KR102192682B1 - 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 article storage box using an NFC reader based on near-close direct communication, and a document and article storage method using the same, and in more detail, the validity is checked according to the UUID, and the NFC Tag is authenticated when the validity is confirmed; In order to read and write the NFC Tag and provide the information of the NFC Tag and its own to the mobile terminal, the storage corresponding to the UUID is searched to check if the storage exists, and if the storage does not exist, the NFC Tag data is written, If there is a storage corresponding to the UUID, compare the current NFC Tag data with the existing NFC Tag data, check whether they are the same, check the creation time of the NFC reader, and remove if it is a past file, and read and write the information of the document and item to the storage. NFC reader; In order to manage the information of the documents and articles, a mobile terminal including a mobile terminal app that displays an NFC reader registration button, an NFC reader inquiry button, an NFC tag write button, and an NFC tag inquiry button to provide a corresponding list; It relates to a document and article storage box using the NFC reader based on direct proximity communication, and a document and article storage method using the same.

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 box using an NFC reader based on near-close direct communication, and a document and article storage method using the same, and in more detail, the validity is checked according to the UUID, and the NFC Tag is authenticated when the validity is confirmed; In order to read and write the NFC Tag and provide the information of the NFC Tag and its own to the mobile terminal, the storage corresponding to the UUID is searched to check if the storage exists, and if the storage does not exist, the NFC Tag data is written, If there is a storage corresponding to the UUID, compare the current NFC Tag data with the existing NFC Tag data, check whether they are the same, check the creation time of the NFC reader, and remove if it is a past file, and read and write the information of the document and item to the storage. NFC reader; In order to manage the information of the documents and articles, a mobile terminal including a mobile terminal app that displays an NFC reader registration button, an NFC reader inquiry button, an NFC tag write button, and an NFC tag inquiry button to provide a corresponding list; It relates to a document and article storage box using the NFC reader based on direct proximity communication, and a document and article storage method using the same.

As shown in Table 1 above, direct communication technology that can instantly transmit information using ultra-close proximity direct communication technology within 10cm in real time, IoT module technology that can change non-home appliances, non-IoT document cabinets into smart IoT home appliances, and data Gateway technology capable of transmitting and receiving remote access and storage functions is widely used.

In general, offices, such as government offices, schools, and corporate offices, often write and store business-related information in documents. These documents can be largely classified into electronic documents and non-electronic documents. Among them, electronic documents can be managed through terminals such as personal computers, and additional information such as the name and creation date of the document can be used.

Not only is it easy to identify the document, but it is in an electronic format, so it can be stored in a separate storage device away from the personal computer where the document was created, and has been used recently due to the effect of paperless campaigns, etc. Is increasing.

However, in the case of most government offices, schools, or companies, many documents are still being created as non-electronic documents, which are paper-type documents, for reasons such as archiving originals, securing security, and double storage. It is managed in a storage box made of various types of office furniture such as cabinets, file boxes, and bookshelves.

Non-electronic documents created in the form of paper like this are often taken out of the storage box for use of the document, and documents are frequently moved, such as newly created non-electronic documents being brought into the storage box. There was a problem that it was difficult to easily determine where the is currently located.

Accordingly, when a document is to be transferred to another department or location, the problem that the list of transfer plans and the actual transferred document do not coincide often occurs. Even if the document is to be discarded after a certain storage period has elapsed, There was a problem in that it was difficult to manage non-electronic documents, such as important documents that should not be discarded are discarded and lost unexpectedly.

These problems are not only because the list or details of the documents currently stored in office furniture such as cabinets could not be accurately identified, but also who used the documents if the document stored in the cabinet and then taken out to the outside is currently located. It would be because it was not possible to accurately identify the details of the entry and exit. In other words, during the period from which non-electronic documents are created, stored in office furniture such as cabinets, etc., and then discarded, the storage location of documents is changed numerous times due to removal or transfer from the cabinet to the outside, making it difficult to determine the location of documents. In addition, there was a problem that storage management was not easy due to loss or damage of documents.

Accordingly, recently, as disclosed in Korean Patent Registration No. 10-1427602, an identification code to be attached to a document can be produced through a library management agent, and the identification code attached to the document is scanned through the identification code reader. A'store management system' has been proposed that performs document management such as take-out/import management, disposal management, and transfer management, and manages the box in which documents are stored and conducts water purification surveys of documents.

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

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

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

In addition, there is a problem in that it is difficult to determine the location in a state where several products are scattered in the house, and storage management is not easy due to loss or damage.

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

The present invention was devised to solve the above problems, and keyword storage that enables users to grasp the storage locations of various documents and the approximate contents of documents through a document classification and storage technology based on ultra-close direct communication technology. The purpose of this is to provide a document and article storage cabinet using an NFC reader based on ultra-close direct communication that provides convenience in daily life.

Another object of the present invention is to provide a document and article storage box using an NFC reader based on super proximity direct communication that provides a service that can accurately inform a user of the document location in the document storage cabinet.

In addition, an object of the present invention is to provide a document and article storage box using an NFC reader based on ultra-close proximity direct communication that provides a document and article storage box using an NFC reader based on ultra-close direct communication that converts a non-home appliance document cabinet into an IoT home appliance. have.

In addition, the present invention provides the convenience of efficient storage and indexing of various documents requiring high security, and an app installed on a mobile terminal connected to an NFC reader that reads or inputs data from an NFC tag and a short-range communication network. The purpose of this is to provide a document and article storage cabinet using an NFC reader based on ultra-close direct communication that can manage various document storage information.

In order to solve the above problems, the present invention is attached to documents and articles, the validity is checked according to the UUID, and the NFC Tag is authenticated when the validity is confirmed; In order to read and write the NFC Tag and provide the information of the NFC Tag and its own to the mobile terminal, the storage corresponding to the UUID is searched to check if the storage exists, and if the storage does not exist, the NFC Tag data is written, If there is a storage corresponding to the UUID, compare the current NFC Tag data with the existing NFC Tag data, check whether they are the same, check the creation time of the NFC reader, and remove if it is a past file, and read and write the information of the document and item to the storage. NFC reader; And a mobile terminal including a mobile terminal app that provides 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 information of the documents and articles.

The present invention is attached to documents and articles, the validity is checked according to the UUID, and the NFC Tag (10) that is authenticated when the validity is confirmed; In order to read and write the NFC Tag (10) and provide the information of the NFC Tag (10) and its own to the mobile terminal (30), a storage corresponding to the UUID is searched to check whether the storage exists, and the storage exists. If not, it writes NFC Tag data, and if there is a storage corresponding to the UUID, compares the current NFC Tag data with the existing NFC Tag data and checks if they are the same, checks the creation time of the NFC reader, and removes the document if it is a past file. NFC reader 20 for reading and writing information of the article in the storage; Mobile to provide 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 documents and articles Including a mobile terminal 30 including a terminal app; In order to manage the storage list of each document and article storage cabinet in one place, a plurality of individual document and article storage cabinets are distributed in several spaces in the house. The document and article cabinet of the NFC Tag (10) transmits the holding list to the home home hub in a short-range communication method, and the home home hub receives the holding list of each document and article cabinet in real time, Changes in the location of documents and storage cabinets can be tracked in real time.

An NFC reader registration button for registering an NFC module for inquiring a tag list according to the tagging information for the NFC tag; An NFC reader inquiry button used when inquiring a tag list according to tagging information on an NFC tag or a connectable NFC reader; NFC Tag write button for writing data to 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 registered NFC readers to the list box, and when the list is selected and clicks the release button, the registered NFC reader is excluded from the list of registered NFC readers. It moves to the list and adds it to the "registered NFC reader list" when clicking the add button after selecting a specific list of the registerable NFC reader list showing the list of NFC readers currently searched for.

When the NFC reader inquiry button is clicked, the "Searchable NFC Reader List" includes a list box for checking a list of currently available NFC readers; Including a search result list box that allows you to search a tag list according to tagging information when an NFC reader is selected from the list box and then clicked on an inquiry button, and when a delete button is clicked after selecting the list of the search result list box, the NFC reader Delete the tag list according to the tagging information.

When the NFC Tag Write button is clicked, the NFC Tag data is recorded in the NFC Tag during NFC Tagging after inputting data into the Write text box and then clicking the Write button, 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, NFC Tag information and data are read during tagging of the NFC Tag, and then output to the inquiry Text Box.

The present invention provides a storage method using a document and article storage box using an NFC reader based on ultra-close direct communication, the method 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 the NFC Tag UUID; Checking the validity of the NFC Tag; Checking whether it is a valid NFC Tag; Authenticating the NFC Tag; Checking whether NFC Tag authentication is successful; Reading NFC Tag data through an NFC reader; Searching a storage corresponding to the UUID by the NFC reader; Checking, by the NFC reader, whether there is a storage corresponding to the UUID; Writing NFC Tag data when there is no storage; If there is a storage corresponding to the UUID, comparing the current NFC Tag data read through the NFC reader with the existing NFC Tag data; Checking whether the NFC reader is the same after comparing the data; Confirming the generation time of the NFC reader; Checking whether the NFC reader is a past file and removing it if it is a past file; consists of.

Registering an NFC module for inquiring a tag list according to tagging information for an NFC tag through an NFC reader registration button on the main page of the mobile terminal app; Inquiring a tag list according to tagging information for an NFC tag or inquiring a connectable NFC reader through an NFC reader inquiry button; Recording data in the NFC Tag through the NFC Tag writing button; It consists of; inquiring NFC Tag information through the NFC Tag inquiry button.

When the NFC reader registration button is clicked, the "Registered NFC Reader List" at the top displays the list of registered NFC readers in the list box, and when the list is selected and the release button is clicked, the registered NFC reader list is excluded and registered. Moving to a list of possible readers: The "registerable NFC reader list" at the bottom shows a list of NFC readers currently being searched, and adding to the "registered NFC reader list" when clicking the add button after selecting the list; When the NFC reader inquiry button is clicked, the step of checking the currently available NFC reader list in the list box of "Searchable NFC Reader List" at the top; When clicking the inquiry button after selecting the NFC reader from the upper list box, the tagging information is displayed in the lower list. A step of inquiring a tag list according to the following; When a delete button is clicked after selecting a list in the bottom search result list box, deleting the tag list according to the tagging information from the corresponding NFC reader.

Clicking the write NFC tag button, inputting data into the 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, the step of reading NFC Tag information and data when tagging the NFC Tag and then outputting it to the inquiry Text Box.

In the present invention, several individual document and item cabinets are distributed in several spaces in the house, and each document and item cabinet is a home hub in order to manage the storage list of each document and item cabinet in one place. A short-distance communication method, wherein the home home hub receives and stores a holding list of each document and article cabinet; Setting an initial position of each document and article cabinet through the home home hub; Measuring a change in position from the initial position of each of the document and article storage cabinets; Calculating a current location of each document and article storage cabinet based on the location change amount; And displaying the calculated current positions of each of the documents and goods storage on an external device through communication.

According to the present invention made as described above, various documents can be stored in a desired place, and if necessary, the current location can be identified in real time through quick access and indexing, thereby solving the inconvenience of finding documents that may occur in life.

In addition, the present invention provides convenient 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 systematic management of documents through viewer management.

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

1 is a diagram showing a configuration diagram according to a conventional invention.
2 is a diagram showing the configuration of a document and article storage cabinet using an NFC reader based on ultra-close direct communication according to an embodiment of the present invention.
3 is a view showing a main page of a mobile terminal app according to an embodiment of the present invention.
4 is a diagram showing a page for registering and managing an NFC reader according to an embodiment of the present invention.
5 is a view showing 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 view showing a page for inputting data to an NFC tag according to an embodiment of the present invention.
7 is a diagram showing a search text box and the like according to an embodiment of the present invention.
8 is a view showing a reading and writing step by authentication of an NFC tag of a document and article storage cabinet using an NFC reader based on ultra-close 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. The embodiments of the present invention may be modified in various forms, and the scope of the present invention should not be construed as being limited to the embodiments described in detail below. This embodiment is provided to more completely explain the present invention to those of ordinary skill in the art. Accordingly, the shape of the element in the drawings may be exaggerated to emphasize a clearer description. It should be noted that in each drawing, the same member may be indicated by the same reference numeral. In addition, detailed descriptions of known functions and configurations that are determined to unnecessarily obscure the subject matter of the present invention will be omitted.

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

As shown in Figure 2a, the present invention consists of an NFC Tag 10, an NFC reader 20 including a Main Controller and an NFC/RFID Controller, and a mobile terminal 30 app.

The administrator can manage various document storage information through an app installed in the NFC reader 20 that reads data from the NFC Tag 10 or inputs data and the mobile 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 transferred 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 or the like, and one or more NFC readers 20 may be attached to each storage location or specific portion of the document cabinet.

NFC Tag (10) can also be used as an NFC card, and for example, it is tested using the MIFARE ISO/IEC 14443A model. It does not become.

In addition, the NFC Tag 10 is attached to documents and articles as shown in FIG. 2 (a), and its validity is checked according to a UUID (universally unique identifier), and if it is verified, it is authenticated.

We propose an NFC Tagging Memory System for recording tagging information of the NFC Tag 10 in the base controller 20 and inquiring it with the mobile terminal 30 app.

When tagging the NFC Tag 10, information and data of the NFC Tag 10 are stored or deleted in the Base Controller 20.

Tagging information of the NFC Tag 10 recorded in the Base Controller 20 between the Base Controller 20 and the portable terminal 30 can be inquired and managed by the portable terminal 30 using NFC communication or Bluetooth communication.

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

The NFC reader 20 reads and writes the NFC Tag 10 and searches the storage corresponding to the UUID to provide the information of the NFC Tag 10 and its own to the portable terminal 30, and the storage exists. If the storage does not exist, write NFC Tag data, if there is a storage corresponding to the UUID, compare the current NFC Tag data with the existing NFC Tag data and check if they are the same, and check the creation time of the NFC reader to If it is a file, it can be removed to read and write the document and information of the item in a specific storage.

For example, an Adafruit PN532 NFC/RFID Controller model is used as the NFC controller shown in FIG. 2A (b), and in this case, PN532 is used for the Main Chipset and SPI and I2C are used for the Interface.

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

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

For example, you can check whether the door installed in the document box is opened/closed, whether the document box is flooded, etc.

In addition, the function of the NFC reader 20 includes a function of identifying a person who reads the NFC Tag 10 and a target accessing 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 a PW or Pattern lock function to improve security.

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

Requirements for the data structure of the NFC reader 20 are to be able to store, compare, and delete the UUID (Universal Unique Identifier) and data of the NFC tag 10 to be tagged.

To this end, looking 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, looking 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 smart phone, tablet) is touched on the NFC reader 20, the mobile terminal 30 can check the information stored in the NFC reader 20. In this case, the portable terminal 30 includes an information display function of the NFC reader 20.

The portable terminal 30 can directly read the information input to the NFC Tag 10, can modify the data stored in the NFC Tag 10, and lock the document storage box to which the NFC reader 20 is attached. Include.

And the NFC Tag (10) can store even simple information about documents and objects.

For example, the simple information may include information on managers of documents and storage cabinets using an NFC reader based on near direct communication, voice for the elderly or disabled, and sign language information.

The manager information can be immediately notified to the manager when a flooding alarm is generated by a flooding sensor attached to a certain part of a document and article cabinet using an NFC reader based on near-close direct communication, so that there is no loss of documents.

Also, in the case of voice information, when the NFC Tag 10 is tagged, brief summary information or location information of the current document can be guided by an additionally attached speaker.

Accordingly, according to the present invention, various documents can be stored in a desired place, and if necessary, the inconvenience that may occur in life can be solved through quick access and indexing.

In addition, the present invention provides convenient 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, in the present invention, several individual document and article cabinets 40 are divided and scattered (distributed) in several spaces in the house, and each document and article cabinet 40 has a storage list in one place. In order to manage in, each document and article cabinet 40 transmits the holding list to the home home hub 50 (using near field communication technology such as NFC and WiFi), and the home home hub 50 includes each document and article cabinet ( It has the function of accepting and displaying the list of 40).

In one embodiment, the home home hub 50 according to the present invention includes the steps of setting the starting position of each document and article storage cabinet 40, and the initial position of the document and article storage cabinet 40. Measuring the amount of change in the position from, and calculating the current position of each document and article storage cabinet 40 based on the position change amount, and the current position of the calculated document and article storage box 40 It further comprises the step of sharing through communication with an external device.

In addition, as another embodiment, it further includes a photographing means connected to the home hub 50 through a network, and collects image-data on the movement path of each document and article storage cabinet 40, and coordinates at a specified period after driving the photographing means. A location information collection unit for collecting information may be mounted inside the home hub 50.

Alternatively, the location information collection unit may divide and store the object recognized from the image-based information of the photographing means for each image classification result through a CNN technology or the like, and display it on a display device.

As shown in FIG. 3, the main page of the mobile terminal app is a screen displayed as the main screen 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 an NFC module for inquiring a tag list according to the tagging information for the NFC Tag 10, and NFC capable of inquiring or connecting a tag list according to the tagging information for the NFC Tag 10 It includes an NFC reader inquiry button (B2) used for inquiring a reader, an NFC tag writing button (B3) for recording data in the NFC Tag 10, and an NFC Tag inquiry button (B4) for inquiring NFC Tag information.

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

“Registered NFC Reader List” prints a list of previously registered NFC readers to the list box (D1), and when clicking the release button (B10) after selecting the list, it is removed from the registered NFC reader list and moves to the registerable reader list. And, when a specific list of the registerable NFC reader list (D2) showing the list of NFC readers currently searched is selected and then the add button (B20) is clicked, it is added to the "registered NFC reader list".

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) in which you can check a list of currently available NFC readers and an NFC reader from the list box (D10) are selected, and the tagging information is displayed when clicking the inquiry button (B30). It includes a search result list box (D20) for inquiring a tag list according to the search result list box (D20), and when clicking the delete button (B40) after selecting the list of the search result list box (D20), the tag list according to the tagging information is displayed by the NFC reader. Can be deleted.

As shown in FIG. 6, when the NFC tag write button (B3) is clicked, a page for inputting data to the NFC tag 10 is displayed. After inputting data to the write text box (D30), the Write button (B50) 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 the writing Text Box (D40).

As shown in FIG. 7, when the NFC Tag inquiry button (B4) is clicked, an inquiry Text Box (D50) appears. When tagging the NFC Tag (10), NFC Tag information and data are read, and the inquiry Text Box (D50) is displayed. ).

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

(2) NFC controller board detection.

(3) Check whether NFC reader detection was successful (Detection Success?).

(4) Prepare NFC Tag Connection (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.

(8) Check whether it is a valid NFC Tag (is valid NFC Tag?).

(9) NFC Tag is authenticated (NFC Authorization).

(10) Check whether NFC Tag authentication was successful (Authorization Success?)

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

(12) The NFC reader searches the storage corresponding to the UUID (Storage Search by UUID).

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

(14) If there is no storage, the NFC reader writes NFC Tag data (NFC Tag Data Write).

(15) 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 compares the data and checks whether it is the same (is same?).

(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 (is old file? delete).

On the other hand, as an embodiment of the present invention, it is attached to documents and articles, the validity is checked according to the UUID, and the NFC Tag 10 is authenticated when the validity is confirmed; In order to read and write the NFC Tag (10) and provide the information of the NFC Tag (10) and its own to the mobile terminal (30), a storage corresponding to the UUID is searched to check whether the storage exists, and the storage exists. If not, it writes NFC Tag data, and if there is a storage corresponding to the UUID, compares the current NFC Tag data with the existing NFC Tag data and checks if they are the same, checks the creation time of the NFC reader, and removes the document if it is a past file. NFC reader 20 for reading and writing information of the article in the storage; Mobile to provide 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 documents and articles It includes; a portable terminal 30 including a terminal app.

For example, a plurality of individual document and article cabinets are distributed in several spaces in the house, and each document and article cabinet is the NFC Tag 10 to manage the storage list of each document and article cabinet in one place. Through a short-range communication method, the holding list is transmitted to the home home hub, and the home home hub accepts the holding list of each document and goods cabinet in real time, and can track the change in the location of each document and goods cabinet in real time. have.

As another embodiment of the present invention, the present invention provides a storage list of a plurality of document and article cabinets for management, the plurality of individual document and article cabinets being distributed in several spaces, and each document and article cabinet. The home home hub that stores the holding list to manage in one place, the communication module that transmits the holding list to the home home hub in a short-range communication method, and the home home hub set the initial location of each document and item cabinet through the home hub. It includes a control module for calculating and displaying the current position by measuring the amount of position change from the position.

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

In addition, the present invention comprises the steps of: (1) setting a map environment for individual documents and article storage; 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 the NFC Tag UUID; Checking the validity of the NFC Tag; (4) Checking whether it is a valid NFC Tag; Authenticating the NFC Tag; (5) checking whether NFC Tag authentication is successful; Reading NFC Tag data through an NFC reader; (6) the NFC reader searching for a storage corresponding to the UUID; (7) the NFC reader confirming whether there is a storage corresponding to the UUID; (8) writing NFC Tag data when there is no storage; (9) if there is a storage corresponding to the UUID, comparing the current NFC Tag data read through the NFC reader and the existing NFC Tag data; (10) comparing the data by an NFC reader and confirming whether the data are identical; Confirming the generation time of the NFC reader; (11) Checking whether the NFC reader is a past file and removing it if it is a past file; consists of.

For the inquiry of the holding list, NFC Tag information and data are read and stored when tagging the NFC Tag of individual documents and goods cabinets.

In addition, as an embodiment of the present invention, several individual objects and article cabinets in a home or office are divided and scattered in several spaces, and in order to manage the storage list of each object and article cabinet in one place, each object and article cabinet Transfers the holding list to the office hub (or server) (using near field communication technology such as NFC, WiFi), and the office hub accepts the holding list of each object and storage cabinet.

The map environment corresponding to the home or office is stored in advance and displayed as an image through a display device, and each list is searched in real time to display a required list in the image.

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

In addition, as another embodiment, it further includes a photographing means connected to the office hub through a network, collecting image data on the movement path of each of the objects and goods cabinets, and collecting coordinate information at a specified period after driving the photographing means. The wealth can be mounted inside the home or office hub.

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

10: NFC Tag
20: NFC reader
30: mobile terminal
40: individual documents and goods cabinet
50: Home Home Hub
B1: NFC reader registration button
B2: NFC reader inquiry button
B3: NFC Tag Write Button
B4: NFC Tag inquiry 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 inquiry button
D50: Text Box

Claims (10)

NFC Tag 10, which is attached to documents and articles, is checked for validity according to UUID, and is authenticated if it is valid;
In order to read and write the NFC Tag (10) and provide the information of the NFC Tag (10) and its own to the mobile terminal (30), a storage corresponding to the UUID is searched to check whether the storage exists, and the storage exists. If not, it writes NFC Tag data, and if there is a storage corresponding to the UUID, compares the current NFC Tag data with the existing NFC Tag data and checks if they are the same, checks the creation time of the NFC reader, and removes the document if it is a past file. NFC reader 20 for reading and writing information of the article in the storage;
Mobile to provide 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 documents and articles A portable terminal 30 including a terminal app;
Including; a photographing means connected through a network with an office hub storing the documents and items
The documents and articles transmit the holding list to the home home hub through the NFC Tag 10 in a short-range communication method, and the home home hub receives each document and article holding list in real time and You can track changes in the location of goods in real time,
Through the photographing means, a location information collection unit that collects image data on the movement path of each of the documents and goods, and collects coordinate information of the documents and goods at a specified period after driving the photographing means is installed inside a home or office hub Document and article storage using an NFC reader based on direct communication in close proximity. The method of claim 1,
An NFC reader registration button (B1) for registering an NFC module for inquiring a tag list according to the tagging information for the NFC tag;
An NFC reader inquiry button (B2) used when inquiring a tag list according to tagging information on an NFC tag or inquiring a connectable NFC reader;
NFC Tag write button (B3) for writing data to the NFC Tag; And
An NFC Tag inquiry button (B4) for inquiring NFC Tag information; Document and article storage using an NFC reader based on ultra-close proximity, comprising: a. The method of claim 2,
When the NFC reader registration button (B1) is clicked,
“Registered NFC Reader List” prints a list of previously registered NFC readers to the list box (D1), and when clicking the release button (B10) after selecting the list, it is removed from the registered NFC reader list and moves to the registerable reader list. And
NFC-based NFC, characterized in that it is added to the "registered NFC reader list" when clicking the add button (B20) after selecting a specific list of the registerable NFC reader list (D2) showing the list of NFC readers currently searched for. Document and article storage with reader. The method of claim 2,
When you click the inquiry button (B2) of the NFC reader,
In the "Searchable NFC Reader List", a list box (D10) that can check a list of NFC readers that can communicate with each other;
Including; an inquiry result list box (D20) for inquiring a tag list according to the tagging information when an NFC reader is selected in the list box (D10) and then the inquiry button (B30) is clicked,
Document and article storage cabinet using an NFC reader based on ultra-closer direct communication, characterized in that when clicking the delete button (B40) after selecting the list in the inquiry result list box (D20), the tag list according to the corresponding tagging information is deleted from the corresponding NFC reader. . The method of claim 1,
The NFC tag writing button (B3) is a document and article storage cabinet using an NFC reader based on ultra-close proximity direct communication, characterized in that the writing operation is possible through voice recognition. Multiple individual documents and articles are distributed in multiple spaces in the house, and each document and article is transmitted to the home hub by short-range communication in order to manage the storage list of each document and article in one place. And, the home home hub receiving and storing a holding list of each document and article;
Setting an initial location of each document and article through the home home hub;
Measuring an amount of change in position from the initial position of each document and article;
Calculating a current location of each document and article based on the location change amount;
Displaying the calculated current position of each document and article through communication on an external device;
The documents and articles are transmitted to the home home hub through the NFC Tag 10 in a short-range communication method, and the home home hub receives each document and article in real time to receive the respective documents and articles. Real-time tracking of changes in the location of the vehicle;
Through a photographing means connected to the office hub storing the documents and goods through a network, the image data on the movement path of each document and goods are collected, and the documents and goods are operated at a specified period after driving the photographing means through the location information collection unit. Collecting coordinate information of; A storage method using a document and article storage box using an NFC reader based on ultra-close direct communication including. The method of claim 6,
The short-distance communication method is an NFC communication method, characterized in that the storage method using a document and article storage box using an NFC reader based on ultra-close direct communication. The method of claim 7,
Setting a map environment for individual documents and articles; 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 the NFC Tag UUID; Checking the validity of the NFC Tag; Checking whether it is a valid NFC Tag; Authenticating the NFC Tag; Checking whether NFC Tag authentication is successful; Reading NFC Tag data through an NFC reader; Searching a storage corresponding to the UUID by the NFC reader; Checking, by the NFC reader, whether there is a storage corresponding to the UUID; Writing NFC Tag data when there is no storage; If there is a storage corresponding to the UUID, comparing the current NFC Tag data read through the NFC reader with the existing NFC Tag data; Checking whether the NFC reader is the same after comparing the data; Confirming the generation time of the NFC reader; Checking whether the NFC reader is a past file and removing it if it is a past file; A storage method using a document and article cabinet using an NFC reader based on ultra-close proximity direct communication consisting of. The method of claim 8,
Storage method using a document and article storage box using an ultra-close direct communication-based NFC reader further comprising the step of storing the tagging information on the NFC Tag in a home hub. The method of claim 7,
A storage method using a document and article storage box using an NFC reader based on ultra-close proximity, characterized in that the NFC tag information and data are read and stored when tagging the NFC tag of individual documents and items for the inquiry of the holding list.

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