tagged NFC tag 10.

To this end, look at the Save File Format of the SD Memory of the Base Controller 20 according to the present invention,

File Name: NFC TAG UUID HEX String

File Extension: None

File Contents: NFC Tag Data Byte (Char) Array

File Encoding: UTF-8

to be.

Also look at the Loading Structure,

Base Structure: Key / Value (UUID / DATA)

Define

struct TFI_NFC_DATA_FORMAT {

uint8_t key [16]; // UUID

uint8_t value [1024]; // DATA

}

to be.

When the mobile terminal 30 (eg, a smartphone or tablet) is touched on the NFC reader 20, the mobile terminal 30 may check the information stored in the NFC reader 20. At this time, the mobile terminal 30 includes an information display function of the NFC reader 20.

The mobile terminal 30 can directly read the information input to the NFC Tag (10), can modify the data stored in the NFC Tag (10), lock function of the document holder attached to the NFC reader (20) Include.

And NFC Tag 10 can store up to simple information about documents and things.

For example, the simple information may include manager information of a document and a storage cabinet using an NFC reader based on super close proximity, voice for a senior citizen or a disabled person, sign language information, and the like.

The manager information may notify the manager immediately when an inundation alarm is generated by a submersion sensor attached to a part of a document storage box and a document using an NFC reader based on a super close communication, so that there is no loss of documents.

In addition, in the case of voice information, when the NFC tag 10 is tagged, an additionally attached speaker may be used to guide brief summary information or location information of the current document.

Therefore, the present invention keeps various documents in a desired place, and can solve the inconvenience that may occur in life through quick access and index later if necessary.

In addition, the present invention provides a convenience that enables efficient storage and indexing of various documents requiring high security.

Various services are provided through the mobile terminal 30 app to enable systematic management of documents through viewer management.

As shown in FIG. 2B, the present invention is divided into several spaces (scattered) in a plurality of individual documents and storage cabinet 40 in the house, where each document and storage cabinet 40 has a storage list In order to manage each document and article storage box 40 transmits a holding list to the home home hub 50 (using near field communication technology such as NFC, WiFi), the home home hub 50 is the respective document and article storage box ( It has a function to accept and display the list of possessions in 40).

In one embodiment, the home groove Hub 50 according to the present invention sets the starting position of each document and article cabinet 40, and the initial position of each document and article cabinet 40. Measuring an amount of change in position from the device, calculating a current position of each document and article cabinet 40 based on the amount of position change, and a current position of each calculated document and article cabinet 40 The method further includes sharing the communication with an external device.

In another exemplary embodiment, the apparatus may further include photographing means connected to the network of the home hub 50, and collects image-data on the movement path of each document and article storage box 40, and coordinates at a designated period after driving the photographing means. The location information collection unit for collecting information may be mounted in the home Hub 50.

Alternatively, the location information collecting unit may store the object recognized from the image-based information of the photographing means for each image classification result through CNN technology and display the same on the display device.

As shown in FIG. 3, the main page of the mobile terminal app is a screen that is viewed as the main when the app is driven, and is composed of a total of four buttons B1, B2, B3, and B4.

NFC reader registration button (B1) for registering the NFC module to query the tag list according to the tagging information for the NFC tag (10), NFC capable of querying or connecting the tag list according to the tagging information for the NFC tag (10) NFC reader inquiry button (B2) used for reader inquiry, NFC Tag write button (B3) for recording data in the NFC Tag 10, NFC Tag inquiry button (B4) for inquiring NFC Tag information.

As shown in FIG. 4, when the NFC reader registration button B1 is clicked, two list boxes and two buttons are displayed as a page for registering and managing the NFC reader.

"Registered NFC Reader List＂ outputs a list of registered NFC readers to the list box (D1), and moves to the list of readers that can be registered, except from the list of registered NFC readers when the release button (B10) is clicked after selecting a list. And, after selecting a specific list of the registerable NFC reader list (D2) showing the list of nearby NFC readers currently searched, and adds to the "registered NFC reader list" when the add button (B20) is clicked.

As shown in FIG. 5, when the NFC reader inquiry button B2 is clicked, a tag list according to the tagging information of the NFC tag 10 or a page for inquiring a connectable NFC reader is displayed.

In the "searchable NFC reader list" of FIG. 5, a list box (D10) capable of confirming a list of NFC readers currently communicable and an NFC reader selected from the list box (D10) and then clicking on an inquiry button (B30) are used for tagging information. It includes a query result list box (D20) to query the tag list according to the tag list according to the tagging information in the NFC reader when the delete button (B40) is clicked after selecting the list of the query result list box (D20) You can delete it.

As shown in FIG. 6, when the NFC tag write button B3 is clicked, a page for inputting data into the NFC tag 10 is displayed. After writing data in the write text box D30, the write button B50 is displayed. After clicking, NFC tag data is recorded in the NFC tag 10 during NFC tagging, and the NFC tag data recording result is displayed in a writing text box D40.

As shown in FIG. 7, when the NFC tag inquiry button B4 is clicked, an inquiry text box D50 appears, and when the tagging of the NFC tag 10 reads the NFC tag information and data, the inquiry text box D50 appears. )

As shown in FIG. 8, first, (1) a pin map environment is set (PIN MAP Configuration).

(2) NFC Controller Board Detection

(3) Check if NFC reader detection is successful (Detection Success?).

(4) NFC Tag Connection Ready.

(5) Check if NFC Tag is connected (is Connected?).

(6) Read NFC Tag UUID (universally unique identifier) (NFC Tag UUID Read).

(7) NFC Tag Validation Check (NFC Tag Validation Check).

(8) Check if it is valid NFC Tag.

(9) Authenticate NFC Tag.

(10) Check if authentication of NFC tag succeeded (Authorization Success?)

(11) Read NFC Tag data through the NFC reader (TAG Data Read).

(12) The NFC reader searches for a storage corresponding to the UUID.

(13) The NFC reader checks whether a storage corresponding to the UUID exists (is exists?).

(14) If the storage does not exist, the NFC reader writes NFC tag data (NFC Tag Data Write).

If there is a storage corresponding to the UUID, the current NFC tag data read through the NFC reader and the existing NFC tag data are compared (Compare Reading Data with Existing Data).

(16) The NFC reader checks if the same is after comparing the data.

(17) Check the creation time of the NFC reader (Check Writing Timestamp).

(18) Check if it is a past file and if it is a past file, delete it.

On the other hand, as an embodiment of the present invention attached to the document and the article, the validity is checked according to the UUID, NFC tag (10) is authenticated if it is confirmed to be valid; To read and write the NFC tag 10 and to search the storage corresponding to the UUID in order to provide the information and the information of the NFC tag (10) to the mobile terminal 30, check whether the storage exists, the storage exists If not, write NFC Tag data, and if there is a storage corresponding to the UUID, check whether the current NFC Tag data and the existing NFC Tag data is the same, and check the creation time of the NFC reader to remove the past file if the document and NFC reader 20 for reading and writing information of the article to the storage; A mobile terminal for providing a corresponding list by displaying an NFC reader registration button B1, an NFC reader inquiry button B2, an NFC tag writing button B3, and an NFC tag inquiry button B4 for information management of the document and article. It includes; a mobile terminal 30 including a terminal app.

For example, a plurality of individual document and article storage cabinets are distributed in various spaces in a house, and each document and article storage cabinet is the NFC tag 10 to manage a storage list of each document and article storage cabinet in one place. The home home hub transmits a retention list to a home home hub through a short-range communication method, and the home home hub receives a retention list of each document and a storage cabinet in real time to track a change in the position of each document and the storage cabinet in real time. have.

As another embodiment of the present invention, the present invention provides a plurality of respective document and article cabinets for management, the plurality of individual document and article cabinets are distributed in various spaces, and a storage list of each document and article cabinet. A home home hub that stores the possession list for management in one place, a communication module that transmits the possession list to the home home hub in a short-range communication method, and sets the initial position of each document and goods storage box through the home home hub. And a control module that calculates and displays the current position by measuring the amount of position change from the position.

To this end, the present invention (1) a plurality of individual documents and storage cabinets are distributed in various spaces in the house, each document and article storage cabinet for home management to manage the storage list of each document and article storage cabinet in one place Transmitting a retention list to a home hub in a short-range communication method, the home hub receiving and storing a retention list of each document and a storage cabinet; (2) setting an initial position of each document and article storage box through the home groove Hub; (3) measuring a position change amount from an initial position of each of the document and article storage cabinets; (4) calculating a current position of each document and article storage box based on the position change amount; (5) displaying the calculated current position of each document and article cabinet through communication to an external device.

The present invention also provides a method comprising: (1) setting a map environment for individual documents and a storage cabinet; Detecting an NFC reader; Checking whether the NFC reader detection is successful; (2) preparing an NFC tag connection; (3) checking whether the NFC tag is connected; Reading an NFC Tag UUID; Checking the validity of the NFC tag; (4) confirming whether it is a valid NFC Tag; Authenticating the NFC tag; (5) checking whether the NFC tag authentication is successful; Reading NFC tag data through an NFC reader; (6) the NFC reader searching the storage corresponding to the UUID; (7) the NFC reader checking whether a storage corresponding to the UUID exists; (8) writing NFC Tag data when the storage does not exist; (9) comparing the existing NFC tag data with the current NFC tag data read through the NFC reader if the storage corresponding to the UUID exists; (10) confirming that the NFC reader is the same after comparing the data; Confirming the time of creation of the NFC reader; (11) checking whether the NFC reader is a past file and removing the old file.

In order to inquire the retention list, when tagging NFC tags of individual documents and storage boxes, NFC tag information and data are read and stored.

In addition, as an embodiment of the present invention, a plurality of individual objects and storage cabinets in a home or office is divided into several spaces, each of the objects and storage cabinets in order to manage the storage list of each object and storage cabinet in one place Transmits a retention list to the Office Hub (or server) (using near field communication technologies such as NFC and WiFi), and the Office Hub accepts a retention list for each object and storage cabinet.

The map environment corresponding to the home or office may be stored in advance and displayed as an image through a display device, and the respective lists may be searched in real time to display a necessary list in the image.

According to an embodiment according to the present invention, a home or office hub according to the present invention sets a starting position of each object and a storage cabinet, and measures an amount of change in position from the initial position of each object and storage cabinet. Affine-converting and calculating a current position of each object and article storage box based on the amount of change of the position, and calculating the current position of each of the calculated object and article storage cabinet through NFC communication with an external device. The method further includes the step of sharing.

In another exemplary embodiment, the apparatus may further include photographing means connected to an office hub and a network, collecting image data on a moving path of each object and article storage box, and collecting location information for collecting coordinate information at a predetermined period after driving the photographing means. The unit may be mounted inside the home or office hub.

Alternatively, the location information collection unit may store the object recognized from the image data of the photographing means for each image classification result through the above-described affine transformation and display the same on the display device.

10: NFC Tag
20: NFC reader
30: mobile terminal
40: individual document and storage
50: home home hub
B1: NFC Reader Registration Button
B2: NFC Reader Lookup Button
B3: NFC Tag Write Button
B4: NFC Tag Lookup Button
D1: list box
B10: release button
D2: NFC Reader List
B20: add button
D10: list box
B30: Lookup Button
D20: list box
B40: delete button
B3: NFC Tag Write Button
D30: Write text box
B50: Write button
D40: Text Box
B4: NFC Tag Lookup Button
D50: Text Box

Claims (10)

NFC Tag (10) attached to the document and the article, the validity is checked according to the UUID, and is verified if it is valid;
To read and write the NFC tag 10 and to search the storage corresponding to the UUID in order to provide the information and the information of the NFC tag (10) to the mobile terminal 30, check whether the storage exists, the storage exists If not, write NFC Tag data, and if there is a storage corresponding to the UUID, check whether the current NFC Tag data and the existing NFC Tag data is the same, and check the creation time of the NFC reader to remove the past file if the document and NFC reader 20 for reading and writing information of the article to the storage;
A mobile terminal that displays a list by displaying an NFC reader registration button B1, an NFC reader inquiry button B2, an NFC tag writing button B3, and an NFC tag inquiry button B4 for information management of the document and article. A mobile terminal 30 including a terminal app;
In the house, a plurality of individual document and article storage cabinets are distributed in various spaces, and each document and article storage cabinet is housed through the NFC tag 10 to manage the storage list of each document and article storage cabinet in one place. The home hub transmits a retention list to a home hub in a short-range communication method, and the home home hub receives a retention list of each document and a storage cabinet in real time so that the position change of each document and the storage cabinet can be tracked in real time. Document and storage cabinet using direct communication based NFC reader. The method of claim 1,
NFC reader registration button (B1) for registering the NFC module to query the tag list according to the tagging information for the NFC Tag;
NFC reader inquiry button (B2) used when inquiring or connecting to the tag list according to the tagging information on the NFC tag NFC reader;
NFC tag write button (B3) for recording data in the NFC tag; And
NFC tag inquiry button for querying the NFC tag information (B4); Document and article storage using a super-proximity direct communication based NFC reader comprising a. The method of claim 2,
If you click the NFC reader registration button (B1),
"Registered NFC Reader List＂ outputs a list of registered NFC readers to the list box (D1), and moves to the list of readers that can be registered, except from the list of registered NFC readers when the release button (B10) is clicked after selecting a list. ,
Super close-up NFC-based NFC, characterized in that added to the "registered NFC reader list" when you click the Add button (B20) after selecting a specific list of the registerable NFC reader list (D2) showing the list of nearby NFC readers currently searched Document and item storage with reader. The method of claim 2,
When I click the inquiry button (B2) of the NFC reader,
"Viewable NFC Reader List" includes a list box (D10) to check the current list of NFC readers that can communicate;
And an inquiry result list box (D20) capable of inquiring a tag list according to tagging information when selecting an NFC reader from the list box (D10) and clicking an inquiry button (B30).
Selecting a list of the inquiry result list box (D20) and then clicking a delete button (B40) to delete the tag list according to the corresponding tagging information from the NFC reader. . The method of claim 1,
The NFC tag write button (B3) is a document and article storage using a super close proximity communication based NFC reader, characterized in that the writing operation through the voice recognition. In the home, a plurality of individual document and storage cabinets are distributed in various spaces, and each document and storage cabinet is a home home hub to manage the storage list of each document and storage cabinet in one place. The home home Hub receives and stores a holding list of each document and a storage cabinet;
Setting an initial position of each document and article cabinet through the home hub;
Measuring a position change amount from an initial position of each document and article storage box;
Calculating a current position of each document and article storage box based on the position change amount;
And displaying the calculated current position of each document and article cabinet through communication to an external device. The method of claim 6,
The short range communication method is an NFC communication method, characterized in that the storage method using a document and article storage box using a near-based direct communication NFC reader. The method of claim 7, wherein
Setting up a map environment for individual documents and a storage cabinet; Detecting an NFC reader; Checking whether the NFC reader detection is successful; Preparing an NFC tag connection; Checking whether the NFC tag is connected; Reading an NFC Tag UUID; Checking the validity of the NFC tag; Checking whether it is a valid NFC tag; Authenticating the NFC tag; Checking whether the NFC tag authentication is successful; Reading NFC tag data through an NFC reader; Searching, by the NFC reader, a storage corresponding to the UUID; Checking, by the NFC reader, that a storage corresponding to the UUID exists; Writing NFC tag data when the storage does not exist; Comparing the current NFC tag data and the existing NFC tag data read through the NFC reader when the storage corresponding to the UUID exists; Confirming that an NFC reader is the same after comparing the data; Confirming the time of creation of the NFC reader; Checking whether the NFC reader is a past file and removing if it is a past file. The method of claim 8,
Storing method using a document and article storage box using the NFC reader based on super close communication further comprising the step of storing the tagging information for the NFC tag to a home hub. The method of claim 7, wherein
The tagging method of the document and article storage using the NFC reader based on the near-by direct communication, characterized in that the tagging and storing the NFC tag information and data when tagging the NFC tag of the individual document and article storage box for the inquiry of the holding list.

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