Management system for foreign person and vehicle identification
Through the collection of information by facial recognition and license plate recognition equipment, combined with data analysis and gate modules, outside personnel and vehicles are managed, the problem of inefficiency of the existing system is solved and efficient and safe real-time monitoring and management is achieved.
Patent Information
- Application Number
- CN202510429670.3
- Authority / Receiving Office
- CN · China
- Patent Type
- Applications(China)
- Current Assignee / Owner
- Filing Date
- 2025-04-08
- Publication Date
- 2025-07-18
AI Technical Summary
The existing outsiders and vehicle management systems are inefficient, prone to errors or omissions, and it is difficult to achieve real-time monitoring and management.
Face recognition and license plate recognition equipment are used to collect information, combine data analysis module to generate management strategies, and pass through gate modules, and real-time monitoring is carried out in combination with positioning modules.
Improve management efficiency, enhance security, realize real-time monitoring and management, reduce labor costs, and be configurable and scalable.
Smart Images
Figure CN120340154A_ABST
Abstract
Description
Technical Field
[0001] The present invention relates to the field of security technology, and is a management system for identifying foreign personnel and vehicles that integrates face recognition, license plate recognition, data analysis, control, turnstiles, and positioning, etc. Background Art
[0002] Existing management systems for foreign personnel and vehicles mainly manage them through manual registration and patrol. This method is not only inefficient but also prone to errors or omissions. In addition, there are problems of untimely and incomplete monitoring of foreign personnel and vehicles, making it difficult to achieve real-time monitoring and management. Summary of the Invention
[0003] The main object of the present invention is to provide a management system for foreign personnel and vehicles, a management system combined with turnstiles and positioning, to solve the problems in the prior art. This system can improve management efficiency, enhance security, monitor the flow of personnel and vehicles in real time, and at the same time facilitate the investigation and supervision of regulatory authorities.
[0004] The management system for identifying foreign personnel and vehicles of the present invention is realized through the following technical solutions, including: a. A data acquisition module for collecting information of foreign personnel and vehicles; b. A data analysis module for analyzing and processing the collected information to generate corresponding management strategies; c. A control module for managing foreign personnel and vehicles according to the management strategies; d. A turnstile module for controlling the passage of foreign personnel and vehicles according to the instructions of the control module; The data acquisition module transmits the collected information to the data analysis module for further processing; the data analysis module transmits the management strategies to the control module; the control module sends specific control instructions to the turnstile module to execute passage control; the turnstile module receives the instructions of the control module and executes them.
[0005] The data acquisition module is used to collect information of foreign personnel and vehicles, including a face recognition device and a license plate recognition device. This module can collect facial information, license plate information, etc. of foreign personnel, and transmit the collected data to the data analysis module through a data interface.
[0006] The data analysis module analyzes and processes the collected information to generate corresponding management strategies, including an archive management module, a risk notification module, a safety quiz module, a reservation application module, and a map module for controlling outsiders. The archive management module is used to manage the archive information of outsiders and vehicles; the risk notification module is used to notify outsiders of potential risks; the safety quiz module is used to conduct safety knowledge assessments on outsiders; the reservation application module is used to receive reservation applications from relevant personnel and process reservation requests; the map module for controlling outsiders is used to display the locations and distributions of outsiders.
[0007] The control module manages outsiders and vehicles according to the management strategies, including a permission authorization module and a warning module. The permission authorization module is used to issue access permits to outsiders and vehicles based on the data analysis results and preset conditions; the warning module is used to issue warnings to outsiders and vehicles that do not comply with the management strategies.
[0008] The turnstile module controls the access of outsiders and vehicles according to the instructions of the control module, including an electric turnstile or a hydraulic turnstile. This module can automatically control the opening and closing of the turnstile according to the instructions sent by the control module, thereby controlling the entry and exit of outsiders and vehicles.
[0009] The said data collection module includes: a. A face recognition device, which is used to collect the facial information of outsiders, captures face images through a camera, and uses face recognition algorithms to compare the captured images with a preset database to verify the identity of the personnel. b. A license plate recognition device, which is used to collect the license plate information of vehicles, captures the license plate images of vehicles through a camera, analyzes the license plate numbers in the images through license plate recognition algorithms, and compares them with the license plate database in the system to confirm the identity and permissions of the vehicles.
[0010] The said data analysis module further includes: a. An identity verification module, which is used to verify the identity of outsiders, adopts identity verification technologies to obtain and compare personnel information, and the identity verification technologies include face recognition, fingerprint recognition, and ID card reading. b. A vehicle inspection module, which is used to inspect the information of vehicles, is responsible for inspecting relevant vehicle information, including license plate numbers, vehicle types, and whether they belong to blacklisted vehicles, to ensure the safety and compliance of vehicles.
[0011] The said control module further includes: a. The permission authorization module issues access permissions to external personnel and vehicles based on the analysis results. It determines whether to grant access permissions to external personnel and vehicles according to the information provided by the data analysis module or preset rules, receives data from the data analysis module or other relevant modules, makes internal logical judgments, generates permission results, and transfers the results to the control module or directly controls the access equipment. b. The warning module issues warnings for external personnel and vehicles that do not comply with the management strategy. For external personnel and vehicles that do not comply with the management strategy or safety requirements, it issues warning messages to attract the attention of management personnel or the system and take corresponding measures. According to the analysis results provided by the data analysis module or preset warning rules, it judges whether there are non-compliant situations. If so, it triggers the warning mechanism, issues warnings in the form of sound, light, and display screen, and records the warning messages in the log.
[0012] The described gate module is an electric gate or a hydraulic gate.
[0013] The positioning module is used to track and manage the locations of external personnel and vehicles. The described positioning module uses the GPS or Beidou system for positioning. This module can monitor the location information of external personnel and vehicles in real time and transmit it to the data analysis module for analysis and processing.
[0014] Efficient management: Through the file management function, this system can efficiently manage the information of external personnel and vehicles, including personnel files, vehicle files, etc. Through the risk notification function, it timely notifies relevant personnel of potential risks, improving safety. Through the safety quiz function, it conducts safety knowledge assessments on external personnel, enhancing their safety awareness. Through the reservation application function, it facilitates relevant personnel to make reservation applications, improving efficiency. Through the external personnel control map function, it can intuitively display the locations and distributions of external personnel, facilitating management.
[0015] Security: By combining with the gate and positioning modules, this system can effectively control the entry and exit and activity ranges of external personnel, ensuring that they do not enter restricted areas or engage in dangerous activities. At the same time, through functions such as risk notification and safety quiz, it can conduct comprehensive safety reviews and assessments on external personnel to ensure that they are not dangerous.
[0016] Real-time monitoring: Through the positioning module, this system can monitor the locations and activity tracks of external personnel and vehicles in real time, promptly discover abnormal situations and handle them. At the same time, through functions such as reservation application and external personnel control map, it can reasonably schedule and manage external personnel to ensure that their activities comply with regulations.
[0017] Traceability: Through functions such as the positioning module and file management, the system can record the activity tracks and relevant information of external personnel and vehicles, providing traceability. In case of abnormal situations, the responsible person and the course of events can be quickly determined by querying historical records and other means.
[0018] Flexibility: The system has characteristics such as configurability and scalability, and can be customized and extended according to different requirements. For example, new management functions can be added, other systems or devices can be connected, etc.
[0019] Economy: The system can reduce labor costs and management costs by automating and managing the information of external personnel and vehicles. At the same time, it can be applied in multiple fields and has a broad market prospect.
[0020] The system of the present invention is mainly applied to places such as ports, production plants, banks, etc. that require strict control of the entry and exit of personnel and vehicles, aiming to improve management efficiency, enhance security, monitor the flow of personnel and vehicles in real time, and at the same time facilitate the investigation and supervision of regulatory departments. BRIEF DESCRIPTION OF THE DRAWINGS
[0021] Figure 1 is the principle block diagram of the present invention. DETAILED DESCRIPTION OF THE INVENTION
[0022] The present invention will be further described below with reference to the accompanying drawings.
[0023] As Figure 1 described, the present invention includes: a. A data acquisition module for acquiring information of external personnel and vehicles; b. A data analysis module for analyzing and processing the acquired information to generate corresponding management strategies; c. A control module for managing external personnel and vehicles according to the management strategies; d. A turnstile module for controlling the access of external personnel and vehicles according to the instructions of the control module; The data acquisition module transmits the acquired information to the data analysis module for further processing; the data analysis module transmits the management strategies to the control module; the control module sends specific control instructions to the turnstile module to execute access control; the turnstile module receives the instructions of the control module and executes them.
[0024] Among them: Data acquisition module: Function: Responsible for acquiring the basic information of external personnel and vehicles, such as license plate numbers, personnel identity information, arrival times, etc.
[0025] Relationship with other modules: Transfer the collected information to the data analysis module for further processing.
[0026] Function: Receive the information provided by the data collection module, and analyze and process it according to preset rules or algorithms to generate corresponding management strategies.
[0027] Relationship with other modules: Transfer the analysis results (i.e., management strategies) to the control module.
[0028] May need to perform continuous learning and optimization based on historical data or real-time data to improve the accuracy and efficiency of the analysis results.
[0029] Function: Perform specific management operations on foreign personnel and vehicles according to the management strategies provided by the data analysis module.
[0030] Relationship with other modules: Receive the management strategies from the data analysis module.
[0031] Send specific control instructions to the turnstile module to execute access control.
[0032] May also need to interact with other systems (such as alarm systems, monitoring systems, etc.) to achieve more comprehensive management.
[0033] Function: Perform access control on foreign personnel and vehicles according to the instructions of the control module, such as opening or closing the gate, recording the access time, etc.
[0034] Relationship with other modules: Receive the instructions from the control module and execute them.
[0035] May also need to interact with sensors (such as vehicle detectors, personnel identification devices, etc.) to obtain the access status in real time.
[0036] The data collection module described above includes: a. Face recognition device, used to collect the facial information of foreign personnel, capture face images through a camera, and use face recognition algorithms to compare the captured images with a preset database to verify the identity of the personnel; b. License plate recognition device, used to collect the license plate information of vehicles, capture the license plate images of vehicles through a camera, parse the license plate numbers in the images through license plate recognition algorithms, and compare them with the license plate database in the system to confirm the identity and permissions of the vehicles.
[0037] The working relationship between the face recognition device and the license plate recognition device is as follows: Complementary: In intelligent access control or parking lot management systems, face recognition devices and license plate recognition devices are usually used complementarily. Face recognition devices focus on personnel identity management, while license plate recognition devices focus on vehicle identity management.
[0038] Data sharing: Although they work independently, the data they collect (face information and license plate information) usually needs to be centrally managed and analyzed by the system. This means that the data generated by both will be transmitted to the same back-end management system for generating access records, performing identity authentication, triggering alarms, etc.
[0039] Collaborative work: In some complex application scenarios, face recognition and license plate recognition may need to work together to achieve a higher level of security management. For example, a visitor may need to provide both face and vehicle information to be allowed to enter a specific area.
[0040] System integration: To achieve the above functions, face recognition devices and license plate recognition devices are usually connected to the same intelligent management system via wired or wireless means. This system is responsible for coordinating the work of both and triggering corresponding security responses according to actual needs.
[0041] The described data analysis module further includes: a. An identity authentication module for verifying the identity of external personnel. Identity authentication technologies are used to obtain and compare personnel information, and identity authentication technologies include face recognition, fingerprint recognition, and ID card reading; b. A vehicle inspection module for inspecting vehicle information, responsible for checking relevant vehicle information, including license plate number, vehicle type, and whether it belongs to a blacklist vehicle, to ensure vehicle safety and compliance.
[0042] The relationship between the identity authentication module and the vehicle inspection module: Parallel operation: In most application scenarios, the identity authentication module and the vehicle inspection module operate in parallel. This means that when an external person tries to enter a certain area, his identity will be verified by the identity authentication module; at the same time, his vehicle information will also be inspected by the vehicle inspection module. These two processes are usually independent but can be carried out simultaneously.
[0043] Data sharing and integration: Although the two modules work independently, the data they collect (identity information, vehicle information) is usually integrated into the same back-end management system. In this way, managers can view and monitor the information of all incoming and outgoing personnel and vehicles in real time for security management or emergency response.
[0044] Interdependence: In some high-level security scenarios, the authentication module and the vehicle inspection module may need to be interdependent. For example, a highly secure facility may require that visitors not only authenticate their identities but also drive an authenticated vehicle to enter. In this case, the results of the two modules may jointly determine whether an access request is approved.
[0045] Common goal: Regardless of their implementation methods, the authentication module and the vehicle inspection module aim to achieve the same goal: to ensure that only legitimate and authorized personnel and vehicles can enter a specific area, thus maintaining the security and order of the premises.
[0046] The data analysis module analyzes and processes the collected information to generate corresponding management strategies, including the file management module, the risk notification module, the safety quiz module, the reservation application module, and the map module for controlling visitors. The file management module is used to manage the file information of visitors and vehicles; the risk notification module is used to notify visitors of potential risks; the safety quiz module is used to assess the safety knowledge of visitors; the reservation application module is used to receive reservation applications from relevant personnel and process reservation requests; the map module for controlling visitors is used to display the locations and distributions of visitors.
[0047] The said control module further includes: a. The permission authorization module issues access permits to visitors and vehicles according to the analysis results, determines whether to issue access permits to visitors and vehicles based on the information provided by the data analysis module or preset rules, receives data from the data analysis module or other relevant modules, makes internal logical judgments, generates permission results, and transmits the results to the control module or directly controls the access equipment; b. The warning module issues warnings to visitors and vehicles that do not conform to the management strategy. For visitors and vehicles that do not conform to the management strategy or safety requirements, warning messages are issued to attract the attention of management personnel or the system and take corresponding measures; according to the analysis results provided by the data analysis module or preset warning rules, it is judged whether there are non-conforming situations. If so, the warning mechanism is triggered, and warnings are issued through sound, light, and display, and the warning messages are recorded in the log.
[0048] The relationship between the permission authorization module and the warning module: Decision-making and execution: The permission authorization module is responsible for making the decision on whether to allow access, while the warning module is responsible for performing warning operations when the conditions are not met. The two together constitute the decision-making and execution links in the management system.
[0049] Information sharing: Both the permission authorization module and the warning module need to rely on the information provided by the data analysis module to make judgments. Therefore, there is a close connection between them in terms of information sharing. At the same time, the warning module may also need to feedback warning information to the data analysis module so that the system can be continuously optimized and improved.
[0050] Collaborative work: In practical applications, the permission authorization module and the warning module usually work together. For example, when an outsider or vehicle attempts to enter, the permission authorization module will make a judgment based on their identity information or vehicle information. If the conditions are met, a passage permit will be issued; if not, the warning module will be triggered to issue a warning.
[0051] System security: Both of them jointly maintain the security of the system. The permission authorization module ensures that only eligible personnel and vehicles can enter through strict identity verification and passage permit determination. The warning module, on the other hand, reminds the management or the system of potential security risks through timely warning information.
[0052] The positioning module is used to track and manage the locations of outsiders and vehicles. The positioning module has a collaborative relationship with the following modules, specifically as follows: With the identity verification module: When an outsider completes identity confirmation through the identity verification module (such as face recognition, fingerprint recognition, etc.), the positioning module can start tracking the location of this person. In this way, the system not only knows who has entered the area but also can monitor their movement trajectories within the area in real time.
[0053] With the vehicle inspection module: Similar to the identity verification module, when a vehicle completes information verification through the vehicle inspection module (such as a license plate recognition system), the positioning module will start tracking the location of this vehicle. This helps the system monitor the entry and exit of vehicles and their driving paths within the area.
[0054] With the back-end management system: The location data collected by the positioning module is usually transmitted to the back-end management system in real time. The back-end management system is responsible for processing this data, generating location reports, trajectory analysis, etc., providing an intuitive monitoring interface and decision-making support for the management.
[0055] With the alarm and response system: In some cases, if an outsider or vehicle enters a preset restricted area or triggers a security alarm, the positioning module will quickly provide their location information to the alarm and response system. This helps the system quickly locate and take corresponding security measures.
[0056] The system of the present invention adopts technologies such as face recognition and license plate recognition, which can quickly and accurately collect information of foreign personnel and vehicles, and conduct analysis and processing to generate corresponding management strategies. By combining with turnstiles and positioning modules, real-time monitoring and management of foreign personnel and vehicles can be achieved. This helps to respond to and manage abnormal situations in a timely manner, ensuring the correct flow of personnel and vehicles. At the same time, the system also has high configurability and scalability, and can be customized and extended according to different requirements.
Claims
1. A management system for identifying foreign personnel and vehicles, characterized in that, Including: a. A data collection module for collecting information of foreign personnel and vehicles; b. A data analysis module for analyzing and processing the collected information to generate corresponding management strategies; c. A control module for managing foreign personnel and vehicles according to the management strategies; d. A turnstile module for controlling the access of foreign personnel and vehicles according to the instructions of the control module; The data collection module transmits the collected information to the data analysis module for further processing; the data analysis module transmits the management strategy to the control module; the control module sends specific control instructions to the turnstile module to execute the access control; the turnstile module receives the instructions of the control module and executes them.
2. The management system for identifying foreign personnel and vehicles according to claim 1, wherein The described data collection module includes: a. A face recognition device for collecting the facial information of foreign personnel, capturing a face image through a camera, and using a face recognition algorithm to compare the captured image with a preset database to verify the identity of the personnel; b. A license plate recognition device for collecting the license plate information of vehicles, capturing the license plate image of the vehicle through a camera, parsing the license plate number in the image through a license plate recognition algorithm, and comparing it with the license plate database in the system to confirm the identity and permissions of the vehicle.
3. The management system for identifying foreign personnel and vehicles according to claim 1, characterized in that, The described data analysis module further includes: a. An identity verification module for verifying the identity of foreign personnel, using identity verification technologies to obtain and compare personnel information, and the identity verification technologies include face recognition, fingerprint recognition, and ID card reading; b. A vehicle inspection module for inspecting the information of vehicles, responsible for inspecting relevant information of vehicles, including license plate number, vehicle type, and whether it belongs to a blacklist vehicle, to ensure the safety and compliance of vehicles.
4. The management system for identifying foreign personnel and vehicles according to claim 1, characterized in that, The described control module further includes: a. A permission authorization module for issuing access permissions to foreign personnel and vehicles according to the analysis results, making a determination on the access permissions of foreign personnel and vehicles according to the information provided by the data analysis module or preset rules, and deciding whether to issue access permissions, receiving data from the data analysis module or other relevant modules, making an internal logical judgment, generating a permission result, and transmitting the result to the control module or directly controlling the access device; b. A warning module for issuing warnings to foreign personnel and vehicles that do not conform to the management strategies. For foreign personnel and vehicles that do not conform to the management strategies or safety requirements, warning messages are issued to attract the attention of management personnel or the system and take corresponding measures; according to the analysis results provided by the data analysis module or preset warning rules, it is judged whether there are non-conforming situations. If so, the warning mechanism is triggered, and warnings are issued through sound, light, and display methods, and the warning information is recorded in the log.
5. The management system for identifying foreign personnel and vehicles according to claim 1, characterized in that, The described turnstile module is an electric turnstile or a hydraulic turnstile.
6. The management system for identifying foreign personnel and vehicles according to claim 1, characterized in that, It also includes: A positioning module for tracking and managing the locations of foreign personnel and vehicles.
7. The management system for identifying foreign personnel and vehicles according to claim 6, characterized in that, The described positioning module uses the GPS or Beidou system for positioning.