KR200401566Y1 - patrol system by RFID - Google Patents

Abstract

The present invention relates to a system for managing security and patrol activities. The Department of Defense, the police, and private security companies, etc., carry out the DMZ railing or patrol service in specific areas and apartment complexes. , A handheld terminal equipped with a reader that receives this tag information, a device that transmits time and patrol information along with location information to a central server, and when, who, and which region were patrolled in real time. It is composed of a system that identifies and patrols the US patrol area and directs or manages the patrol immediately.

Description

Patrol system and RFID patrol system using RFID

The present invention relates to a security and patrol management system using RFID (Radio Frequency Identification). In particular, a military or police officer is provided with a handheld terminal that is capable of attaching an RFID tag to a DMZ fence or patrol area that requires constant patrol. In this regard, the system relates to a system that allows security company employees to move their terminals to patrol locations and patrol the area, and identify and patrol the areas that were not patrolled in real time.

In general, the DMZ's iron fence is inserted into the barbed wire to check whether the stone is separated or patrol in the area.

In this case, even if the patrol officer does not falsify the records or do not conduct patrols or guards at a fixed time, the records may be recorded later. In the case of defense, the guard or the patrol officer cannot grasp the guards and patrols in real time.

In particular, in case of national defense, the number of South Koreans is increasing through the DMZ's iron fence, but they are also struggling to find out their after-care and management responsibilities, and the problem of losing or forging handwritten documents remains.

Police patrol work is also done by making a security post and recording patrol records on specific posts, which makes it impossible to manage and respond in real time.

In the case of security companies, security guards who manage apartment complexes alternately patrol and make a record table for each floor to record the time with the patrol officer by hand, and the problem of counterfeiting and accidents is always followed.

In the case of a home with a private security company, there is no basis for knowing at what time the actual security company patrols.

In the conventional security and patrol management system, the person in charge is mostly recorded by hand in a recording unit located at a specific post, and there has been a problem of counterfeiting and post-mortem due to the absence of automatic recording and management using digital devices and networks.

Especially in the case of defense, there has always been a demand for systematic and efficient management of the iron fence patrol, the most important element of security.

The present invention is to solve such a conventional problem, by attaching an RFID tag to the main point that must be guarded and grasped the situation through patrol, and at what time the guard and patrol officer did not miss the location The purpose is to provide a system that automatically records the information through the RFID reader and sends the information to the management system to identify and manage patrol areas, personnel, time, and patrol in real time in central or other areas.

In order to achieve the above object, the guard, patrol management system according to the present invention is a handheld terminal with an RFID tag attached to a specific location of the guard fence or patrol area and a reader for reading the tag, the terminal The manager connects the map of the patrol area with the recorder which records and stores the information received from the tag through the communication module, and the time and contact information calculated by the terminal to the server. It is composed of a manager interface that can identify who and when patrolling in any area through a computer at any time, and a transmission unit that can instruct to patrol the missing patrol area.

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

First, Figure 1 is a diagram showing the recording and flow of information in an embodiment of the present invention. Referring to the drawings, the transmission unit for transmitting the calculated information, including the signal reception 101 of the RFID tag required in the present invention, the position data 102 transmitted by the tag and the time and person in charge inside the terminal 104 is a configuration of the hand-held terminal, the receiving unit 105 and the storage unit 106 for receiving the information transmitted by the transmission unit via the communication module. It consists of a management system consisting of a map data interworking unit 107, a management unit 108 for identifying the patrol situation for each region.

That is, the terminal with the reader function reads the location information of the RFID tag attached to the patrol area and sends it to the management server through communication by combining it with the time and contact information. The system keeps track of who patrols in which areas and when.

In more detail, Figure 2 is a guard wire for patrol or security guard or patrol (Patrol) RFID tag 201 installed in a specific area to transmit the position information of the tag in the RF method passively, the configuration of the reading device Is a communication module 202 capable of receiving and transmitting tag information, a controller unit 203 for operating a reading device, a display unit 204 for knowing the status from the outside, and a storage unit 205 for storing read information. And the interface unit 207 that can adjust the device, and the synchronization server 208 that receives, records, and stores the information read and calculated by the reading device, and includes location information, time information, and patrolr of the tag installed in the patrol area. The information is moved and accumulated in a database composed of a data recorder 209, a map data interlocker 210, and a transmitter 211 for transmitting record information to a management unit 212 for identifying and instructing the status of patrol. To real-time to identify areas of patrol patrol points.

Figure 3 is a visual flow diagram of the RFID tag 301 of the patrol position received by the reader terminal 302 by synchronizing the data by the wireless LAN (CDMA) method of the wireless synchronization (Sync) or the cradle method (303) Sending to the synchronization server 305, the configuration of the synchronization server consists of patrol area RFID information 306, the time of the terminal, patrol information 307, patrol DB 308 that integrates all patrol, guard area in real time It is a system to identify and manage the situation of (309).

4 shows a handheld terminal 401 required for operating the system, the RF reader being built in, externally mounted and portable, having its own power supply and operating system (OS). The built-in communication module can send the received RF information to the synchronization server directly, and the RFID tag 402 has a durability that can withstand rain, wind, and temperature by being configured in the form of a smart card composed of an RF chip and an antenna. .

FIG. 5 is a diagram illustrating an RFID tag 502 attached to a rail fence 501 of a DMZ and an RF reader attached terminal 503 carried by a military soldier and receiving tag information.

According to the present invention, when the patrol area should check the patrol area or the front rail fence patrol, the patrolman touches the reader at the point where the RFID tag is located and the patrol area information, time and patrol information are automatically transmitted to the management server, so that the patrol is in real time. In addition, it is possible to identify missing areas and instruct supplementary patrols immediately, which can make national security, alertness and security work more efficient.

In addition, the present invention has the advantage that it is possible to prevent the damage, such as damage, forgery, etc. due to the writing method on the existing paper.

The following drawings attached to this specification are illustrative of the preferred embodiments of the present invention, and together with the detailed description of the invention to be described later serves to further understand the technical spirit of the present invention, the subject innovation described in such drawings It should not be construed as limited to.

1 is a flowchart showing a system configuration of patrol and security using RFID.

2 is a configuration diagram of a tag, a terminal, a server, and a management system required for patrol and security system using RFID.

3 is a flowchart of a patrol and security system using RFID.

4 is an RFID reader and tag.

5 is a view showing an example of using the present invention in the iron fence patrol.

* Explanation of symbols for main parts of the drawings

101. Receive RFID tag information signal

102. Receive tag location data

103. Time and contact calculations on the terminal

104. Transfer operation information through communication

105. Receive and record location, time, contact information

106. Data storage

107. Linkage with map data

108. Regional patrol check

201.RFID Tag

202. Communication module (wireless LAN, CDMA, Cradle, etc.)

203. Operation Controller

204. Terminal display unit

205. Storage

206. Computation unit

206 (a). network

207. Terminal interface unit

208. Sync server

209. Data record

210. Map data linkage

211.Transmission Module

212. Administration

301.RFID Tag

302. RF reader terminal

303. Cradle Synchronizer

304. Wireless Synchronization

305. Synchronization server

306. Tag Information

307. Location, time, contact information

308. Patrol DB

309. Management Server

401. Handheld Terminal with RFID Reader

402. Smart Tags

501.DMZ iron fence

502. RFID Tag Card

503. Terminal with RFID Reader

Claims (3)

RFID tag attached to DMZ rail and patrol area, memory for storing location data of rail and patrol area, and RF module for extracting location identification data from the memory according to RF signal received from outside RFID tag, A portable terminal equipped with an RFID reader for receiving identification position information sent from the RFID tag and combining time and contact information to an external management or synchronization server; Software for linking the tag information with a time and a person in charge; A mobile terminal for an RFID reader having a communication module for transmitting the information; Patrol management system that can receive the above information and map the patrol situation of a specific region at any time in conjunction with the map data. The method of claim 1, A system that displays the location of the tag based on the digital map by linking the collected location information and map data, A system for identifying the location, time and patrol based on the digital map by interlocking the collected location information and time, the data of the patrol. The method of claim 1, Patrol, security system using RFID including an interface unit for transmitting the information received by the terminal and the internal time information to the external manager computer.