KR101755352B1

KR101755352B1 - Firearms Management Method and System

Info

Publication number: KR101755352B1
Application number: KR1020150147135A
Authority: KR
Inventors: 김승수
Original assignee: 주식회사 카티스
Priority date: 2015-10-22
Filing date: 2015-10-22
Publication date: 2017-07-20
Also published as: KR20170047433A

Abstract

The present invention recognizes the current situation by recognizing the current status of the firearm's exit and entry in a military, a police or a private workplace using a firearm, interlocking the firearm identification device with the individual locking device to prevent illegal use, , It is possible to carry out pre-approval, post-approval and emergency removal. By joining the network to enable centralized control of such export and import, it is possible to control the status and export of firearms, A method for managing a firearm having a plurality of locking means for locking and unlocking a firearm of a firearm storage unit for collecting and storing firearms of individual firearms and firearms to provide the system (MLR) for locking / unlocking individual firearms, (LCU) for controlling the unlocking of the firearm so that the firearm can be unloaded in accordance with the firearm unloading command by monitoring the firearms of the MLR, and connecting one or more field control means (LCU) to the local bus (MCU) for controlling the unloading and unloading history of each firearm and controlling the entry and exit of the firearms, and one or more main control units (MCU) (GMS) that manages the registration of firearms, monitors and logs in and out, and performs overall management analysis. Through the initialization process, subordinate means are registered and recognized through the local bus and the network, , The sub-means joining the network through an initialization step activated for the gun, and the unloading and fetching management of the gun kept locked in the gun barrel (S100) for requesting the release of the main control unit to the keypad of the field control unit for use of the main control unit; and a control unit for controlling the main control unit and the integrated management unit (S101, S102) for requesting approval, and in response to receipt of an approval request from the lower field-of-view control means, the main control means compares the entered firearm schedule with a previously entered firearm removal schedule, (S103); and a step of notifying the manager of the integrated management means of the approval step of the unified management means in advance of the unloading schedule entered in advance according to the receipt of the approval request of the sub-field control means (S104), and a step of confirming whether or not the highest level integrated management means, the main control means and the lowest level means The field control means of all the sub-means receiving the emergency code among the third firearm use approval step in which the use of the firearm is approved by transmitting the emergency code from any one of the keypad inputs of the step (S108) for releasing the lock of the lock recognition means by the emergency code approval step (S105, S106, S107) so that the firearm can be unloaded and unloaded so that the firearm can be unloaded by any one of the approval steps .

Description

FIREMARS MANAGEMENT METHOD AND SYSTEM -

The present invention relates to a method and system for managing firearms, and more particularly, it relates to a firearm management system and a fire fighting system thereof, more particularly, Locking device is interlocked to prevent unauthorized use. Pre-approval, post-approval, and emergency removal are possible according to the gun operation plan. It is possible to control the status and export of firearms, The present invention relates to a firearm management method and system for enhancing efficiency of firearm management and preventing accidents caused by fraudulent use.

Generally, firearms are one of the weapons of great lethality, and they are made as personal portable firearms, and they are widely distributed in military, police organizations and so on.

If you look at gun management based on conventional military units, you can store a large number of firearms, store arsenals for use in case of emergency, and firearms for each organizational unit in a firearm storage room on the side of a dormitory. In modernized dormitories, There are various suns such as storing firearms.

Such firearms have serious problems such as aft lock is not perfect, theft is lost or returned after use, and the firearms are not immediately recognized and cause a large accident.

In order to solve this problem, various management methods and management systems have been known.

Most of the prior art techniques are designed to detect the presence of firearms and transmit information to the central management computer via the network, thereby managing the firearms.

Korean Patent Laid-Open Publication No. 2003-83575, entitled "Automatic Remote Management System for Gun Storage", has a plurality of individual storage boxes which can store individual firearms. Each individual storage box has a sensor for detecting firearms, And an automatic opening / closing device, and a sensor and an electronic balance of each of the individual storage units of the plurality of firearm storage units, receives and informs the presence or absence of a firearm and the presence of a cylinder in the firearm, And a control unit for controlling the whole and individual open / close by the individual unique number of the storage box, and an electronic signal for the presence or absence of the gun and the presence or absence of the firearm corresponding to the unique identification number And informs the state of the firearm according to the arrangement of the plurality of firearm safeguards A remote control unit for controlling the opening and closing of the firearm storage unit and the individual storage box, and an electronic signal for the presence or absence of firearms and the presence or absence of firearms from the remote control unit, and managing the firearm status and the firearm history according to the arrangement of the firearm storage units And a management PC for controlling the opening and closing of the firearm storage unit and the individual storage unit.

This detects the gun status of the gun barrel and transmits the gun status signal to the remote management PC via the network.

In the case of the "gun management device" of Korean Patent Registration No. 778083, a fingerprint recognition device capable of controlling the locking device is combined with a gun storage device equipped with a locking device, so that it is possible to carry out the discharge and discharge of the individual firearms. And the history of accumulation is accumulated and managed.

"System for managing firearms using RFID technology" of Korea Utility Model Registration No. 475339 is to attach RFID tags to firearms and ammunition, read them as readers, transmit them by wired / wireless, store them, and DB to facilitate identification and management of inventory status .

Korean Patent No. 1387110 discloses a "gun and magazine management system" in which a firearm storage room, which is connected to a central control room through a network and has a firearm storage unit for storing one or more firearms, And a central control room for remotely controlling the opening and closing of the doors of the firearm storage bin and the magazine storage box to check and control the dispensing state of the firearm and the magazine.

According to the related art, the recognition medium and the recognition means are characterized by the feature of the fingerprint, the iris, the face, etc., and the electronic balance for recognizing the presence or absence of the firearm by the weight of the gun And to identify the presence of a firearm by non-contact RFID.

In addition, most of the conventional technologies commonly include transmitting a history of a gaming machine to a remote management device through a wired / wireless network.

However, according to the related arts, the structure for releasing the locking device for unloading the gun barrel and the firearm is very complicated, and the biometric device has a problem of low recognition rate or error compared to the high cost, There is a problem in that it is difficult to apply in practice because there are a lot of problems to be applied to a facility apart from a remote place like a military unit.

Such a proposal is merely a desk proposal, or a simple theoretical one, which fails to take into consideration the reality of the facility.

KR 778083 B1 KR 933222 B1 KR 1031421 B1 KR 1387110 B1 KR 2005-78036 A KR 2003-83575 A KR 475339 Y1

SUMMARY OF THE INVENTION The present invention has been made in view of the above-described problems of the prior art and the user environment that is separated from the background, and the following problems are solved.

The present invention relates to a firearm control system for regulating the removal of individual firearms and establishing a network for confirming the presence of firearms to prevent firefighting by preventing unauthorized removal and non-arrival of firearms, Management method and system thereof.

The present invention relates to a firearm management method and a fire fighting system, which are configured to hierarchically form a control system top management means and subordinate control means and to control the subordinate control means by joining them to the upper management means, .

The present invention differs from the present invention in that the present invention allows the simultaneous removal of firearms at the time of emergency in order to diversify the discharge situation of the firearms and allows firearms to be taken out of the firearms by supervisor approval or schedule approval after normal user authentication, Management method and system thereof.

The present invention relates to an identification tag module which eliminates a complicated biometric identification identification and is attached to an individual firearm, and a locking means for locking and fixing the identification tag module by inserting a simple mechanism, A method for managing a firearm, and a system thereof.

The present invention provides a firearm management method and system that can additionally be installed in an existing firearm bar to reduce system construction cost.

SUMMARY OF THE INVENTION The present invention, which is made to solve the above problems, is as follows.

A lock recognizing means having a plurality of locking means for regulating entry and exit of the lock recognizing means in addition to the gun holding means for collecting and storing the guns of the individual firearms and the minimum unit for each discharge, Field control means for controlling the locking / unlocking of the firearm so that the firearm can be unloaded according to the firearm command, and one or more field control means connected to the local bus to manage the unloading and unloading history of each firearm, And a gun integrated management means for managing gun registration of the main control means by connecting one or more main control means with one or more main control means, monitoring and logging in and out, and performing overall management analysis.

According to the present invention as described above, the wireless identification tag module composed of RFID is firmly coupled to each firearm with a wire seal (seal), the firearms are stored in the firearms, and the locking / unlocking Wherein the gun management box and the gun locking device are unlocked according to whether the gun shelter is installed or not and whether or not the gun shelter has been approved for removal, The main control server and the main control server, which controls the process of identifying all the related situations, and the process of accessing the main control server, are connected to the terminal by confirming the loading by inserting the tag module into the locking device after fixing the loaded firearm. Register, modify and delete firearm information, collect movement and storage status of firearms, Integrated Management gun out on the server, records the history of the mouth and made to identify firearms holdings in real time.

The fire extinguishing and inspecting method according to the system configuration as described above is characterized in that the fire extinguishing of the firearm is divided into a normal case and a normal fire case, And unlocks all the authorized firearms when the emergency code is inputted to the field control means through any one of the routes of the firearm integrated management means or the main control means for transmitting the emergency code.

All the guns of the firearm storage units of all the field control means which have received the emergency code by the unlocking are in a state in which they can be unloaded and correspond to the case of emergency.

On the other hand, when looking at the management of the firearm, the user who is the firearm owner inputs his user registration code through the keypad to request the user to take out the firearm, and the approval of the supervisor, Confirm whether the usage time matches the scheduled schedule, and if it is approved, unlock the limited number of firearms that are authorized.

When the unloading of the firearm is approved, the unloading of the firearm is confirmed and the log records are stored in the integrated control means connected to the local bus and the integrated management means connected to the wired / wireless network.

On the other hand, in the case where the unloading is not carried out within the scheduled time for the unloading, the approval process is recorded as an error in accordance with the elapse of the scheduled unloading time and the unloading of the firearm is regulated and the unified management means connected with the local control bus and the wired / And records the export log records to compile the current status.

In case of firearms, it is checked that the authorized firearms are brought in, and when the firearms are brought in, the log records are updated and stored in the integrated control means connected to the local bus and the wired / wireless network.

On the other hand, if the import confirmation is not made even after the scheduled time of the authorized firearm has passed, it is processed as an import error and the log record is stored in the integrated control means connected to the local bus and the wired / wireless network, It is done to compile the import status.

Through the above management method, it is possible to take out the gun in bulk in case of need, and it is possible to take out the firearm when the export time is set according to the approved schedule or the pre-input schedule. The log is recorded in the main control means and the integrated management means so that unauthorized use of the unarmed firearms can be prevented through additional verification and managed to prevent accidents.

According to the present invention as described above, a network is configured to regulate the removal of individual firearms and confirm the bringing-in, thereby preventing accidents by grasping the unauthorized removal and non-arrival of firearms in advance and managing the firearms in a centralized manner. The system has a hierarchical structure of the control system top management means and subordinate control means and the subordinate control means is subordinated to the upper management means so that a system that is easy to group and manage a large number of firearms can be provided .

In addition, by diversifying the situation of the firearms, the firearms were approved for simultaneous removal of firearms in case of emergency. After normal user authentication, the firearms were taken out by supervisor approval or schedule approval, There is no restriction on the application to the unit, and in particular, the identification tag module which is attached to the individual firearms excluding the complicated biometric identification, and the locking means for locking and fixing the identification tag module, It can be continuously used because there is no residual space, and it is possible to additionally install the existing gun barrel, armory, etc., thereby achieving reduction in system construction cost.

1 is a system network configuration diagram showing a schematic configuration of the present invention;
2 is a flow chart showing the overall control method of the present invention.
FIG. 3 is a flow chart showing a firearm removal / entry control method by the field control means of the present invention. FIG.
4 is a schematic view showing a configuration of a firearm management system according to a control method of the present invention.
FIG. 5 is a block diagram of each component showing a detailed configuration of a firearm management system according to a control method of the present invention. FIG.
FIG. 6 is a view showing the construction of a firearm control apparatus to which the field control means of the present invention is applied. FIG.
FIG. 7 is a schematic view showing an example of an operating screen configuration showing a gun management status according to the present invention. FIG.
FIG. 8 is a schematic view showing an example of inquiring history of firearm loading / unloading according to the present invention. FIG.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, a technical idea of a specific embodiment of the present invention will be described with reference to the accompanying drawings.

Prior to the detailed description, it is intended to assist the understanding of the abbreviated terms quoted and quoted by the present applicant in addition to the reference numerals as a premise in the process of describing several inventions.

GMS: Top-level integrated management means.

MCU: Main control means for managing a plurality of field control means by GMS sub-means.

LCU: On-site control means for controlling the gun barrel to which the lock recognition means for each block is attached as the MCU sub-means.

MLR: A lock identification means made with LCU and added to a gun barrel by assembling a number of locking means.

KPR: Keypad with LCU to input external operation key value.

RFID & LOCK: A locking means comprising a reader that reads and identifies a wireless identification tag module that is attached to the gun and attached to the LCU, and a locking device that mechanically locks and unlocks the module.

1 and 2, which are incorporated herein by reference.

(MLR) having a plurality of locking means for locking and unlocking a firearm of a firearm storing unit for collecting and storing firearms of individual firearms and a minimum unit of each fire fighting unit, (LCU) for monitoring the gun presence and controlling the unlocking so that the gun can be unloaded according to the unloading order of the gun, and a local bus for connecting one or more of the LCUs to the unloading and discharging of each gun (MCU) for controlling the loading and unloading history and controlling the entry / exit of the main control unit (MCU) by connecting the at least one main control unit (MCU) (GMS), which monitors and records accesses, and performs overall management analysis. Through the initialization process, the subordinate means are registered through the local bus and the network, The sub-means joining the network through an initialization step activated for mutual communication, and the exporting and carrying-in of the gun kept in the locked state in the firearm storage unit is performed by the keypad of the field control means for the use of the firearm, An export request step (S100) for requesting a firearm exit by inputting a code and an approval request step for requesting approval from an upper management unit and an integrated management unit of the firearm loading / unloading module of the field control unit (S101, S102); and a schedule approval step (S103) for instructing the field control means to unlock the corresponding gun when the main control means compares with the previously entered gun export schedule in accordance with acceptance of the approval request of the lower field control means ), A step of accepting a firearm in the first route, None of the firearm using a two step route consisting approved by the authorization step of the supervisor (S104) is made of a single gun permitted use.

The third firearm approval step is to approve the use of the firearm by transmitting the emergency code to the field control means from the top integrated management means, the main means and the keypad input of the field control means as the lowest means, (S108) for releasing the lock of the lock recognition means by the emergency code approval steps (S105, S106, S107) so that the field control means of all the received lower means can unlock all the firearms at the same time, (S109) of detecting a changed state of firearm possessing the firearm every time the firearm exit or firearm is detected and transmitting the detected state to the field control means; and a database updating the stored history of the firearm in accordance with the state check history An update DB transmission step (S110) for transmitting the updated gun specification database to the upper main control means and the integrated management means, It is made due to updates made to manage the gun banchulip log record at the top integration management means.

The gun exit schedule pre-inputted to the main control means is input by applying a work schedule as a schedule when the gun use is required to be approved in advance by the plan.

As described above, the approval route for carrying out the firearm is either the first route according to the schedule, the second route with approval of the supervisor of the integrated management means, and the keypad input of the highest integrated management means, main control means, Lt; / RTI >

It will be understood that the emergency code is capable of unlocking and unloading the gun stored in all the field control means registered under the means for issuing the emergency code.

The main control means and the integrated management means function to compile and manage the status of change of firearms, emergency codes, and firearms. Actually, control of the unloading and bringing-in of firearms is performed by the field control means.

Control method of the field control means through the firearm loading / unloading module will be described in detail.

As shown in FIG. 3, the field control means detects the emergency code input through key input means (KPR) of the field control means (LCU) (S107) for detecting the emergency code transmitted by the firearm integration management means (GMS) or the main control means (MCU) (S105 and S106) (S203), and a firearm unlocking step (S204) of unlocking the firearm with the code confirmed and authorized to carry out the firearm.

The unlocking means MLR of all the field control means (LCU) receiving the emergency code by the unlocking becomes unlocked, so that all the firearms of the firearm storage unit are ready to be unloaded and correspond to the emergency.

On the other hand, referring to the usual management of the firearm, it is necessary to perform a user export request step S201 in which a user who is a firearm owner inputs his or her user registration code through a key input unit (KPR) (S202), which is approved by the supervisor, or in accordance with an export approval step (S202), in which the use time of the firearm is compared with a previously scheduled schedule, and when the approved item is approved, the discharge of the firearm into the LCU (S203), and a firearm unlocking step S204, which allows the firearm to be unloaded with the right to carry out, is carried out to carry out the firearm.

The exporting firearm may be configured such that a green lamp is illuminated on an LED indicator provided at a corresponding firearm position, and in the case of a carry-in firearm, the green lamp is blinked to indicate a carry-in position.

An export confirmation step S205 for confirming the unloading of the firearm if the unloading of the firearm is approved and the main control server 300 connected to the local database by updating the RFID code value of the unloading firearm, To the unified management server 400 connected to the wired / wireless network, and executes the control to update and record the exported status by storing the exported record log (S208).

The step S205 of checking the unloading of the firearm is performed by a state check S109 that confirms that the RFID identification tag module attached to the individual firearms is separated from the locking means 10. [

On the other hand, if the individual firearms to which the authority has been granted are not carried out within the scheduled time to be carried out, an error processing step (S207) for recording an approval process as an error in accordance with an unexportion detection step (S206) The error-processed firearm is re-locked and transferred to the main control server 300 connected to the local bus and the integrated management server 400 connected to the wired / wireless network, and stored in the log recording log storing step S208 And performs control so as to update and record the unexported status.

The scheduled exit time can be set arbitrarily, preferably within about 5 seconds. If the firearm is not actually taken out within that time, the fire extinguisher is shut off and an error process is performed to notify the main control means and the integrated management means If it is not approved for export, it will be prevented from being taken out and prevented from illegal use.

When the use of the exported firearm is completed and the import is completed, if the RFID code of the specific firearm is detected by the bring-in firearm detection step (S209) of the lock recognition means (MLR), the firearm is checked against the authorized firearm, (Step S210), and when the import is carried out, the import status is updated by storing the import log record in the integrated management means (GMS) connected to the main control unit (MCU) connected to the local bus via a wired / wireless network .

On the other hand, if it is not confirmed that the authorized firearm has passed the predetermined scheduled time to be carried in, it is processed as a carry-in error by the non-carry-in detection step (S211) and the main control unit (MCU) The history of unloading of firearms is updated by storing log records in the management means (GMS) (S208).

When the unarmed firearm has occurred, the main control unit (MCU) displays a popup window on the screen or displays a warning message to notify that the unarmed firearm has occurred, and the supervisor checks the location of the firearm and confirms the reason Take action to prevent accidents.

The scheduled arrival time may correspond to the end time of the work schedule, or when the entire (some) firearm is taken out for reasons such as education, training, etc., the return time of the entire take-out firearm may be the expected arrival time.

Through the above management method, it is possible to carry out bulk export in case of need for firearms. It is possible to take out firearms when the export time is set according to the schedule or according to the schedule in the usual way. The log is recorded in the main control unit and the integrated management server so that unauthorized use of the unarmed firearms can be prevented through additional verification and managed to prevent accidents.

(LCU) for detecting the presence / absence of a lock recognition unit (MLR) added to a firearm storage unit in the field by an RFID and controlling locking / unlocking, and a control unit (MCU) and a plurality of main control units (MCU) are joined to a terminal, and an integrated management means (GMS) constituting a top management body is subscribed to the network.

The uppermost unified management means may comprise a conventional computer as a server and a plurality of terminals as a dedicated device capable of communicating with an upper computer server.

The following is an example of the system configuration as an embodiment realized by the control method as described above.

In the following description of the system configuration, all the means already described in the above-described control method and the apparatus which agrees with each other will be described with the same reference numerals.

As shown in FIGS. 4 to 6, the wireless identification tag module 40, which is made of RFID for each individual firearm, is sealed with a wire seal 42 to firmly connect the firearm identification tag module 40 to each firearm, A plurality of gun locking modules 10 including an RFID identification tag reader and a keypad 20 for user input are formed by locking / unlocking the tag module 40, The field control device 200 is configured as a control device for selectively controlling the locking / unlocking of the lock recognition module 100 of the lock recognition device 100 and the lock recognition module 100 of the lock recognition device 100.

The on-site control device 200 is communicable with a local bus on a firearm storage unit provided for each discharge site. The on-site control device 200 provides one or more of the plurality of the on-site control devices 200 to the main control device 300 And receives the emergency code and collectively unlocks the firearm by connecting the upper main controller 300 and the local bus to the network.

The integrated management device 400 is a server computer, and a management program is separately prepared for installation.

The main control device 300 includes a plurality of main control devices 300 connected to an integrated management server 400 via a wired or wireless network.

The main control device 300 includes a plurality of Ethernet network communication ports for communicating with the upper integrated control device, a plurality of CAN network ports for communicating with the lower field control device 200, A memory for inputting and outputting logs of the firearms, and a CPU for controlling them.

The field control device 200 includes a plurality of CAN network ports for communicating with the upper main control device 300, an RS 485 communication port for communicating with the lower lock recognition device 100, and a memory for temporarily storing the firearm entry / And a CPU for controlling them.

The lock recognition apparatus 100 is a solenoid control unit for locking / unlocking individual guns of an RS 485 communication port for communicating with the upper field control device 200. The lock recognition apparatus 100 includes a plurality of LOCKs and a CPU .

The wireless identification tag module 40 formed for each individual firearm is sealed with a wire seal 42 made of a steel wire, which is difficult to cut with a hand tool, and is prevented from being bent.

As described above, according to the present invention, a tag module (40) having an RFID identification tag is formed in each firearm, and each firearm is made identifiable in a computer, and at the same time, by a locking means (10) in which a tag module is inserted and locked / The unlocking of the firearm is prevented, and the locking means 10 can be applied to the solenoid type so as to achieve remote opening by external control.

In addition, the present invention simplifies the locking module so that it can be installed in a storage room of a conventional firearm or an individual cabinet. When the firearm is requested by the user of the firearm, the firearm is unlocked or the entire firearm is removed So as to be able to cope with use in case of need or in case of emergency.

In addition, each firearm unlocks the firearm storage unit and the firearm locking device according to whether the firearm is installed in the firearm storage unit or the firearm storage unit installed with the lock recognition device, The main control server which controls all processes related to the current situation and the control of access and entry process, and a number of main control servers as terminals, registers, modifies and deletes gun information, And records the history of the gun unloading and unloading of the integrated management server to manage the history, and the actual status of the firearms is obtained in real time.

FIG. 7 shows an example of an operational screen configuration for monitoring the firearm management status of the integrated management server 400. In FIG.

The main control unit 300 of each terminal subscribed to the integrated management server 400 and the firearm lock recognition device 100 of the field control device 200 subscribed to the terminal of the main control unit 200, The history of the firearm with the locking module 10 in the empty state is displayed on the screen so that the supervisor can grasp the current status of all the firearms and the unarmed firearms in real time by displaying the status of the firearms and the status of the firearms on the screen.

The status of the firearms related to such firearm exports and imports can be externally outputted and managed as an output form for inquiring firearm history information as shown in FIG.

According to the present invention as described above, it is possible to manage firearms in real time, in and out, and emergency removal, thereby preventing illegal use of firearms and accidents.

10: Locking module 20: Keypad
40: tag module 42: wire seal
100: lock recognition device 200: field control device
300: main controller 400: integrated management device

Claims

A gun management method having a plurality of locking means for locking and unlocking a firearm of a firearm storage unit which collects and stores firearms of individual firearms and firearms as a minimum unit,
(MLR) for locking / unlocking individual firearms, a field control means (LCU) for monitoring the total presence / absence of the lock recognition means (MLR) and controlling the unlocking so as to carry out the firearm in accordance with the firearm command, A main control unit (MCU) for connecting the at least one field control unit (LCU) with a local bus to manage the unloading and unloading history of each firearm and controlling the entry and exit of the firearm, and at least one main control unit (MCU) (GMS) that manages the firearm registration of the main control unit (MCU), monitors and logs in and out, and performs the overall management analysis by connecting to a wireless network.
An initialization step in which the lower units are registered in the upper unit through the local bus and the network and are activated for mutual communication through the initialization process, the lower units join the network,
(S100) for requesting the removal of the firearm by inputting the user registration code into the keypad of the field control means for use of the firearm,
An approval requesting step (S101, S102) for requesting approval from an upper management unit and an integrated management unit of the firearm loading / unloading module of the field control unit that has received the export request,
And a schedule approval step (S103) of instructing the field control means to unlock the corresponding gun when the main control means compares with the previously entered gun export schedule in accordance with acceptance of the approval request of the field control means A firearm approval step,
A third firearm use approval step in which the firearm approval is made by transmitting the emergency code to the field control means from any one of the integrated management means, the main control means and the keypad input of the field control means, (S108) of releasing the lock of the lock recognition means by the emergency code approval step (S105, S106, S107) so that the field control means of the means can unlock all the firearms at the same time,
Wherein the control unit is configured to allow the firearm to be removed by the schedule approval step.

The method according to claim 1,
A state checking step (S109) of detecting a changed state of gun holding each time when detecting the unloading or bringing-in of a firearm and transmitting it to the field control means;
An update DB transmission step (S110) of updating the database recording the storage gun specification according to the details of the status check and transmitting the updated gun specification database to the upstream main control means and the integrated management means, And updating the history of the firearm.

The method according to claim 1,
Wherein the gun exit schedule pre-inputted to the main control means is inputted by inputting a work schedule as a schedule.

The method according to claim 1,
The field control means includes a code receiving step (S107) for detecting an emergency code input through key input means (KPR) of a field control unit (LCU) provided for each unit by a third firearm use approval step,
A code checking step (S203) of detecting whether or not the emergency code received by the code receiving step (S105, S106) for detecting the emergency code transmitted from the gun integrated management means (GMS) or the main control means (MCU) Wow,
And the unloading of the firearm is performed by unlocking the firearm with the code identified and authorized to carry out the firearm (S204).

The method according to claim 1,
The schedule approval step includes a user export request step S201 in which a user who is a firearm owner inputs his user registration code through a key input unit (KPR)
According to the intention of taking out the requested user's firearm, the firearm usage time is compared with a previously scheduled schedule, and the approval is determined according to an export approval step (S202) An approval code confirmation step S203 of carrying out the firearm
(S204), which enables the unloading of firearms to which the right of exporting is permitted to be carried out,
An export confirmation step (S205) for confirming the export of the firearm if the unloading of the firearm is approved and the firearm is approved,
The RFID code value of the identified exporting firearm is updated in its own database and transferred to the main control unit (MCU) connected to the local bus and the integrated management unit (GMS) connected to the wired / wireless network to store the log record. (S208) to update the export status.

The method of claim 5,
Wherein the fire extinguishment check step S205 of the firearm is performed by a state check S109 that confirms that the RFID identification tag module attached to the individual firearms departs from the locking means 10. [

The method of claim 5,
An error processing step (S207) of recording an approval process as an error in accordance with an unexportion detection step (S206) for detecting an unexpectedly scheduled unloading time in the case that the individual firearms to which the removal right has been given are not carried out within the scheduled unloading time The error-processed firearm is re-locked and transferred to the main control unit (MCU) connected to the local bus and to the integrated management unit (GMS) connected to the wired / wireless network and stored in the log recording log storage step S208 And updating the non-unloading status of the unloading status.

The method of claim 5,
(S209) of the lock recognizing means (MLR) when the use of the exported firearm is ended and the carry-out is carried out,
A carry-in confirmation step (S210) for verifying the carry-in of the specific firearm when the carry-on firearm detection is performed and the RFID code of the specific firearm is detected,
The import status is updated and aggregated by storing the imported log records in the integrated management means (GMS) connected with the main control unit (MCU) connected to the local bus and the wired / wireless network in the step S208,
If the carry-in authorized firearm has not been checked so as to pass the scheduled take-in time, it is determined as an carry-in error by the non-carry-in detection step (S211)
And updating the non-firearm state by storing the log in the integrated management means (GMS) connected to the main control unit (MCU) connected by the local bus and the wired / wireless network (S208) How to manage firearms.

A gun management system having a plurality of locking means for locking and unlocking a firearm of a firearm storing unit for collecting and storing firearms of individual firearms and firearms as a minimum unit,
The wireless identification tag module 40 made of RFID is sealed by wire seals 42 for each individual firearm, and the RFID tag is locked / unlocked by putting the identification tag module 40 on the firearm, A lock recognition device 100 constituting a plurality of firearm locking modules 10 including a tag reader and forming a user input keypad 20 and having a firearm storage type,
A field control device (200) is a control device for selectively controlling locking / unlocking of a gun locking module (10) of the lock recognition device (100). The field control device (200) And the local control device 200 communicates with the main control device 300 through the local bus so that the main control device 300 receives the emergency code and unlocks the firearm The main control unit 300 is connected to the local bus through a network,
Wherein the main control device (300) comprises a plurality of main control devices (300), and the main control device (300) is connected to the integrated management server (400) as a slave device via a wireless network.

The method of claim 9,
The locking means (10) for forming a tag module (40) having an RFID identification tag in the individual firearms so that each firearm is distinguishable from a computer and at the same time a tag module is inserted to form a locking / unlocking function is constituted by a solenoid type locking device Wherein said gun management system comprises:

The method of claim 9,
A main control unit 300 subordinated to the wired / wireless network to the integrated management server 400 and a firearm lock recognition device 100 of the field control device 200 subscribed to a wired / wireless network below the main control unit Wherein the history of the gun in which the locking module (10) is empty with the stored firearm and the unloading state is displayed on the screen to monitor the current state of the firearm in real time.