SMART SCHOOL ACCESS SECURITY AND THREAT DETECTION SYSTEM AND METHOD

Abstract

The invention relates to a school entrance security and threat detection system and method used to ensure security in educational institutions, providing detection of dangerous objects, identity verification processes, and automatic physical intervention in case of a threat at the entry points of educational institutions.

Description

1 TARIFF SMART SCHOOL ACCESS SECURITY AND THREAT DETECTION SYSTEM AND METHOD Technical Area 5 The invention is a school entrance security system used to provide security in educational institutions. and is related to threat detection systems and methods. The invention is particularly useful for the detection and identification of hazardous objects at the entrance points of educational institutions. school that provides verification processes and automated physical intervention in case of threat This relates to the access security and threat detection system and method. State of the Art Current entrance security practices used in educational institutions mostly involve metal. detectors, security guard control, and card access systems, among others. It is based on independently operating components. These systems provide basic level threat detection. And although it provides access control, there is no integrated data flow between them. Significant gaps are forming in the chain of security. 20 Metal detectors can only detect the density of metal, but not the detected metal. Human oversight is needed to transform the risk into a physical intervention. This is heard. This situation occurs when a security officer manually intervenes after a threat is detected. This can lead to delays because it requires immediate action. Intensive 25 Errors due to human error may occur during entry times or in unexpected situations. It is possible to get out. Card access control systems are used solely for authorization purposes; they allow the person to... Any assessment as to whether it is carrying a dangerous object 30 It does not. Therefore, authentication and threat detection processes are different. It operates completely independently, preventing a risky individual from entering with an authorized card. In this situation, the system is unable to perform any blocking action. Security guard control is a critical element in current systems, however, 35 Because it relies entirely on human attention, it is prone to inconsistencies, delays, and errors. 2 The assessment involves risks. When a threat is detected, the crossing must be physically blocked. The absence of an automated mechanism to block entry allows an attacker to quickly breach the entry point. It enables them to overcome it. For the reasons explained above, current solutions combine threat detection and access control into 5 incapable of combining, not offering an automatic locking or physical blocking mechanism, Passive security lacking instant notification and centralized record-keeping features. They are considered to be systems based on this approach. This structure, especially in schools... It cannot provide an adequate level of protection in environments requiring high security. In conclusion, the existence of the above problems and the inadequacy of the current solutions, This has made it necessary to make improvements in the technical field. Purpose of the Invention The present invention eliminates the aforementioned disadvantages and contributes to the relevant technical field. with a smart school entrance security and threat detection system and method that brings new advantages It is related. The main purpose of the invention is the detection of hazardous objects at the entrance points of educational institutions, 20 Identity verification processes and automated physical intervention in the event of a threat. The goal is to establish a school entrance security and threat detection system. The purpose of the invention is to automatically detect hazardous objects at school entrances. The aim is to establish a security and threat detection system. 25 Another purpose of the invention is to verify the identity of those entering the system and A security and threat detection system has been developed that prevents unauthorized access. to place. Another purpose of the invention is to automatically stop door or turnstile access the moment a threat is detected. The goal is to develop a security and threat detection system that enables the site to be locked down. Another purpose of the invention is to provide school management and security personnel with information in case of danger. The goal is to create a security and threat detection system that sends instant notifications. 35 3 Another aim of the invention is to synchronize authentication and hazardous object detection processes. The goal is to create a security and threat detection system that analyzes threats in real time. Another purpose of the invention is to record input data, log events, and make them analyzable. The goal is to establish a security and threat detection system that makes this possible. 5 Another aim of the invention is to eliminate human-related delays by automating the process. The goal is to create a security and threat detection system capable of making decisions. Another aim of the invention is to create different intervention scenarios according to the threat level. The goal is to develop a security and threat detection system that can be implemented. Another aim of the invention is to shift school entrance security from passive warning mechanisms to active ones. A security and threat detection system that transforms into intervention mechanisms has emerged. to put. 15 The structural and characteristic features and all the advantages of the invention are given in the figures below. And thanks to the detailed explanation written with references to these figures, it becomes clearer. This will be understood as such. Therefore, the evaluation should also include these forms and detailed explanations. This should be done taking this into consideration. 20 Figures that will help understand the invention. Figure 1: Schematic diagram of the security and threat detection system that is the subject of the invention. Explanation of Part References 10. Smart door or turnstile system 20. Hazardous object detection module 30. Authentication module 30 40. Control unit 50. Locking system 60. Warning and notification system 70. Central control system 80. Data and recording screen 35 4 Detailed Description of the Invention This detailed description explains the security and threat detection system and method that is the subject of the invention. preferred alternatives, solely for the purpose of better understanding the subject and It is explained in a way that will not create any limiting effects. 5 Figure 1 shows a schematic diagram of the security and threat detection system described in the invention. This has been provided. Accordingly, the security and threat detection system, in its most basic form, consists of training. positioned at the entrance of the institution, and opening and closing according to the commands it receives, Smart door or turnstile system (10) that enables controlled entry to the institution, smart 10 firearms found on the person entering the door or turnstile system (10), Hazardous object that detects elements such as cutting / piercing tools or high metal density. Detection module (20) determines whether the person entering the smart door or turnstile system (10) is authorized. RFID card, magnetic card or biometric authentication to determine if it is present authentication module (30) using at least one of the methods, dangerous object 15 data from the detection module (20) and authentication module (30) in real time The control unit (40) decides whether the passage will be opened by analyzing it. According to the data transmitted from the control unit (40), in case of threat or unauthorized entry, the door or locking system that enables physical locking of the turnstile system (10) (50), school 20 in case of risk or unusual situations detected by control unit (40). A warning and notification system that sends instant notifications to management and security personnel. (60) keeps event logs by collecting data from the control unit (40), and analyzes central control system (70) which monitors and monitors the overall status of the system, central control input data, event logs, threat reports and collected by the system (70) Data 25 that allows authorized administrators to view system status information. and includes the registration screen (80). The security and threat detection system described in the invention is located at the entrance of the educational institution. smart door or turnstile system (10) positioned by control unit (40) It is a physical access mechanism that opens, closes, or locks according to given commands. 30 Smart door or turnstile system located at the entrance of the educational institution (10), Security by physically blocking passage in the event of unauthorized entry or threat detection. It forms the first barrier of the line. Smart door or turnstile system (10), normal while allowing controlled passage under conditions, with a locking system (50) in case of risk. Working together, they completely close off the entrance area. 35 On the smart door or turnstile system (10), smart door or turnstile system (10) access firearms, cutting / piercing tools, or high metal objects found on the perpetrator Hazardous object detection consists of sensor components that detect factors such as density. module (20) is included. The said hazardous object detection module (20) is for metal Detection sensors, advanced object detection sensors, and density analysis when needed. 5 It consists of subunits that perform the following. The hazardous object detection module (20) is one of the subunits mentioned. By transmitting the data it detects from the units to the control unit (40) in real time, it detects the threat It provides the basic input for the evaluation process. On the smart door or turnstile system (10), smart door or turnstile system (10) 10 RFID cards, magnetic cards are used to determine if the person entering is authorized. or at least one identity document that uses at least one of the biometric authentication methods The authentication module (30) has been installed. The said authentication module (30), By transmitting the verification result of the person entering to the control unit (40), the passage It contributes to the formation of the decision. Control 15 when unauthorized entry is detected. The locking system (50) is activated via unit (40). Connected with the hazardous object detection module (20) and the authentication module (30). and control unit (40), hazardous object detection module (20) and authentication Local decision 20 analyzes data from module (30) in real time It is a component. As a result of this analysis, the passage in the smart door or turnstile system (10) is opened (10) decides that it will not open and gives the smart door or turnstile system a command It sends a message. If a threat or unauthorized entry is detected, the smart door or The locking system (50) in the turnstile system (10) is activated. Control unit (40) also, all decision and event data it produces are centrally controlled 25 By transmitting it to the system (70), it ensures that it is recorded. Located in the smart door or turnstile system (10) and connected to the control unit (40) The locking system (50) acts in accordance with the command transmitted by the control unit (40). 30 that enables the physical locking of the smart door or turnstile system (10) It is a mechanism. Threat detection, authentication failure, or an unusual situation. When detected, it activates and completely stops the passage. Locking system (50), rapid and automatic shutdown of the safety line in emergency situations It provides. 35 6 Warning and notification system (60) connected to control unit (40), control unit (40) In case of risks or unusual situations identified by security, the school administration should be notified. a communication system that sends instant notifications to its personnel and, when necessary, to external security units. It is a component of the Warning and Notification System (60), different notifications according to the threat level. can implement scenarios and work in coordination with the central control system (70) 5 It shortens the intervention time. The central control system (70), which is connected to the control unit (40), from the control unit (40) collecting incoming data, keeping event logs, analyzing and general system It is a high-level management unit that monitors the situation. It tracks all incoming traffic, threat 10 It records detections, verification results, and lockout events. The central control system (70) monitors its performance, stores historical logs and It reports when necessary. It is also coordinated with the warning and notification system (60). By working together, it ensures the holistic management of security processes. Data and recording screen (80) connected to the central control system (70), central control input data, event logs, threat reports and collected by the system (70) allows authorized administrators to view system status information. It is the user interface. Operators can review past records through this screen. They can monitor the current status and access system logs. 20 The procedural steps of the security and threat detection method described in this invention are as follows: a) Smart door or turnstile system located at the entrance of the educational institution (10) firearms, cutting / piercing tools or found on the person entering elements such as high metal density hazardous object detection module (20) 25 perception by b) Whether the person entering the smart door or turnstile system (10) is authorized that it is not, the RFID card, magnetic card by the authentication module (30) or by using at least one of the biometric verification methods verification, 30 c) From the hazardous object detection module (20) and the authentication module (30) Transmission of the obtained data to the control unit (40), d) The control unit (40) analyzes the data transmitted to it in real time. by deciding whether the person is eligible to cross the border, 7 e) Smart door if the control unit (40) decides that the passage is appropriate or sends an opening command to the turnstile system (10) and passage happening, f) Locking if the control unit (40) detects a threat or unauthorized entry. by sending commands to the system (50) smart door or turnstile system (10) 5 Physical locking by means of the locking system (50), g) In case of threat, unauthorized entry or unusual situations, the control unit's (40) warning and send notifications to the notification system (60) and the relevant units instantly being informed, h) All decision, event and status data generated by the control unit (40) 10 transmit to the central control system (70), i) Data transmitted from the control unit (40) of the central control system (70). recording, analyzing and monitoring the overall status of the system, j) Input data recorded by the central control system (70), event Authorized 15 via the data and log screen (80) of records and threat reports to be viewed by users.

Claims

8 REQUESTS 1. Used for security purposes in educational institutions and for training. Detection of dangerous objects and identity verification at the entry points of institutions School entrance 5 provides automatic physical intervention in case of operations and threats. It is a security and threat detection system, and its features include: - positioned at the entrance of the educational institution and acting according to the commands it receives. A smart door that opens and closes, allowing controlled entry to the institution. or turnstile system (10), - located on the smart door or turnstile system (10) and the smart door or 10 The firearm found on the person entering the turnstile system (10), detecting elements such as cutting / piercing tools or high metal density Dangerous object detection module (20), - located on the smart door or turnstile system (10) and the smart door or 15 Check whether the person entering the turnstile system (10) is authorized or not. RFID card, magnetic card or biometric to identify authentication that uses at least one of the verification methods module (30), - dangerous object detection module (20) and authentication module (30) hazardous object detection module (20) and ID 20 are connected with analyze data from the verification module (30) in real time control unit (40) which decides whether the passage will be opened or not, - Located in the smart door or turnstile system (10) and control unit (40) According to the data transmitted from the control unit (40) which is connected with the threat or in case of unauthorized entry, the physical door or turnstile system (10) 25 locking system which enables it to be locked (50), - connected to the control unit (40) and by the control unit (40) In case of identified risks or unusual situations, the school administration and Alert and notification system that sends instant notifications to security personnel. (60), 30 - connected to the control unit (40) and coming from the control unit (40) by collecting data, maintaining event logs, analyzing them, and managing the system overall. central control system (70) which monitors the situation, - connected to the central control system (70) and central control input data, event logs, threat 35 collected by the system (70) 9 reports and system status information by authorized administrators It includes a data and recording screen (80) that allows it to be displayed.

2. Used for providing security in educational institutions and for training purposes. Detection of dangerous objects and identity verification at entry points of institutions 5 School entrance procedures and automated physical intervention in case of threat. It is a security and threat detection method, and its characteristic feature is; a) Smart door or turnstile located at the entrance of the educational institution firearms, cutting / piercing weapons found on the person who logs into the system (10) Hazardous object detection criteria include factors such as tools or high metal density. 10 Detection by module (20), b) Whether the person entering the smart door or turnstile system (10) is authorized that it is not, the RFID card, magnetic by the authentication module (30) using at least one of the card or biometric authentication methods verification, 15 c) From the hazardous object detection module (20) and the authentication module (30) transmitting the obtained data to the control unit (40), d) The control unit (40) receives the data transmitted to it in real time. by analyzing the situation, it decides whether the person is suitable for the transition. e) If the control unit (40) decides that the transition is appropriate, smart 20 Sending an opening command to the door or turnstile system (10) and passage happening, f) If the control unit (40) detects a threat or unauthorized entry, by sending commands to the locking system (50) smart door or turnstile Physical locking of the system (10) by means of the locking system (50), 25 g) In case of threat, unauthorized entry or unusual circumstances, the control unit (40) sending notifications to the warning and notification system (60) and the relevant units' instant being informed as h) All decision, event and status data generated by the control unit (40) transmit to the central control system (70), 30 i) Data transmitted from the control unit (40) of the central control system (70). recording, analyzing and monitoring the overall status of the system, j) Input data recorded by the central control system (70), event Authorized access to records and threat reports via the data and records screen (80) 35 views by users It includes the steps of the process.

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