TR201815690A2 - SMART RIFLE PROTECTION AND MONITORING SYSTEM WITH BIOLOGICAL DEFINITION REDUCED TO INDIVIDUAL GUARDIAN RIFLE FOCUS - Google Patents

Abstract

BIOLOGICAL INTELLIGENT SMART RIFLE PROTECTION AND MONITORING SYSTEM REDUCED TO GUARDIAN RIFLE CHAMBER INDIVIDUALS Guard Rifle, biologically defined intelligent rifle protection and monitoring system reduced to individuals with rifle chamber 5; three sides (top, six, sides) closed front and open and firearms to ensure the protection, protection and security of the guard (rifle chamber) with the rifle and personnel in the system match, prevention of the use of unauthorized persons, rifles on all axes (vertical, horizontal, cross etc.) by preventing the movement of the rifle chamber by confining the safe storage and use of a system that allows the control of the 10 is a system. By means of this locking system, the rifle cannot find a range of motion, so the rifle is locked into the chamber. Its purpose is to provide a secure storage of firearms with an intelligent locking system, and to provide a means for releasing the rifle in a predefined manner to individuals of institutions such as law enforcement and armed forces. The electronic ID (RFID TAG) tag is placed inside the rifles in the armed forces and the law enforcement forces where the system is installed. Personnel biometric data are introduced to the system and recorded in a database designed by us. For all operations and data in the database, computer program interfaces, personnel to receive and use the rifle, the personnel must be defined in the system and paired with the rifle. The system does not allow the personnel to take the rifle with this pairing even if this pairing has been made, the system also checks whether the authorized upper authorities have given the duty order with that rifle for that personnel at that time. This system includes rifle chambers as well as user biological identification reader (retina, face recognition, palm, fingerprint data, and / or several), electronic ID (RFID TAG), rifle identification reader (RFID Reader) 30 embedded in the rifles. Pg. In addition, the system has a database structure designed by us in order to record and control all the transactions performed, the main software (program) for the users to see and operate, and the workstation where the software and database will be installed and run. The system architecture is dynamic in which parts can be added or removed. 5 The storage locations for storing the rifle defined in the warehouse include controls corresponding to the individual storage locations of each predefined rifle in the warehouse. Here, the database unlocks the defined lock with the authorization signal from the workstation (computer). Allows the defined rifle to be removed from the warehouse. 10 Recognizes the necessary equipment to track the remote point trips of the equipment and monitors the movement of the equipment through remote point readers.

Description

DESCRIPTION BIOLOGICALLY DEFINED SMART RIFLE REDUCED TO THE INDIVIDUAL WITH THE GUARD RUN PROTECTION AND MONITORING SYSTEM Related Technical Field The biological reduced to the individual, which we named as the Guardian Rifle (Rifle Chamber) defined smart rifle protection and monitoring system; three-sided (top, bottom, sides) closed front It is open and provides the protection, protection and security of firearms. guard, rifle and matching personnel within the system, preventing the use of unauthorized persons, Guard (rifle chamber) rifles in all axes (vertical, horizontal, diagonal, etc.) Safely keeping the rifle confined inside by restricting its movements. in the field of security that ensures that its use is controlled and is the system.

The rifle in full working condition from the Keeper (rifle chamber) without permission there is a prison system that does not allow him to be removed, Not allowing the use of the rifle other than authorized personnel, If a task order is not given by the higher authorities that day, even if there are personnel defined in the system. not allowing him to enter the storage area and take his rifle from the rifle chamber, By mechanical, biological identification, electronic ID and multi-lock system of the rifle protection, Apart from the authorized user of the rifle, the follow-up and monitoring of the senior personnel to have a system that allows for Monitoring all movements of the rifle during the life of the rifle with the computer programs of the system. able to, Database structure that records all motion data of the rifle, timestamp. to have, Statistical queries and control of the rifle through motion data records can be made, Hosting user interfaces related to the above-mentioned programs, The structure is adaptable to personnel type weapons other than rifles, The size of the rifle chamber according to all the guns called rifles in the market. having an adjustable structure, The rifle chambers are locked by trapping the rifle from both the barrel and the stock. computer-controlled electronic, biometric and mechanical locking system that allows to have, The rifle chamber consists of two interlocking bodies and a height stabilizer adjustment bolt. to have, The presence of a computer-controlled electronic ID (RFID) reader in the rifle chamber and this Allowing other than a rifle paired with its chamber through the reader to be placed not giving, By identifying the rifle with the electronic ID (RFID TAG) tag to be placed on the rifle, only ensuring that the paired rifle is kept in its chamber, Illuminated warning apparatus for remotely detecting whether there is a rifle in the chamber of the rifle. to have, The barrel and stock lock systems in the rifle chambers allow the rifles to be vertical, horizontal and in the placement and removal of rifles by moving on the cross axis convenience recognition, Lock systems in rifle chambers in emergency and emergency situations collectively released by authorized personnel with the help of a computer program. allowing the release, The system is protected against power failure, but these protections are disabled. guns, individually or collectively, with the mechanical unlocking method of the locks, even in to allow for release, In the system, the rifle chambers are assembled on a structure in the storage area and collectively to allow it to be preserved, The system will only fail if there is a malfunction in any of the rifle chambers. time by allowing the chamber to be removed and repaired or replaced with a new one. On the structure in the storage place behind the hulls of the rifle chambers wedge slots and central lock shaft hooks slot in the structure that allows it to be fixed to have, In the system, the rifle chambers are removed after they are mounted on the structure. locking the system through the central locking shaft and hooks that prevent it, A certain number of control panels between the rifle chambers in the storage area in the system. allowing network configuration for computer connections by placing Used to lock rifle chambers in control cabinets and their bodies onto the structure. the presence of the on-off handle of the central lock hook shaft, Locking the on-off arm of the central locking hook shaft in control panels. The system that locks the chambers on the structure with locking pins is secured with an additional lock. Allowing the locks to be released in an emergency within the control panels, the presence of panels of mechanical unlocking wires and their pull handles, To the storage place where the rifle chambers are located, the personnel are about to buy rifles. to be registered in the system by making its biological identification in advance, The staff's height turnstile located at the entrance of the Warden's storage place. opening, door etc. to the bioidentifier reader included in the entry for recognition (fingerprint, retina, face recognition, etc.), The ability of personnel to enter the rifle chamber to the storage area to deliver their rifles. Via the RFID reader on the kiosk with biological identification for the system reads the electronic ID (RFID TAG) tag of the rifle, The advantage of not being able to disassemble the rifle to remove it from the Keeper except with system permission to provide, Keeping each rifle in the rifle chamber defined for that rifle when it is out of use, Since the system recognizes each rifle chamber and rifle separately, the desired rifle is different from the others. to be released independently, Instant inventory and general inventory of all rifles in the system of authorized authorities to be able to see the status (maintenance times, malfunction situations, history of the rifle, etc.), Providing increased protection with the double lock system from the barrel and stock, Inability of the personnel to receive the rifle outside the defined time, therefore the personnel minimizing the risk of injury, wear, theft, and loss of the rifle.

State of the Art The clamp system from the rack and barrel, which is under protection with the U59355510 document. Most of the rifles are accessible in the system, which includes a biometric reader and works with a biometric reader. It is necessary to remove the rifles by disassembling them and to re-use them where they were taken. allows it to be mounted and used.

Again in the same system, since the muzzles of the rifles remain open, they are not bad in the storage area. It allows to intervene in the barrel for purposes. However, the key with external tools (sledge hammer, hammer, crowbar, spiral cutting engine etc.) is very easy to intervene, therefore without damaging the weapon. there is a weakness in obtaining the weapon in a very short time.

In the system currently used in law enforcement and armed forces in our country, rifles are padlocked by threading chains or wire ropes through the trigger slots. is locked. In this case, many rifles locked with chains or steel wires are the only Trying to protect it with a padlock creates serious security vulnerabilities.

In this structure, all of the rifles, including the trigger mechanisms, are accessible.

Due to the wide range of motion without removing the rifles in this situation from where they are attached. Being fireable makes all rifles vulnerable to any malicious interference. causing undesirable consequences, including injury or even death. knows.

Again in the same institutions, inventory is made by the personnel, which means both time and money. it causes both labor loss and sometimes erroneous results. becomes open to abuse.

EXPLANATIONS OF THE PICTURES Picture 1/10: It is a longitudinal section picture showing the whole chamber of the rifle. three in itself divided into group. (Group) in Picture2, (Group2) in Picture3, (Group3) in Picture4 is detailed.

Figure 2/10: (Group 1) rifle chamber upper body part, Figure 3/10: (Group 2) upper and lower body junction, adjustment bolt and upper body adjustment bolt hole location, Figure 4/10: (Group 3) lower body part of the rifle chamber, Picture 5/10: Mounting the rifle chamber on the frame and attaching the chamber to the frame indicates locking.

Picture 6/10: Shows the detail of the control panel and its interior.

Figure 7/10: Software (computer program) flowchart.

Figure 8/10: Enterprise configuration and data management diagram.

Picture 9/10: Using the barrel locking apparatus of the rifle, using the movement gap, it is angled. placement.

PICTURE REFERENCE NUMBERS Picture rifle chamber main body upper part, Picture rifle chamber main body lower part, Picture muzzle neck ring, Picture barrel tip jail apparatus, Picture barrel electromagnetic lock apparatus, Picture of the barrel mechanical unlocking wire connector, Picture barrel electromagnetic lock slot, Picture barrel mechanical unlocking wire, Picture rifle chamber upper body assembly frame wedge slot, Picture barrel mechanical unlocking wire hole, Picture barrel jail apparatus movement space, No barrel electromagnetic lock hole, Picture lower body adjustment bolt hole, Picture adjustment bolt, Picture upper body height adjustment channel, Picture stock prison apparatus channel, Picture stock prison apparatus, Picture butt electromagnetic lock hole, Picture stock electromagnetic lock slot, Picture stock electromagnetic lock apparatus, Picture stock mechanical unlocking wire, Picture buttstock mechanical unlocking wire connector, Picture butt mechanical unlocking wire hole, Picture rifle chamber upper body assembly frame wedge slot, Picture rifle chamber upper body central lock shaft hook slot, Picture rifle chamber lower body assembly frame wedge slot, Picture rifle chamber body assembly frame wedge, Picture 5/10 (2) rifle chamber body central lock shaft hook, Picture rifle chamber body central lock shaft, picture control board, Picture central lock shaft lever, Picture central lock shaft lever locking pin box, Picture of mechanical unlocking wires binding panel, Picture control panel door locks, Picture central lock shaft preset spring and slots, Picture communication cables and hubs, Picture 7/10: Software (computer Program) flowchart, Figure 8/10: enterprise configuration and data management diagram, Picture 9/10 using the barrel locking apparatus of the rifle with an angled placement, Position of the rifle at 15 to 45 degrees from the Guardian, Picture of the rifle's 90 degree placement position to the Keeper.

Method and Working Principle Guard Rifle system rifle chamber main body upper part Picture and rifle chamber consists of two main parts, the main body lower part being Picture.

Movable upper body length adjustment channel to adjust the length of the rifle Picture the upper body adjustment bolt by making the adjustment. Bolt counter threaded lower body adjustment bolt hole Picture combined mechanical assembly is completed.

The chamber of the rifle, which is the butt-jail apparatus in the lower body, where the butt part of the rifle is placed. lower body part Image , buttstock locking the buttstock electromagnetic lock apparatus Picture, steel for mechanically opening the lock outer casing of wire and wire stock mechanical unlocking wire Picture , electroplating steel wire butt mechanical unlocking wire connection apparatus connecting the magnetic lock to the magnetic lock Picture 4/10 (5), the butt-jail apparatus channel that provides the movement of the buttstock arresting apparatus Picture, transmitting the unlock-lock-close signals coming from the system and providing RFID communication data and energy cables, lower body RFID reader Picture, server with RFID reader and the data cables that provide the communication of the computers, the lower body in the warehouse Rifle chamber for fixing lower body assembly frame wedge slot Picture The upper body part of the rifle chamber with the barrel locking device on the upper body Picture Picture , barrel locking device allowing movement of the barrel locking device movement space Picture , muzzle locking muzzle closure device electromagnetic lock apparatus Picture , steel with enclosure that mechanically opens the lock barrel mechanical unlocking wire Picture , steel wire to electromagnetic lock Barrel mechanical unlocking wire connecting apparatus Picture , upper body rifle chamber upper body assembly frame wedge, which is used to fix it in place in the warehouse Slot Picture, data and energy transmitting lock-on-lock-off signals from the system has cables.

To create the system, first a storage location is found, the Guardians are placed in the storage location. Rifle chamber trunk arranging frame wedge with a skeletal structure for mounting Picture is installed, after placing the Guardians in these wedges, the rifle is mounted on the skeleton. chamber body central lock shaft hooks Picture 5/10 (2) via Guardians is locked. Control boards between a certain number of Guardians in the storage place The picture is placed.

Control board Figure 6/10 (88); Picture of central lock shaft levers , central Picture , mechanical unlocking Picture the wires connection panel Picture includes door locks and control panel.

This system allows one or more of 3N, 4N, 5N, to provide cellular data transfer to each other. several of them by connecting to each other with wireless and/or wired network structures. server and connected computers, the database where the data is saved, the data It contains the main software (computer program) that will enable it to be displayed and processed.

RFID tag is placed inside the rifles that will be included in the system and together with the serial number of the rifle. the rifle is introduced to the system, matched, and recorded in the database.

Biometric data of the personnel who will be included in the system and will use the rifle the database is registered and the system setup is completed.

After the installation is finished, the operation is as follows; The personnel makes the biometric presentation at the kiosk, if the personnel arrives at the time If there is permission to open the Guardian to get your rifle, the system will verify the correctness of this match. If the result is correct, it opens the locks for the personnel to enter the storage area. Same At the same time, audibly and on the kiosk screen, you can tell the staff from which Guardian to get their weapon. and unlocks the Warden who is paired with the staff. Simultaneously, the rifle Starts the predetermined time for it to be retrieved from the Keeper. within the specified time After the rifle is taken from the Keeper, the system will unlock the Keeper at the end of the period. automatically shuts down. System locks even if the rifle is not taken within the specified time. turns off. In this case, the resumption of the biometric personnel identification process required. At the same time, this situation is recorded in the system records.

Here he is when the staff arrives at the storage location to deliver his rifle to the Keeper. You can also transfer your biometric data through the kiosk located in the rifle, as well as the RFID embedded in the rifle. reads the tag. Following the system's matching of personnel and rifle, if rifle data and personnel data match correctly, the respective Guardian will be unlocked and the system will sound alert, The written warning at the kiosk also gives a lighted warning on the Guardian. system simultaneously It also starts the preset time to drop the weapon on the Guardian. Employee of the barrel jail device unlocked and released to place his rifle on the Keeper. in position with the rifle inserted 15 to 45 degrees from the Guardian muzzle muzzle closure with rifle While pushing the movement space upwards as much as the picture, it brings the butt to the butt By placing a picture on the prison apparatus, your rifle is 15/45 degrees to the Keeper. Brings the Picture to the loading position, then pushes the rifle forward Brings a Picture to the rifle's 90 degree placement position to the Guardian, and seat the rifle in the buttstock. Embedded in the rifle with the RFID reader inside the guard Reads the RFID tag, if the three of the rifle, personnel, guard are correctly matched, the system automatically turns the Guardian into the butt electromagnetic according to the specified timing setting. Picture coming out of the lock apparatus, the corresponding butt electromagnetic lock Deligine Picture The output shaft is entered into the corresponding barrel electromagnetic lock hole. locks the rifle from the barrel and stock. The exit of the personnel from the storage place without a rifle allows. If triple match (verification) does not occur, the system will give an audible and light warning. It does not lock the Guardian and does not lock the personnel required to leave the storage area. it also forces the staff to place their weapon in the correct Keeper by not opening it. warns system control personnel.

Claims (31)

ISTEMI Guard Rifle, a biologically defined smart rifle protection and monitoring system reduced to a rifle chambered individual; Pairing the Guard (Rifle Chamber) with the rifle and personnel within the system, preventing the use of unauthorized persons, ensuring the protection, protection and safety of firearms with three sides (top, bottom, sides) closed, open front, and firearms in all axes (vertical, horizontal, diagonal) etc.) is a system in the field of security that ensures that the rifle is kept safely and its use is taken under control by imprisoning it in the chamber of the rifle by preventing its movements. Thanks to this locking system, the rifle cannot move into the chamber of the rifle. Electronic Personnel biometric data is introduced into the system in the rifles of the law enforcement and armed forces where the system is installed, and these data are recorded in a database designed by us. All operations and data in the database, computer program interfaces, personnel must be defined to the system beforehand for the personnel to receive and use the rifle, and the rifle and personnel must be paired. Even if this pairing is done, the system does not allow the personnel to buy the rifle with this pairing alone. In addition, the system also checks whether a duty order with a rifle is given for that personnel at that time by the competent higher authorities. In addition to the rifle chambers, this system includes the user biological identification reader (retina, face recognition, palm, one and/or more of the fingerprint data), electronic ID (RFID TAG), rifle identification reader (RFID Reader) placed inside the rifles. It contains the database structure designed by us to record the transactions and provide their controls, the main software (program) that will manage this structure for users to see and process, and the workstation where the software and database will be loaded and run. The system architecture is dynamic in which parts can be added or removed. It contains the storage locations for storing the shotgun with a designated location in the warehouse, controls corresponding to the individual storage locations for each predefined shotgun in the warehouse. Here, the database opens the defined lock with the authorization signal from the workstation (computer). Allows the defined rifle to be taken from its place in the warehouse. It recognizes the necessary hardware to follow the remote point trips of the equipment and follows the movements of the equipment with the remote point readers. 1) Invention, 'Guardian Rifle', is a biologically defined smart rifle protection and monitoring system reduced to a rifle chambered individual. biometric recognition apparatus, kiosk, computer program, database, server (server) and connection elements, the chamber to which the rifle made of metal will hold, the skeleton system to which these chambers can be connected, the suspension apparatus of the metal chamber for connecting the chambers to the skeleton system, the hook for locking the chamber to the skeleton system It includes the lock system and also the unlocking levers of this lock system, the control panel of steel wires for mechanically separating the rifles from the chambers, the control panel containing the hubs and connectors, the electromagnetic lock mechanisms for keeping the rifles in the chamber, and the metal and hard plastic parts connected to them. 2) According to claim 1, the main body upper part of the rifle chamber is metal and its feature is; Upper body adjustment Bolt hole Picture, upper body length adjustment channel Picture, muzzle locking device Picture, barrel mechanical unlocking wire Picture, barrel mechanical unlocking wire connection apparatus Picture and barrel electromagnetic lock slot Picture. 3) According to claim 1, the adjustment bolt is Picture and its feature is; It is sized in accordance with the upper and lower body adjustment holes. 4) According to claim 1, the main body lower part of the rifle chamber is metal and its feature is; Stock mechanical unlocking wire hole Picture, buttstock locking device Picture, buttstock electromagnetic lock hole Picture locking apparatus Picture, stock mechanical unlocking wire Picture and its connection apparatus buttstock mechanical unlocking wire connection apparatus Picture. 5) According to claim 1, the upper body height adjustment channel is Picture and its feature is; canal width is such that the lower body can move within the canal part. 6) According to claim 1, the muzzle neck ring is made of hard plastic and its feature is; The barrel is in a suitable diameter for the upper body dimensions. 7) According to claim 1, the barrel tip is a prison apparatus. The picture is hard plastic and its feature is; The muzzle neck ring is the size of the picture and the muzzle is suitable for the upper body dimensions. 8) According to claim 1, the barrel electromagnetic lock apparatus is Picture and its feature is; When energized, the magnetic metal bar in the center is withdrawn by the locking distance, and when the circuit is opened, the normally open magnetic metal bar returns to its initial position. 9) According to claim 1, the barrel mechanical unlocking wire connection apparatus Picture 2/10 (l) is metal and its feature is; It is a metal piece in tubular form, one end of which is flat and perforated, suitable for the diameter of the steel wire and the shaft of the electromagnetic apparatus, and the other end is suitable for the diameter of the steel wire. 10) According to claim 1, the barrel electromagnetic lock slot is metal and its feature is; It is the space of appropriate width for the electromagnetic apparatus used. 11) According to claim 1, the barrel mechanical unlocking wire is Picture and its feature is; It is a 1-10mm diameter female spring and plastic protected wire of appropriate length. 12) According to claim 1, butt-jail apparatus Picture surface is hard plastic coated metal and its feature is; butt prison apart canal It is a metal piece in size that can slide back and forth in the picture and accommodate the stock. 13) According to claim 1, the butt electromagnetic lock hole is on the buttstock locking apparatus and its feature is; is that the electromagnetic shaft is large enough to enter the hole. 14) According to claim 1, the butt electromagnetic lock slot is metal and its feature is; It is in size to cover the electromagnetic lock. 15) According to Claim 1, the buttstock electromagnetic lock apparatus is an electronic part, its feature is that when energized, the magnetic metal bar in the center is withdrawn as much as the locking distance, and when the circuit is opened, the magnetic metal bar, which is in its normally open position, returns to its initial position. 16) According to Claim 1, the butt mechanical unlocking wire is Picture and its feature is; It is a 1-10mm diameter female spring and plastic protected wire of appropriate length. 17) According to claim 1, the butt mechanic unlocking wire connection apparatus Picture 4/10 (5) is metal and its feature is; It is a metal piece in tubular form, one end of which is flat and perforated, suitable for the diameter of the steel wire and the shaft of the electromagnetic apparatus, and the other end is suitable for the diameter of the steel wire. 18) According to claim 1, the rifle chamber upper body assembly frame wedge slot Picture is metal and its feature is; They are in the appropriate size for the suspension apparatus in the carrying frame. 19) According to claim 1, rifle chamber upper body central lock shaft hook slot Picture is metal and its feature is; It has a suitable structure to be attached to the hook on the carrying frame. 20) According to claim 1, rifle chamber lower body assembly frame wedge slot Picture is metal and its feature is; They are in the appropriate size for the suspension apparatus in the carrying frame. 21) Rifle chamber body assembly frame wedge according to claim 1 The picture is metal and its feature is; In order to hang and fix the chambers, it is in the appropriate size for the hanging apparatus of the chambers. 22) According to claim 1, the rifle chamber body central lock shaft hook is metal. Picture 5/10 (2) is metal. It is a movable part connected to the central shaft in the form of hooks to lock the chambers to the skeleton. 23) According to claim 1, rifle chamber body central lock shaft Picture is metal and its feature is; movable, to which the hooks used to lock the chambers to the skeleton are attached. 24) According to claim 1, the control panel is made of metal and its feature is; It is a metal cabinet with a cover that houses the mechanical unlocking wires panel, the on-off arms of the movable shafts that lock the chambers to the skeleton, and their lock mechanisms, hubs and connection cables. 25) According to claim 1, the central lock shaft handle is made of metal and its feature is; It is a movable arm fixed to the central locking shaft. 26) According to claim 1, the central locking shaft arm locking pin box is made of metal and its feature is; It is a box with 5-10mm diameter and 10-20mm long spring pin shaft on both sides. 27) According to claim 1, mechanical unlocking wires connection panel is made of metal and its feature is; It is the plate on which 10-20 pieces of steel wire are connected and mechanically working by pulling and pushing with fingers. 28) Control panel door locks according to claim 1 The picture is made of metal and its feature is; is high security. 29) According to Claim 1, the butt mechanical unlocking wire hole is Picture and its feature is; The stock is in diameter compatible with the mechanical unlocking wire. 30) According to Claim 1, the barrel mechanical unlocking wire hole is Picture and its feature is; the diameter of the barrel mechanical unlocking wire is compatible with the outer diameter. 31) According to claim 1, the lower body RFID reader is Picture and its feature is; It is in a structure that can recognize and match by reading the RFID tags embedded in the rifle.