KR20160118055A - Integrated rfid middleware server for records management using rfid and, records management system comprising the same - Google Patents

Integrated rfid middleware server for records management using rfid and, records management system comprising the same Download PDF

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Publication number
KR20160118055A
KR20160118055A KR1020150046318A KR20150046318A KR20160118055A KR 20160118055 A KR20160118055 A KR 20160118055A KR 1020150046318 A KR1020150046318 A KR 1020150046318A KR 20150046318 A KR20150046318 A KR 20150046318A KR 20160118055 A KR20160118055 A KR 20160118055A
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KR
South Korea
Prior art keywords
rfid
management unit
server
tag information
recorded
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KR1020150046318A
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Korean (ko)
Inventor
이승원
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주식회사 포에스텍
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Priority to KR1020150046318A priority Critical patent/KR20160118055A/en
Publication of KR20160118055A publication Critical patent/KR20160118055A/en

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    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q50/00—Systems or methods specially adapted for specific business sectors, e.g. utilities or tourism
    • G06Q50/10—Services
    • G06Q50/26—Government or public services
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06K—GRAPHICAL DATA READING; PRESENTATION OF DATA; RECORD CARRIERS; HANDLING RECORD CARRIERS
    • G06K17/00—Methods or arrangements for effecting co-operative working between equipments covered by two or more of main groups G06K1/00 - G06K15/00, e.g. automatic card files incorporating conveying and reading operations

Abstract

According to an aspect of the present invention, the RFID tag information acquired from each of different types of RFID readers installed at a place where a recorded material (asset) is stored and an entry / exit place where a recorded material is carried out is programmed to be collected and managed in one integrated RFID middleware server There is provided an integrated RFID middleware server for managing recorded objects using RFID, which simplifies the system and minimizes communication loss, and a recorded matter management system including the RFID middleware server.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to an integrated RFID middleware server for managing recorded materials using RFID, and a recorded material management system including the RFID middleware server.

[0001] The present invention relates to an integrated RFID middleware server for managing recorded objects using RFID, and more particularly to an RFID middleware server for managing recorded objects using RFID, and more particularly, The RFID tag information collected from heterogeneous mobile and fixed type RFID readers can be collected and processed in a single integrated RFID middleware server to simplify the system and minimize the communication loss. Management integrated RFID middleware server and a recorded material management system including the same.

Generally, a National Archives or a company that owns in-house records assets that manages national records manages records management systems to manage a large number of records.

Here, FIG. 1 discloses a conventional recorded matter management system. Referring to FIG. 1, the conventional record management system includes a management server 10 for storing and managing management data of each record in association with tag information of an RFID tag attached to each record, a Records Management System (RMS) server A portable RFID terminal 21 which is installed in a place where the recorded material is stored and reads the RFID tag attached to each recorded object to acquire the tag information and transmit processing request information related to the carrying out, A mobile RFID server 20 for collecting the tag information received from the mobile RFID terminal 21 and requesting the contents of the request according to the processing request information to the management server 10, A fixed type RFID terminal 31 for reading out the RFID tag of the recorded material installed in the recording medium 40, and a record matching the tag information received from the fixed type RFID terminal 31 It consisted of fixed RFID server 30 to contact the management server 10 whether or not the outside out, and drive control of the alarm device 32 when taken out without permission check.

However, in the conventional recorded matter management system, as described above, three or more servers 10, 20, and 30, which transmit and receive data using different communication protocols of different types, are used independently of each other for management of recorded matters such as export, The system construction cost is excessively increased and the size of the system is increased. In addition, there is a problem in that communication loss occurs during data communication between the servers.

Japanese Patent Application Laid-Open No. 10-2011-0106576 (Sep. 29, 2011), System and Method for Providing Recorded Goods Management Service using RFID

SUMMARY OF THE INVENTION The present invention has been made in order to solve the above-mentioned problems, and an object of the present invention is to provide an RFID tag reader / writer which is capable of storing RFID tag information acquired from each of different types of RFID readers installed in a place where a recorded object (asset) An integrated RFID middleware server for managing recorded objects using an RFID that simplifies a system and minimizes communication loss by being programmed to be collected and managed in one integrated RFID middleware server, and a recorded matter management system including the integrated RFID middleware server.

According to an aspect of the present invention, a device management unit 110 is connected to each RFID reader 210 that reads RFID tags attached to a recorded asset (asset), and receives and manages read tag information. A logical device management unit 120 for grouping the RFID readers 210 into a predetermined unit, treating each group as one device, collecting and managing tag information received from the device management unit 110 for each group, An RFID event management unit 130 for converting the tag information received from the logical device management unit 120 into RFID events and performing log processing; A standardization protocol management unit 140 for collecting RFID events received from the RFID event management unit 130 to generate, modify and delete ECSpecs and generate ECReports conforming to the defined ECSpecs; An application program management unit 150 receiving ECReport generated from the standardization protocol management unit 140, transmitting a response (ECReport) to a request from an external application program 250, and log-processing the transmission result; A client management unit 160 for managing connection, release and operation of the mobile client 230 and receiving and processing the output event; A DB management unit 170 connected to the management server 240 such as the RMS server 241 or the operating system 242 to transmit and receive data; And a warning light management unit (180) for controlling the beacon light (220) by determining the unauthorized entry and exit of the RFID tag.

According to another aspect of the present invention, the DB management unit 170 accesses the management server 240 in a web server manner using a communication protocol of XML or TCP / IP. do.

According to another aspect of the present invention, a heterogeneous RFID reader (210) is installed at a place where a recorded article is stored or an entry / exit place which is taken out to the outside, and reads and writes tag information of each recorded article. A beacon light 220 installed at the entrance and exit and controlled to be turned on and off according to a control signal to indicate whether or not unauthorized removal is performed outside; A mobile client 230 for transmitting an event signal for carrying out, importing, and checking the recorded contents matched with the read tag information; A device management unit 110 connected to the RFID reader 210 for receiving and collecting read tag information and managing the RFID readers 210 as a unit by grouping the RFID readers 210 in a predetermined unit, A logical device management unit 120 for collecting and managing tag information received from the device management unit 110 for each group and an RFID event management unit 120 for converting the tag information received from the logical device management unit 120 into an RFID event, A standardization protocol management unit 140 for collecting RFID events received from the RFID event management unit 130 to generate, modify and delete ECSpecs and generate ECReports conforming to the defined ECSpecs; An application program manager 150 that receives the ECReport generated from the external application program 140, transmits a response (ECReport) to the request from the external application program 250, and logs the transmission result, A client management unit 160 that manages connection, disconnection and operation of the mobile client 230 and receives and processes the output event and a management server 240 such as the RMS server 241 or the operation system 242 An integrated RFID middleware server 100 including a DB management unit 170 for connecting and receiving data and a beacon management unit 180 for controlling the beacon light 220 to be turned on / A records management system is provided.

As described above, according to the present invention,

First, by using the RFID tag information that reads the RFID tag attached to the record (asset), it is possible to perform the record object management such as the take-out, the carry-in, and the full inspection of the record object and the place where the record object is stored, The integrated RFID middleware server 100 collects and manages the RFID tag information acquired from each of the different types of RFID readers 210 installed in the integrated RFID middleware server 100, thereby simplifying the system and minimizing the communication loss.

Second, since the DB manager 170 of the integrated RFID middleware server 100 can access the management server 240 in a web server manner using a communication protocol of XML or TCP / IP, the integrated RFID middleware Data communication can be performed without building a separate middleware system between the server 100 and the management server 240. [

Thirdly, in the case of the warning light 220 installed at the entrance and exit where the record is taken out, it is also implemented as a display means such as a speaker for outputting sound in addition to a method for displaying whether the unauthorized removal is performed in an illuminated state, The optimum display means can be selected and installed according to the conditions of the installation place and the working status of the manager, so that the visibility by the manager can be increased and the convenience can be improved.

1 is a schematic view showing a configuration of a conventional recorded matter management system,
FIG. 2 is a schematic view showing a configuration of a recorded matter management system using RFID according to a preferred embodiment of the present invention;
3 is a block diagram illustrating a functional configuration of an integrated RFID middleware server according to a preferred embodiment of the present invention.

The objects, features and advantages of the present invention will become more apparent from the following detailed description. Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings.

According to a preferred embodiment of the present invention, a recorded matter management system using RFID includes management of records such as export, import and full inspection of records (recorded matter) using RFID tag information that reads RFID tags attached to recorded assets And the RFID tag information acquired from the different types of RFID readers 210a and 210b installed at the place where the recorded material is stored and the place where the recorded material is carried out to the outside are collected in one integrated RFID middleware server 100 A plurality of RFID readers 210, a warning light 220, a mobile client 230, and an integrated RFID middleware server 100 (see FIG. 2) ).

Referring to FIG. 2, the RFID reader 210 reads a RFID tag attached to a recorded material and generates basic data for managing the recorded material. The RFID reader 210 includes a movable RFID reader 210a installed in a place where the recorded material is stored, And a stationary RFID reader 210b installed at an entrance where the RFID reader 210a is carried out.

The mobile RFID reader 210a is a communication device used to perform a recorded matter management operation such as carrying out recording, carrying in, and inspecting records, reads tagged RFID tags attached to each record, generates tag information, And transmits the generated tag information and the processing request information to the integrated RFID middleware server 100. The integrated RFID middleware server 100 transmits the generated tag information and the processing request information to the integrated RFID middleware server 100. [

As shown in the figure, the mobile RFID reader 210a includes a handle 211, an operation unit 212 for inputting various data including an administrator operation signal, And a display 213 for displaying a screen may be integrally formed.

Therefore, the manager generates the process request information for the record management work such as registration, deletion, export and import of each record, position information recording and change by using the mobile RFID reader 210a, and transmits the process request information to the integrated RFID middleware server 100 So that the management server 240 can request and confirm the approval process according to the contents of the process request or can modify the contents of the management data.

The fixed RFID reader 210b is a communication device that is installed at an entrance and a place where a recorded matter is taken out to the outside to acquire tag information necessary for confirming unauthorized removal of the recorded matter. The RFID reader 210b reads the RFID tag of the recorded article, And transmits the created and generated tag information to the integrated RFID middleware server 100.

2, the fixed RFID reader 210b may be installed in a state of being interlocked with the access control gate device 300 installed at the entrance and exit, or may be installed in an independent form having a separate module form . In addition, the fixed RFID reader 210b is configured to acquire and record export record data for each record including time data read from the RFID tag, and to transmit the record record data together with the tag information to the integrated RFID middleware server 100, It is preferable to be provided so as to be able to acquire time information on a carry-in time.

The beacon light 220 is installed at an entrance and is controlled to be turned on and off according to a control signal of the integrated RFID middleware server 100, and displays whether the unauthorized removal or unauthorized removal is externally displayed.

In addition to the beacon lamp 220, a speaker for outputting the contents of the unauthorized removal as sound or a display for outputting characters or images on the screen are operated together to select and install the optimum display means according to the condition of the installation place and the working condition of the manager The visibility by the manager can be increased and the convenience can be provided.

The mobile client 230 transmits an event signal to the integrated RFID middleware server 100 for exporting, importing, and performing full inspection of the recorded information matched with the tag information read by each RFID reader 210, A mobile phone, a PDA, a tab book, and the like, or a PC that is fixedly installed may be used in some cases.

In addition, the mobile client 230 can process the details of the recorded material management, which is restricted to work with the RFID reader 210, and through the tag information generated by the RFID reader 210, Generates the process request information including the fetch request, and transmits the generated tag information and the process request information to the integrated RFID middleware server 100.

The integrated RFID middleware server 100 connects to the management server 240 that integrally manages the respective recordings and transmits and receives various data to the management server 240 in accordance with the received tag information and the process request information, 3, the device management unit 110 is a server for requesting the unloading and unloading of the management server 240 and controlling the beacon light 220 to be turned on when the unauthorized removal of the management server 240 is received. A logic device management unit 120, an RFID event management unit 130, a standardization protocol management unit 140, an application program management unit 150, a client management unit 160, a DB management unit 170, and a warning light management unit 180 do.

The device management unit 110 is connected to an RFID reader 210 such as a mobile RFID reader 210a and a stationary RFID reader 210b and receives and manages tag information read by each RFID reader 210. [

The logical device management unit 120 groups each RFID reader 210 into a predetermined unit, treats each group as one logical unit, and collects and manages the tag information received from the device management unit 110 for each group .

For example, a plurality of portable RFID readers 210a among the RFID readers 210 are grouped into one group, a plurality of fixed RFID readers 210b are grouped into another group, and the tag information received from each group is It recognizes that it is received by one device and processes it through the same route.

The RFID event management unit 130 converts the tag information received from the logical device management unit 120 into RFID events and processes the RFID events. The standardization protocol management unit 140 receives RFID events received from the RFID event management unit 130 Collects and creates, modifies, and deletes ECSpecs and generates ECReports that conform to the defined ECSpecs.

The ECSpec defines a data format type (ECReport) for transmitting the recognized tag information value to a higher-level Legacy system. The ECSpec includes information such as which reader to read, how to transmit the report, how to transmit the tag information, The type of the value can be defined as a type of tag to be transmitted, a tag number type to exclude, or a tag number type to include. Also, the ECReport indicates the tag-recognized data value of the XML format in the form of a value defined in the ECSpec.

: ECReport example <ale: ECReports schemaVersion = "1" ALEID = "SmartRFID 1.0" creationDate = "2015-02-27T14: 56: 26.027 + 09: 00" date = "2015-02-27T14: 56: 26.027 + 09: 00" specName = "FourSpec" totalMilliseconds = "1008" terminationCondition = "DURATION" xmlns: ale = "urn: ale.xsd.aleservice.is.fourstec.com">
<reports>
<report reportName = "report1">
<group>
<groupList>
<member readerpoint = "003" antennano = "1">
<rawHex> urn: epc: raw: 96.x3005FB63AC1F3841EC880467 </ rawHex>
</ member>
</ groupList>
</ group>
</ report>
</ reports>
</ ale: ECReports>

The application program management unit 150 receives the ECReport generated from the standardization protocol management unit 140 and transmits a response (ECReport) in response to a request from the external application program 250 to the integrated RFID middleware server 100 And transmits the result of the report to the log processing unit. In addition, the received ECReport is transmitted to the client management unit 160 so that it can be used as basic data necessary for judging whether the light is on or off.

Here, the application program 250 refers to a legacy system that receives ECReport from the integrated RFID middleware server 100.

The device management unit 110, the logical device management unit 120, the RFID event management unit 130, the standardization protocol management unit 140 and the application program management unit 150 constitute an RFID middleware part in the integrated RFID middleware server 100 And performs data processing for managing recordings based on the tag information transmitted from each RFID reader 210. [

The client management unit 160 manages connection, release, and operation of the mobile client 230 connected to the integrated RFID middleware server 100, and receives and processes events such as processing request information output.

The DB management unit 170 is connected to the management server 240 such as the RMS server 241 or the operating system 242 to transmit and receive data.

Here, the RMS server 241 refers to a recording management system operated by the National Archives, and the operating system 242 refers to a management system operated by a private enterprise and other public enterprises.

In addition, the DB management unit 170 is connected to the general DB of the operating system 242 to transmit and receive data. In the case of the RMS server 241, the DB management unit 170 can not directly connect to the DB and distinguishes the RMS DB management server from the transmission unit and the reception unit. And changes the data to be transmitted to the client in accordance with the RMS standard API transmitted from the RMS DB management server to the RMS DB management server.

In addition, the DB management unit 170 is preferably connected to the management server 240 in a web server manner using a communication protocol of XML or TCP / IP. Therefore, data communication can be performed between the integrated RFID middleware server 100 and the management server 240 using different communication protocols without building a middleware system separately.

The beacon management unit 180 determines that the RFID tag is unauthorized in and out, and controls the beacon light 220 to be lit.

The client management unit 160, the DB management unit 170 and the beacon management unit 180 constitute a mobile part in the integrated RFID middleware server 100 to manage the recorded material according to the request signal transmitted from the mobile client 230 Lt; / RTI &gt;

Next, the operation principle of the recorded matter management system according to the preferred embodiment of the present invention will be described.

First, the manager reads the RFID tag attached to the record using the mobile RFID reader 210a, and inputs the process request information such as registration, deletion, export, import, and position recording of the record, And the processing request information are transmitted to the integrated RFID middleware server 100 and collected.

Then, the integrated RFID middleware server 100 transmits the received tag information and the processing request information to the management server 240 to update, change, and modify the management data for each of the recorded articles stored in the management server 240 And request permission to export or import the record. Thereafter, when the export or import of the recorded material is approved or rejected from the management server 240, the result is transmitted to the RFID reader 210 so that the processing result of the requested content is displayed on the display 213.

Meanwhile, when a person carrying an arbitrary recorded object approaches the access control gate apparatus 300, the fixed RFID reader 210b reads the RFID tag attached to the recorded object to generate tag information, and outputs the generated tag information to the integrated RFID To the middleware server 100.

The integrated RFID middleware server 100 inquires of the management server 240 about whether or not the recordable material matched with the tag information of the fixed RFID reader 210b can be taken out of the system, and when the export approval is confirmed, the access control device 300 is opened When the unauthorized removal is confirmed, the control unit 220 drives the beacon 220 to indicate whether the unauthorized removal of the unauthorized removal is performed by the administrator.

It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the spirit or scope of the inventions. It will be clear to those who have knowledge.

100 ... integrated RFID middleware server 110 ... device management section
120 ... logical device management unit 130 ... RFID event management unit
140 ... standardization protocol management unit 150 ... application program management unit
160 ... Application program management unit 170 ... DB management unit
180 ... a warning light management unit 210, 210a, 210b ... RFID reader
220 ... Warning Light 230 ... Mobile Client
240 ... Management Server 241 ... RMS Server
242 ... Operating System 250 ... Applications

Claims (3)

A device management unit 110 connected to each of different RFID readers 210 reading RFID tags attached to a recorded asset and receiving and collecting the read tag information;
A logical device management unit 120 for grouping each RFID reader 210 into a predetermined unit and treating each group as one device, collecting and managing each tag information received from the device management unit 110 for each group,
An RFID event management unit 130 for converting the tag information received from the logical device management unit 120 into RFID events and performing log processing;
A standardization protocol management unit 140 for collecting RFID events received from the RFID event management unit 130 to generate, modify and delete ECSpecs and generate ECReports conforming to the defined ECSpecs;
An application program management unit 150 receiving ECReport generated from the standardization protocol management unit 140, transmitting a response (ECReport) to a request from an external application program 250, and log-processing the transmission result;
A client management unit 160 for managing connection, release and operation of the mobile client 230 and receiving and processing the output event;
A DB management unit 170 connected to the management server 240 such as the RMS server 241 or the operating system 242 to transmit and receive data; And
And a warning light management unit (180) for controlling the beacon light (220) by controlling the unauthorized entry and exit of the RFID tag.
The method according to claim 1,
The DB management unit 170,
And accesses the management server (240) in a web server manner using a communication protocol of XML or TCP / IP.
A different type RFID reader 210 installed at a place where a recorded material is stored or an entry / exit place which is taken out to the outside, and reads and writes RFID tags of respective recorded materials to generate and transmit tag information;
A beacon light 220 installed at the entrance and exit and controlled to be turned on and off according to a control signal to indicate whether or not unauthorized removal is performed outside;
A mobile client 230 for transmitting an event signal for carrying out, importing, and checking the recorded contents matched with the read tag information; And
A device management unit 110 connected to the RFID reader 210 for receiving and collecting read tag information and managing the RFID readers 210 as a single device by grouping the RFID readers 210 in a predetermined unit, A logical device management unit 120 for collecting and managing tag information received from the management unit 110 for each group and an RFID event management unit for converting the tag information received from the logical device management unit 120 into an RFID event for log processing A standardization protocol management unit 140 for generating and modifying ECSpec by collecting RFID events received from the RFID event management unit 130 and generating an ECReport corresponding to a defined ECSpec, An application program management unit 150 for receiving the ECReport generated from the external application program 140, transmitting a response (ECReport) to the request from the external application program 250 and log-processing the transmission result, And a management server 240 such as an RMS server 241 or an operating system 242. The client management unit 160 manages connection and disconnection of the work client 230, An integrated RFID middleware server 100 including a DB management unit 170 for connecting and receiving data and a beacon management unit 180 for controlling the beacon 220 to be turned on / Records management system.
KR1020150046318A 2015-04-01 2015-04-01 Integrated rfid middleware server for records management using rfid and, records management system comprising the same KR20160118055A (en)

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR20180124527A (en) 2017-05-12 2018-11-21 이세희 Library managing system using indoor map

Citations (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR20110106576A (en) 2010-03-23 2011-09-29 추숙희 Service system and method for providing asp service for asset management using rfid

Patent Citations (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR20110106576A (en) 2010-03-23 2011-09-29 추숙희 Service system and method for providing asp service for asset management using rfid

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR20180124527A (en) 2017-05-12 2018-11-21 이세희 Library managing system using indoor map

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