SMART SECURITY / LOCK SYSTEM FOR HARD-MODIFIED CARRYING BAGS (TRANSPORT CASES) FEATURING MULTI-FACTOR AUTHENTICATION, AS WELL AS CONTROL AND REMOTE MONITORING CAPABILITIES.

Abstract

The invention relates to a multi-factor security and locking system developed for hard carrying cases (carrying boxes) that eliminates the need to carry keys. Specifically, the invention relates to an intelligent security / locking system that provides access control through hardware authentication layers during the transfer of high-value or sensitive items (weapons, valuable jewelry, documents, etc.), instantly monitors physical impacts, sabotage, and unauthorized opening attempts, detects successive incorrect password / card attempts to create security protection, and enables remote monitoring of the case's opening / closing timestamps, real-time geographical location, and route via cellular networks.

Description

1 TARIFF MULTI-DEVELOPED FOR HARD CARRYING BAGS (TRANSPORT CASES) FACTOR-BASED AUTHENTICATION ALSO INCLUDES CONTROL AND SMART SECURITY / LOCK SYSTEM WITH REMOTE MONITORING CAPABILITY TECHNICAL AREA 5 The invention is a key carrier developed for hard carrying cases (carrying boxes). It relates to a multi-factor security and locking system that eliminates the need for such a system. The invention especially high-value or delicate items (weapons, precious jewelry, documents, etc.) During the transfer; access control with hardware authentication layers ensuring that physical damage, sabotage, and unauthorized attempts to open the lid of the bag are prevented. Real-time monitoring detects consecutive incorrect password / card attempts, thus enhancing security. protection is created and instant geographical data is obtained with bag opening / closing time stamps. smart devices that enable remote monitoring of location and route via cellular networks It is related to the security / locking system. PREVIOUS TECHNIQUE 15 The traditional lock used today on hard carrying cases / transportation boxes in these systems, the loss, theft or unauthorized use of mechanical keys The risk of it being easily physically copied is quite high. On the other hand, the contents of bags The field is quite simple mechanical cipher combinations (e.g., 3-digit rotary dial ciphers) Because it offers a limited number of combinations, it can be easily exploited by malicious actors in a very short time. Disabling the locking mechanism through trial and error or by monitoring the sound / sensory cues of the locking mechanism. It can be left behind. Rigid carrying cases in the current state of the art are based entirely on the principle of passive protection. It is based on. Puncturing, breaking, crushing the bag, or trying to remove it from its hinges are all grounds for damage. 25 or sabotaging physical interventions such as forcing the locking mechanism with external tools During this time, the system is unable to produce any response. This situation indicates that the bag owner or security forces from the physical attack and structural damage that occurred at that time 2 completely preventing them from being informed, with no local or remote alarm mechanism. It is not being activated. In current systems, failed authentication is performed on the lock mechanism. Attempts (inserting the wrong key, entering the wrong password, etc.) are detected by the lock and 5 It cannot be filtered. Even if the system is manipulated hundreds of times consecutively, the lock remains. It cannot discern that the mechanism is under cyber or physical duress. This situation, This allows malicious actors to make continuous and covert attempts to unlock the device. He knows. Modern hard carrying cases / carrying boxes do not contain operational memory or It does not contain a log (record) unit. It does not specify the exact date, time, and date the bag was placed. the number of minutes it was opened, how long it remained open, and which user accessed it This information cannot be traced back in any way. This is especially important. 15 to remove and fully protect against internal threats (unauthorized access by those appearing to be authorized). This creates a security vulnerability. Modern hard-shell carrying cases / transportation boxes are prone to theft or misuse. If the bag gets lost during transport, the integrated 20 will locate its contents. There is no tracking infrastructure. From the moment the bag leaves the user's field of vision... From that point on, it becomes completely untraceable; the bag's instantaneous geographical location and movement route. and even information on whether its cover was opened at an unauthorized location during transit. It cannot be monitored remotely. This constitutes a very significant security vulnerability. The purpose of the invention is 25 The purpose of this invention is to eliminate the copying and ease of use associated with physical keys and mechanical codes. To address the issue of tampering, hard carrying cases / carrying boxes should have fingerprint readers. keypad and RFID / NFC technologies with multi-factor authentication The aim is to enable it to be opened, thus creating a more secure structure. 3 The purpose of this invention is to design the interior of the main body of rigid carrying cases / transportation boxes. Through impact sensors placed on its walls, it detects things like breakage, puncture, or force. Sabotaging physical interventions are instantly detected by the hardware, triggering a local audible alarm. (buzzer) and provides real-time protection alerts via remote networks (GSM). The purpose of this invention is to determine exactly when the bag was opened and for how long it remained open. and which authentication factor (password, fingerprint, or RFID) was used to unlock it, in milliseconds. to store stamped records in internal memory and allow for retrospective queries. He knows. The purpose of this invention is to enable the integration of GPS and SIM card modules into the system. The bag's real-time coordinates on Earth, the travel route, and the geographical location of the lid. The information that the location has been activated is transmitted to the user seamlessly and remotely via cellular networks. It is about providing timely information. The product subject to the invention is shown in the attached figures; Figure 1: Hard carrying case with integrated smart security / locking system in closed state. general perspective view Figure 2 - Assembly relationship of the mechanical parts, seals and lock panel that make up the case. Exploded perspective view showing 20 Figure 3: Internal component layout and system with the hard carrying case lid open. A perspective view showing the components. Figure 4: Exploded perspective showing the mounting of the control panel to the case body. appearance, Figure 5: Detailed view showing the front panel hardware. 25 Figure 6: Internal electronic, control and remote monitoring components of the security / lock system. Interior detail view showing the layout. Explanation of References in Figures 1. Bag cover 2. Sealing gasket 30 3. Bag lid inner sponge 4 4. Electromechanical solenoid locking mechanism 5. Control panel 6. Panel gasket 7. Panel mounting frame 8. Mounting screws 5 9. Main body of the bag 10. Impact sensor 11. Carrying handle 12. Fingerprint reader 13. RFID module 10 14. Keypad 15. Type-C charging unit 16. SIM card module (GSM module) 17. GPS module 18. Buzzer (Audible warning) 15 19. Main control board 20th lock slot 21. Bag lock 22. Bag lock counterpart Description of the Invention: The subject of the invention is an intelligent security / locking system, basically a bag connected to the bag lid (1). It is integrated onto the main body (9). The product in which the invention will be used is again a bag. The inner sponge (3) of the bag cover is placed inside the (1) cover and when the cover is closed 25 a sealing gasket (2) that provides liquid, dust or moisture insulation between the body and the cover It may include items to facilitate the logistical transfer and mobile portability of the bag. The main body of the bag (9) may have at least one physical carrying handle (11). Control 30 forms the external interface of the system, which is open to external user interaction. panel (5) will not disrupt the integrity of the bag and will be ergonomically positioned between the latches. It is positioned on the front center surface of the bag in an accessible location. This control is located on the front center surface of the bag. panel (5) protects against harsh weather conditions, liquid contact or dust ingress from the outside environment. a panel gasket (6) placed at the bottom to prevent it from being affected and a surrounding area The bag is attached to the panel mounting frame (7) using high-strength mounting screws (8). It is securely fixed to the main body (9). On the front surface of the control panel (5) facing the outside environment, unauthorized physical key carrying 5 eliminating the need for multi-factor biometric / electronic authentication The following hardware components are provided. Unique authorized users... A fingerprint reader (12) that reads biometric fingerprint data, a defined RFID card or An RFID module that provides contactless authentication at close range using smart tags. (13) and a physical or capacitive structure that allows the entry of a numerical password / PIN. The keypad (14) is located on the front. In addition, the system requires a wireless power supply. its internal battery, which allows it to operate without being detected, can be safely charged from the outside. A sealed Type-C charging unit (15) is also located on the panel. The bag's flap is physically locked and protected against unauthorized opening attempts. electromechanical solenoid lock mechanism that enables the creation of a mechanical barrier (4), centrally located inside the main body of the bag (9) and at the lid joint line. It is positioned. This mechanism (4) activates the bag when the bag lid (1) is closed. It fits into the lock slot (20) located on the lid (1) and closes the bag lid (1) keep the body (9) in a mechanically locked position and only authorized 20 By retracting its motorized or solenoid-driven pin when the hardware power-on signal arrives. It allows the bag lid to be opened. Increasing the physical security of the system to prevent sabotage attempts from outside. In order to prevent and deter theft scenarios such as cable cutting, all main Data processing, communication and monitoring modules are located in the rear inner part of the control panel (5) 25 It is gathered in a protected and secure area. In this area, the brain of the system, and all a main control board (19) (microprocessor / processor) that manages the data flow between components It is absolutely inaccessible to malicious individuals physically while the bag is closed. this main control board (19) is located integrated on or immediately behind it The equipment includes the following: Remote server via cellular network or user's mobile 30 A SIM card module (16) that transfers instant data to the device, the bag's world a GPS module (17) that continuously captures instantaneous geographic coordinates and locally high There is a buzzer (18) (audible alarm) that can produce an alarm in decibels. 6 Any external attempts at sabotage against the bag, such as breaking, puncturing, cutting, or forcing it open, may occur. To instantly detect unauthorized physical intrusions on a regional level, the main bag At least one sensitive impact sensor (10) is placed on the inner side walls of its body (9). These impact-resistant pads, which can be positioned in multiple locations on the bag's body, are 5 inches tall. The sensors (10) transmit vibration and structural shock signals from the body directly to the control panel. (5) instantaneously via electrical lines to the main control board (19) behind it It transmits. The user can unlock the bag using a fingerprint reader (12), an RFID module (13) or 10 The user enters the identity data using at least one of the keypad (14) elements. The entered data is displayed on the panel. The main control board (19) protected behind it is processed by the verification unit within it. and if approved, the card signals the electromechanical solenoid lock mechanism (4). It releases the lock by pushing it (it comes out of the lock housing) Impact occurs when the bag is subjected to a sudden blow, jolt, or attempt to break it from the outside. The sensor (10) detects the status instantly. The main control board (19), protected behind the panel, When initiating a local audible alarm via buzzer (18), simultaneously the back of the panel Through the SIM card module (16) to the user's mobile device or to the authorized monitoring center It sends an immediate "Unauthorized Interference and Sabotage" alarm. 20 When the wrong password is entered repeatedly via the keypad (14) or other authentication interfaces or when an unidentified ID card is scanned, the main control card (19) behind the panel this He considers the situation a trial-and-error attack. With Buzzer (18) a local deterrent While the warning tone is being generated, the user is notified via the SIM card module (16) that "Attempted Wrong Access" 25 The notification and the instantaneous timestamp of the attempt are transmitted remotely to protect the system. It is taken. When the bag lid (1) is opened or closed in an authorized manner, this process is fully completed. when (date, hour, minute and second) it happened is recorded in the memory of the main control board (19) 30 The timestamp is recorded in the log unit. Simultaneously, the SIM card behind the panel... The module (16) reports to the user; thus, the bag is determined in the logistics process. Whether it is open outside of working hours is monitored remotely. 7 The GPS module (17), hidden behind the panel, is the transfer system when it is in motion. It generates geographic coordinate data throughout the process. These coordinates are within the same protected area SIM. The map is transferred to the map-based mobile application via the card module (16). The user, the system The instantaneous geographical location of the bag it is mounted on, the route it traveled, and most importantly, the lid 5 remotely and uninterruptedly, we can know the exact world coordinates where the opening action is taking place. It checks and monitors as follows: The system described in the invention includes an electromechanical solenoid locking mechanism, as well as As with today’s products, the bag flap (1) is attached to the main body of the bag (9) 10 At least one bag lock (21) which will allow it to be locked from the sides and with the said lock At least one paired handbag lock counterpart (22) may be included. The said handbag lock (21) The bag's main body (9) and the bag's lock strike (22) are on the bag's lid (1) as it can be positioned; in an alternative configuration bag lock (21) bag lid (1) The bag lock strike plate (22) can also be positioned on the main body of the bag (9). 15 The said bag lock (21) and bag lock strike plate (22) are latch lock mechanisms. It can be configured in the form of different ways to ensure that the lid (1) locks to the body (9). They can also be preferred in the form of mechanical fastening elements. 25

Claims

8 REQUESTS 1. It is a smart security / locking system for hard carrying cases (transportation boxes), the feature of which is; -Integrated into the front face of the main body (9) of the bag to isolate it from external environmental conditions. a control panel (5), 5 -Multi-factor authentication located on the outer surface of the said control panel (5). a keypad (14) configured to provide input for password entry, keypad (14) a fingerprint reader (12) or an RFID module (13) used together, -the rear interior of the said control panel (5) to prevent physical interference from the outside located in the protected area in that section; authentication data, incorrect password attempts 10 and a main control board that processes the cover status signals (19), -the top cover (1) with the unlocking signal from the main control board (19) inside the main body of the bag (9) that releases / locks it. an installed electromechanical solenoid locking mechanism (4), - lock housing (20) located on the bag lid (1) through which the solenoid lock mechanism (4) passes, 15 -In order to prevent sabotage, the main control panel (5) is located in the protected area on the rear inner part. positioned integrated with the control card (19); the instantaneous geographical location of the system, the route it followed, incorrect password alarms, and time data related to lid status signals. a SIM card module (16) configured to transmit to a remote user and a GPS It includes module (17). 20 2. An intelligent security / locking system for the hard carrying cases (carrying boxes) in Claim 1, Features include a keypad (14), a fingerprint reader (12) used with the keypad (14) and a It contains an RFID module (13).

3. Smart security / locking system for hard carrying cases (transport boxes) in Claim 1 or 2 25 Its feature is that it is positioned on the inner walls of the main body of the bag (9), and it protects against external threats. Detecting unauthorized physical interventions and impacts, it sends an electrical signal to the main control board (19). at least one pulse sensor configured to transmit over the lines (10) It includes.

4. The smart security / lock system in claim 1 or 2 or 3, its feature is; control panel (5) internal located on it and in the protected area behind the control panel (5) 9 a sealed Type-C charger (15) that allows the battery to be charged externally It includes.

5. A suitable smart security / lock system as specified in claim 1 or 2 or 3 or 4, whose feature is control. located in the protected area on the rear inner part of the panel (5) and coming from the impact sensor (10) sabotage signals or consecutive incorrect passwords detected by the main control board (19) in their tests a buzzer configured to produce a local audible alarm (18) It includes.

6. The smart security / lock system in claim 1 or 2 or 3 or 4 or 5, its feature is control. 10 panel (5) must be fixed to the main body of the bag (9) in such a way that it will not leak liquid or dust. It includes a panel gasket (6) and a panel mounting frame (7).

7. A smart security / lock system as described in claim 1 or 2 or 3 or 4 or 5 or 6, Its feature is that the bag flap (1) will lock to the bag main body (9) from the sides. at least one handbag lock (21) and at least one handbag lock counterpart that works in conjunction with the said lock (22) includes. 15 8. The smart security / lock system in claim 1 or 2 or 3 or 4 or 5 or 6 or 7, Its main feature is to facilitate logistics transfer and mobile portability of the bag. It must include at least one physical carrying handle (11) on its body (9).

9. Smart security / lock system in claim 1 or 2 or 3 or 4 or 4 or 6 or 7 or 8 20 and its feature is; bag lid inner sponge (3) placed inside the bag lid (1) and When the bag lid (1) is closed, it provides liquid, dust or moisture insulation between the body and the lid. It contains a sealing gasket (2) which provides a seal. 30

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