A multi-mode intelligent security inspection system

Abstract

This utility model relates to a multi-mode intelligent security inspection system, comprising an application review system, a security inspection channel system equipped with alarm mechanisms, and a monitoring system. The application review system includes an application interaction terminal and a review terminal, both capable of video recording, and a first monitoring camera. The security inspection channel system includes a vehicle security inspection channel system and a personnel security inspection channel system, both equipped with AB gates and communicatively connected to the application review system. The vehicle security inspection channel system includes a driver security inspection device and a second monitoring camera. The personnel security inspection channel system, from entrance to exit, sequentially includes an item inspection and storage device equipped with a first identity recognition mechanism, a personnel carry-on metal inspection device and a roller shutter, and a third monitoring camera. The monitoring system includes a police monitoring unit, an armed police monitoring unit, and a remote monitoring unit, all equipped with monitoring terminals. This utility model can achieve automated security inspections and synchronize information across multiple departments, improving work efficiency.

Description

Technical Field

[0001] This utility model relates to the field of prison security inspection, and in particular to a multi-mode intelligent security inspection system. Background Technology

[0002] The A and B gates are the only access routes for visitors entering prisons or detention centers, and for escorting prisoners into prisons. They are the only channels connecting the prison interior to the outside world, and also one of the escape routes for prisoners, making security a critical concern. The existing security checks at the prison's A and B gates have the following problems: 1) Visitor entry and exit rely on paper applications and registrations, which are prone to loss or falsification; 2) Security checks are mainly conducted manually, but due to the imbalance in the police-to-prisoner ratio, officers face high workloads and long-term fatigue, making efficiency difficult and creating security vulnerabilities; 3) Real-time information synchronization between different departments within the prison is not possible, hindering collaborative management; 4) Personnel are only screened before entering the A and B gates, without real-time monitoring within the gates, creating the risk of swapping verified personnel with those already entering the A and B gates. Utility Model Content

[0003] To address the shortcomings of existing systems, this utility model provides a multi-mode intelligent security inspection system.

[0004] The technical solution adopted by this utility model to solve its technical problem is: a multi-mode intelligent security inspection system, including: an application review system, a security inspection channel system equipped with alarm mechanisms, and a monitoring system. The application review system is equipped with an application interaction terminal and a review terminal that can both capture images, and the application review system is also equipped with a first monitoring camera; The security checkpoint system includes a vehicle security checkpoint system and a personnel security checkpoint system, both equipped with AB gates and connected to the application review system. The vehicle security checkpoint system is equipped with a driver security check device for inspecting the driver and the vehicle, and a second monitoring camera. The personnel security checkpoint system is equipped with an item inspection and storage device, a personnel carry-on metal inspection device, and a roller gate, all equipped with a first identity recognition mechanism, from the entrance to the exit. The personnel security checkpoint system is also equipped with a third monitoring camera. The monitoring system includes a police officer monitoring unit, an armed police monitoring unit, and a remote monitoring unit, each equipped with a monitoring terminal. The monitoring terminal of the police officer monitoring unit is communicatively connected to the security checkpoint system. The monitoring terminal of the armed police monitoring unit is communicatively connected to both the application review system and the security checkpoint system. The monitoring terminal of the remote monitoring unit is communicatively connected to the application review system, the security checkpoint system, the police officer monitoring unit, and the armed police monitoring unit.

[0005] Preferably, the driver security inspection device includes a driver identification mechanism for identifying the driver and vehicle, a life detector for inspecting the vehicle, and a vehicle under-scanner.

[0006] Preferably, roadblocks are provided in front of and / or inside the AB gates of the vehicle security checkpoint system to prevent vehicle collisions.

[0007] Preferably, the item inspection and storage device includes an X-ray security scanner and an item control cabinet, the personnel personal metal inspection device is a metal detector gate, and the item control cabinet, the metal detector gate, and the roller shutter gate are all equipped with a first identity recognition mechanism, which is a face recognition camera capable of recognizing faces.

[0008] Preferably, both the police officer monitoring unit and the armed police monitoring unit are equipped with a fourth monitoring camera.

[0009] Preferably, the personnel metal detection device is equipped with an infrared temperature sensor.

[0010] Preferably, the AB gates of the personnel security checkpoint system are equipped with a second identity verification mechanism for identifying police officers.

[0011] Preferably, the alarm mechanism is a speaker capable of emitting different sounds and / or an LED light capable of producing different colors of light.

[0012] Preferably, the monitoring terminal includes a host and a monitoring display screen for displaying monitoring images.

[0013] Preferably, the application review system also includes a card issuing machine.

[0014] The beneficial effects of this utility model are as follows: The application review system of the application interactive terminal solves the problems existing in traditional paper application and registration. Different detection mechanisms are set up in the security check channel system to conduct real-time inspections of personnel and vehicles. The first identity recognition mechanism on each detection mechanism conducts multiple controls on the personnel entering, which improves security. The monitoring system can also obtain information from the application review system and the security check channel in real time, realize real-time information synchronization between multiple departments, improve work efficiency, and avoid the occurrence of hidden dangers such as falsification of documents and personnel, and concealment of dangerous items or personnel during security checks. Attached Figure Description

[0015] Figure 1 This is a schematic diagram of the layout of the safety monitoring system according to an embodiment of this utility model; Figure 2 This is a structural block diagram of an embodiment of the present utility model; Component names and serial numbers in the diagram: 1-Application review system, 10-Application interaction terminal, 11-Review terminal, 12-First monitoring camera, 13-Card issuing machine, 2-Alarm mechanism, 3-Security checkpoint system, 30-AB gate, 31-Vehicle security checkpoint system, 310-Vehicle security checkpoint, 311-Driver security check device, 312-Second monitoring camera, 313-Roadblock, 3110-Driver identification mechanism, 3111-Life detector, 3112-Undercar scanner, 32-Personnel security checkpoint system, 320-Personnel security checkpoint, 321-Item inspection and storage device, 322-Personnel metal detector, 323-Rolling gate, 324-Third monitoring camera, 325-First identity recognition mechanism, 326-Second identity recognition mechanism, 3210-X-ray security scanner, 3211-Item control cabinet, 3220-Infrared temperature sensor. 4-Monitoring system, 40-Police officer monitoring unit, 41-Armed police monitoring unit, 42-Remote monitoring unit, 43-Monitoring terminal, 44-Fourth monitoring camera, 430-Host, 431-Monitoring display screen. Detailed Implementation

[0016] To more clearly illustrate the purpose, technical solution, and advantages of the embodiments of this utility model, the present utility model will be further described below in conjunction with the accompanying drawings and embodiments. A clear and complete description will be provided. Obviously, the described embodiments are some, but not all, embodiments of this utility model. All other embodiments obtained by those skilled in the art based on the embodiments of this utility model without creative effort are within the protection scope of this utility model.

[0017] The communication connection in the embodiment is a wireless or wired communication connection, and the corresponding device is equipped with a wired or wireless communication module.

[0018] Examples of embodiments of this utility model Figure 1 and Figure 2 As shown, a multi-mode intelligent security inspection system includes: an application review system 1, a security checkpoint system 3 equipped with alarm mechanisms 2, and a monitoring system 4. When a visitor needs to visit a prison, they first submit an application in the application review system 1. After review and approval, they enter the security checkpoint system 3 for security checks. The monitoring system 4 monitors the application review system 1 and the security checkpoint system 3 in real time. When an abnormality is detected, the alarm mechanism 2 is activated. The alarm mechanism 2 is a speaker that can emit different sounds and / or an LED light that can produce different colors of light. Different sounds or different colors of light are emitted according to different abnormal situations, so that the degree of danger of the abnormality can be clearly determined when it occurs.

[0019] The application review system 1 is equipped with an application interaction terminal 10 and a review terminal 11, both capable of video recording. The system also includes a first surveillance camera 12. The application interaction terminal 10 is used by visitors to apply for access, such as the self-service machine in the prison administration department for registering visitor applications. The review terminal 11 is used by prison officers to review visitor applications, such as a tablet or desktop computer. The first surveillance camera 12 monitors the real-time status of visitors submitting applications and review officers conducting reviews. The video recording on the application interaction terminal 10 and the review terminal 11 is achieved by installing cameras on them. To achieve this, when a visitor needs to enter the prison, the visitor personally submits an application, identity information for authentication, and an image of the applicant captured by the camera on the application terminal 10 through the application interaction terminal 10. This application information is transmitted to the verification terminal 11. Prison officers verify the received information on the verification terminal 11 and transmit the application information and the verification result to the monitoring system 4 for monitoring and to the security checkpoint system 3 as verification materials during security checks. At this time, the application verification system 1 also has a card issuing machine 13, which is connected to the verification terminal 11. After the visitor's application is approved, the card issuing machine 11 issues an identification card to the visitor for easy identification and monitoring after the visitor enters the prison.

[0020] The security checkpoint system 3 includes a vehicle security checkpoint system 31 and a personnel security checkpoint system 32, both equipped with AB gates 30 and connected to the application review system 1. In other words, the vehicle security checkpoint system 31 uses one AB gate 30 to check vehicles and drivers, while the personnel security checkpoint system 32 uses another AB gate 30 to check visitors. The separate setup achieves the separation of people and vehicles. During the inspection process, the vehicle security check lane system 31 and the personnel security check lane system 32 compare the information with the application information transmitted by the application review system 1. If an anomaly is detected, an alarm is triggered. The vehicle security check lane system 31 includes a vehicle security check lane 310, a driver security check device 311 installed in the vehicle security check lane 310 to check the driver and the vehicle, and a second monitoring camera 312. The second monitoring camera 312 monitors the vehicle security check process in real time. The driver security check device 311 includes a driver identification mechanism 3110 for identifying the driver and the vehicle, a life detector 3111 for checking the vehicle, and a vehicle under-scanner 3112. The driver identification mechanism 3110 includes a vehicle identification system for identifying the vehicle and a driver identification system for identifying the driver. It can be installed outside gate A and gate B of the AB gates 30 of the vehicle security check lane system 31, or both gate A and gate B. The vehicle identification system can adopt any existing vehicle identification system, such as the parking lot entry and exit system in the prior art. The automatic gate identification system can be implemented, and the driver identification system can be a facial recognition camera. The life detector 3111 uses an existing micro-vibration life detector to detect whether there is any life hidden inside the vehicle. The undercarriage scanner 3112 can use any existing undercarriage scanner installed on the ground that can scan the undercarriage. In the vehicle security check channel system 31, the driver and vehicle information is first collected by the driver identification mechanism 3110, and the collected information is compared and verified with the information transmitted in the application review system 1. At the same time, the collected driver and vehicle information is transmitted to the monitoring system 4. After the review is approved, the driver drives into the AB gate 30. Inside the AB gate 30, the vehicle is turned off, and the interior and undercarriage of the vehicle are inspected by the life detector 3111 and the undercarriage scanner 3112. The inspection information is transmitted to the monitoring system 4. If no abnormalities are found after the inspection, the vehicle drives out of the AB gate 30. During the inspection process of the vehicle security check channel system 31, if any abnormalities are found, an alarm is triggered by the alarm mechanism 2. At this time, in order to prevent the driver from maliciously crashing into the AB gate 30, a roadblock 313 is set in front of and / or inside the AB gate of the vehicle security check channel system 31 to prevent vehicle collision. For example, the roadblock 313 is a fully automatic lifting anti-collision bollard set in front of the AB gate 30 of the vehicle security check channel system 31. It is set between the driver identification mechanism 3110 and the AB gate 30. It is connected to the driver identification mechanism 3110. After the driver identification mechanism 3110 verifies and confirms, it transmits the control command to the lifting anti-collision bollard. The lifting anti-collision bollard lowers after receiving the control command.

[0021] The personnel security checkpoint system 32 includes a personnel security checkpoint 320, an item inspection and storage device 321 equipped with a first identification mechanism 325 arranged sequentially from the entrance to the exit of the personnel security checkpoint 320, a personnel carry-on metal detection device 322, and a roller shutter 323. The personnel security checkpoint system 32 also includes a third monitoring camera 324. The item inspection and storage device 321 is used to inspect the items carried by visitors and store items that are not necessary to be brought into the prison. The personnel carry-on metal detection device 322 is used to check whether visitors are hiding metal or mobile phones on their person. The third monitoring camera 324 is used to monitor the security check process in the personnel security checkpoint 320 in real time. The item inspection and storage device 321 includes an X-ray security scanner 3210 and an item control cabinet 3211. The item control cabinet 3211 is equipped with an electromagnetic lock, which is opened or closed according to the identification comparison result of the first identification mechanism 325. The personnel carry-on metal detection device 322 is a metal detection gate that can use existing technology. Any metal detector gate that uses electromagnetic induction for security checks, such as a multi-zone metal detector gate; the item control cabinet 3211, metal detector gate, and roller shutter gate 323 are all equipped with a first identification mechanism 325. The first identification mechanism 325 is a facial recognition camera that can recognize faces. The first identification mechanism 325 is used to compare and authenticate the personnel passing through each step of the security check with the application information transmitted by the application review system 1, thereby improving security. In this way, the prison visitor first enters the AB gate 30 through the A gate of the AB gate 30, and then the X-ray security scanner 3210 checks the items carried by the person. After the items are checked, non-essential items are stored in the item control cabinet 3211. Then, the metal detector gate checks whether the person is hiding metal or communication devices. Finally, the roller shutter gate 323 confirms the person's identity again. If any abnormality is found during any check, the corresponding alarm mechanism will be triggered. After multiple checks and confirmations, the person enters the prison through the B gate. The personnel security check channel system 32 is equipped with a second identity recognition mechanism 326 at the AB gate 30 for identifying the police officers. The second identity recognition mechanism 326 can use one or more of the following methods to identify and authenticate the identity of the accompanying police officers: fingerprint recognition, facial recognition, and RFID recognition. In this way, the accompanying police officers are identified and authenticated before the visiting personnel enter the personnel security check channel system 32.

[0022] The monitoring system 4 includes a police monitoring unit 40, an armed police monitoring unit 41, and a remote monitoring unit 42, each equipped with a monitoring terminal 43. The monitoring terminal 43 of the police monitoring unit 40 is communicatively connected to the security checkpoint system 3. The police monitoring unit 40 is used by prison police to monitor the security checkpoint system 3 in real time and handle alarm situations. The monitoring terminal 43 of the armed police monitoring unit 41 is communicatively connected to both the application review system 1 and the security checkpoint system 3. The armed police monitoring unit 41 is used to receive and process information transmitted from the security checkpoint system 3 and the application review system 1. Based on the processing results, the armed police then exercise corresponding control over the A and B gates 30 of the security checkpoint system 3. The monitoring terminal 43 of the remote monitoring unit 42 is communicatively connected to the application review system 1, the security checkpoint system 3, the police officer monitoring unit 40, and the armed police monitoring unit 41. The remote monitoring unit 42 serves as the command center for monitoring the application review system 1, the security checkpoint system 3, the police officer monitoring unit 30, and the armed police monitoring unit 41. The monitoring terminal 43 includes a host 430 and a monitoring display screen 431 for displaying the monitoring images. The host 430 monitors the application review system 1 and the security checkpoint system 3, processes the received information, and then issues corresponding control commands. The monitoring display screen 431 displays the real-time monitoring images, providing a more intuitive monitoring of the security check process. Both the police officer monitoring unit 40 and the armed police monitoring unit 41 are equipped with a fourth monitoring camera 44, which is used to monitor the police officer monitoring unit 40 and the armed police monitoring unit 41 in real time and transmits the monitoring information to the remote monitoring unit 42.

[0023] Further improvements, such as Figure 1 and Figure 2 As shown, the personnel metal detection device 322 is equipped with an infrared temperature sensor 3220. The infrared temperature sensor 3220 is used to detect whether the prison visitor has a high fever, thereby preventing the spread of some hidden diseases in the prison. It can be installed on the lintel of the metal detection door.

[0024] Although the present invention has been described in detail above with general description and specific embodiments, some modifications or improvements can be made to it, which will be obvious to those skilled in the art. Therefore, all such modifications or improvements made without departing from the spirit of the present invention fall within the scope of protection claimed by the present invention.

Claims

1. A multi-modal intelligent security screening system, characterized in that, include: The application review system is equipped with security checkpoints with alarm mechanisms and monitoring systems. The application review system is equipped with an application interaction terminal and a review terminal that can both capture images, and the application review system is also equipped with a first monitoring camera; The security checkpoint system includes a vehicle security checkpoint system and a personnel security checkpoint system, both equipped with AB gates and connected to the application review system. The vehicle security checkpoint system is equipped with a driver security check device for inspecting the driver and the vehicle, and a second monitoring camera. The personnel security checkpoint system is equipped with an item inspection and storage device, a personnel carry-on metal inspection device, and a roller gate, all equipped with a first identity recognition mechanism, from the entrance to the exit. The personnel security checkpoint system is also equipped with a third monitoring camera. The monitoring system includes a police officer monitoring unit, an armed police monitoring unit, and a remote monitoring unit, each equipped with a monitoring terminal. The monitoring terminal of the police officer monitoring unit is communicatively connected to the security checkpoint system. The monitoring terminal of the armed police monitoring unit is communicatively connected to both the application review system and the security checkpoint system. The monitoring terminal of the remote monitoring unit is communicatively connected to the application review system, the security checkpoint system, the police officer monitoring unit, and the armed police monitoring unit.

2. The multi-mode intelligent security inspection system of claim 1, wherein, The driver security inspection device includes a driver identification mechanism to identify the driver and vehicle, a life detector to inspect the vehicle, and a vehicle under-scanner.

3. The multi-mode intelligent security inspection system of claim 2, wherein, The vehicle security checkpoint system has roadblocks installed in front of and / or inside the AB gates to prevent vehicles from crashing into them.

4. The multi-mode intelligent security inspection system of claim 1, wherein, The item inspection and storage device includes an X-ray security scanner and an item control cabinet. The personnel metal inspection device is a metal detector gate. The item control cabinet, the metal detector gate, and the roller shutter gate are all equipped with a first identity recognition mechanism, which is a face recognition camera capable of recognizing faces.

5. The multi-mode intelligent security inspection system of claim 1, wherein, Both the police officer monitoring unit and the armed police monitoring unit are equipped with a fourth monitoring camera.

6. The multi-modal intelligent security screening system of claim 1, wherein, The personnel metal detection device is equipped with an infrared temperature sensor.

7. The multi-modal intelligent security screening system of claim 1, wherein, The personnel security checkpoint system has A and B gates equipped with a second identification mechanism for identifying police officers.

8. The multi-mode intelligent security inspection system of claim 1, wherein, The alarm mechanism is a speaker that can emit different sounds and / or an LED light that can produce different colors of light.

9. The multi-modal intelligent security screening system of claim 1, wherein, The monitoring terminal includes a host and a monitoring display screen for displaying monitoring images.

10. The multi-modal intelligent security screening system of claim 1, wherein, The application review system is also equipped with a card issuing machine.

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