Intelligent port security and protection method and system

Abstract

The invention relates to the technical field of port intelligent security and protection, in particular to a port intelligent security and protection method and system. The system comprises an information supervision center module. The information supervision center module is internally provided with a personnel registration and face recognition module used for personnel recognition, a cargo safety protection module used for cargo information recording, an intelligent monitoring module used for abnormal behavior demonstration and abnormal behavior snapshot, and a security personnel training module used for recording personnel training. According to the invention, information supervision is carried out on the personnel registration and face recognition module, the cargo safety protection module, the intelligent monitoring module and security personnel training through the information supervision center module, and abnormal behaviors shot by the intelligent monitoring module are synchronously sent to the alarm snapshot video and photo module through the information supervision center module for processing.

Description

Technical Field

[0001] The present invention relates to the technical field of intelligent port security, and in particular to an intelligent port security method and system. Background Art

[0002] As a key node connecting the inland and the ocean, ports have an increasing demand for operational efficiency, safety and intelligence as their business scale rapidly expands. In this context, the construction and optimization of smart security systems have become a key driving force for promoting the modernization and transformation of ports.

[0003] Ports play an important role as nodes between the ocean and land. Similarly, port security protection is also of paramount importance. Due to the large scope of ports, dozens to hundreds of cameras are needed to complete all-weather real-time monitoring. However, due to the mechanical structure of the camera, it is inevitable that there will be mistakes in the process of capturing illegal persons or the influence of bad weather, and emergency shooting will occur. The content of emergency shooting needs to be manually reviewed to prevent illegal persons from causing danger or loss of resources. Therefore, the staff has a large amount of review and cannot handle it efficiently. At the same time, the occurrence of port dangers is also divided into different levels. Therefore, the traditional method cannot effectively divide the danger level, resulting in abuse of resources and limitations in use. Summary of the invention

[0004] In view of the deficiencies in the prior art, the present invention provides a method and system for intelligent security in ports. When the early warning system level classification module receives alarm information, it needs to be classified according to different early warnings. First, the fourth-level alarm is the smallest, and then the first-level alarm is the largest. The corresponding different alarms complete the classification of different risks. It can play an effective security role in encountering dangers in the port and prevent the abuse of resources. It solves the problem that traditional methods cannot effectively classify danger levels, resulting in abuse of resources.

[0005] To achieve the above objectives, the present invention is implemented through the following technical solutions: a port intelligent security system, characterized in that it is provided with an information supervision center module for information supervision, The information supervision center module includes: Personnel registration and facial recognition modules for personnel identification; Cargo security protection module, used for cargo information recording; Intelligent monitoring module, used to demonstrate abnormal behavior and capture abnormal behavior; Security personnel training module, used to record personnel training.

[0006] As an improvement of the present invention, the intelligent monitoring module records the abnormal behavior demonstration and intelligently captures the abnormal behavior demonstration.

[0007] As a further improvement of the present invention, the abnormal behavior demonstrations include climbing on vehicles, wearing of reflective vests and safety helmets, registering behaviors of abnormal evasion, and lingering behaviors around goods.

[0008] As a further improvement of the present invention, once abnormal or potential safety hazards are detected during abnormal behavior capture, the system will immediately capture the behavior and issue a warning alarm, and accurately locate the risk location.

[0009] As a further improvement of the present invention, the security personnel training module stores safety management systems and operating procedures, and conducts personnel training and records according to the safety management systems and operating procedures.

[0010] As a further improvement of the present invention, the goods safety protection module records information about the goods, including the start and end times of hoisting, the names of the hoisting personnel, the detailed information of the hoisted goods, the status of the hoisting equipment, and the hoisting process.

[0011] A port intelligent security method, which includes the following steps: Step 1: The information supervision center module supervises the information of the personnel registration and face recognition module, the goods safety protection module, the intelligent monitoring module, and the security personnel training module. The abnormal behaviors captured by the intelligent monitoring module are synchronously sent to the alarm capture video and photo module for processing through the information supervision center module; Step 2: Conduct a large number of screening operations on the alarm capture video and photo module, screen out the invalid videos and photos captured at night or under bad weather conditions, analyze and compare the abnormal behaviors in the alarm videos, screen out the videos without people again, analyze them again through the AI intelligent analysis module, and finally manually compare the photos and videos, and issue a warning alarm for the videos with potential safety hazards; Step 3: When receiving the alarm information, it is necessary to classify according to different warnings. First, the fourth-level alarm is the smallest, and it increases to the first-level alarm, which is the largest. The corresponding different alarms complete the classification of different risks, and corresponding measures are taken according to the corresponding alarm situations.

[0012] In the present invention, through the information supervision center module, it is possible to supervise the information of the personnel registration and face recognition module, the goods safety protection module, the intelligent monitoring module, and the security personnel training, and the abnormal behaviors captured by the intelligent monitoring module are synchronously sent to the alarm capture video and photo module for processing through the information supervision center module. By adding corresponding abnormal behavior demonstrations, it is possible to ensure that more than half of the useless alarm effects in the captured photos and videos are reduced, and it is also possible to predict the summary and effective capture of the abnormal behaviors of illegal personnel. BRIEF DESCRIPTION OF THE DRAWINGS

[0013] Figure 1 Flow chart of a port intelligent security system of the present invention; Figure 2 Flow chart for grading the warning system of a port intelligent security system of the present invention; Figure 3 Flow chart for analyzing abnormal behaviors of a port intelligent security system of the present invention. Detailed implementation manners

[0014] Next, the technical solutions in the embodiments of the present invention will be clearly and completely described in conjunction with the accompanying drawings in the embodiments of the present invention. Obviously, the described embodiments are only a part of the embodiments of the present invention, rather than all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by those of ordinary skill in the art without creative efforts fall within the scope of protection of the present invention.

[0015] As Figures 1 to 3 shown, the present invention includes an information supervision center module, and the information supervision center module is provided with: A personnel registration and face recognition module for personnel recognition; A goods security protection module for recording goods information; An intelligent monitoring module for abnormal behavior demonstration and capturing of abnormal behaviors; A security personnel training module for recording personnel training. In the present invention, a warning system grading module, a remote feedback module, and an alarm capturing video and photo module are provided at the linear output end of the information supervision center module. The intelligent monitoring module also includes abnormal behavior demonstration. The abnormal behavior demonstration usually inputs the abnormal behavior demonstration, which can more quickly capture and identify the behaviors of lawbreakers. The specific abnormal behavior demonstrations of the module include: climbing on vehicles, wearing reflective vests and safety helmets, registering abnormal evasion behaviors, and lingering behaviors around goods. The demonstrated behaviors are intelligently captured. The internal of the alarm capturing video and photo module includes an alarm video screening module for screening out invalid videos and photos captured at night or under bad weather conditions to reduce the workload. Subsequently, an analysis and comparison of abnormal behaviors are performed on the alarm videos. The alarm video comparison and analysis, AI intelligent analysis module, and manual re-comparison module. The AI intelligent analysis module screens the videos without human figures again, and then analyzes them again through the AI intelligent analysis module. The final photos and videos are then compared manually, which can greatly reduce the workload. The manual re-comparison module is electrically connected to the remote feedback module. The warning system grading module also includes: first-level alarm, second-level alarm, third-level alarm, and fourth-level alarm.

[0016] Within the scope of the present invention, in the security personnel training module, the professional capabilities and safety qualities of operating personnel are crucial for the security of port cargo. Enterprises should require their affiliated enterprises to allocate qualified hoisting operation personnel in accordance with the requirements of laws and regulations, and strengthen their safety education and training as well as emergency drills.

[0017] Within the scope of the present invention, the AI intelligent analysis module includes AI video intelligent analysis technology that can be used for the monitoring of key areas at entrances and exits, realizing the transformation from passive defense to active early warning, improving the efficiency of safety supervision. The linear output end of the manual re-comparison module is electrically connected to the remote feedback module. The early warning system level division module further includes: level 1 alarm, level 2 alarm, level 3 alarm, and level 4 alarm. Alarms for videos with potential safety hazards are completed through the remote feedback module and different-level alarms in the early warning system level division module.

[0018] Within the scope of the present invention, abnormal behavior demonstration includes abnormal behavior capture. Once abnormal or potential safety hazards are detected, the system will immediately issue behavior capture and a level 4 alarm, and accurately locate the risk location. The function of the level 3 alarm is to display a small accident risk early warning on a large screen, and the function of the level 2 alarm is port early warning. When the early warning system level division module receives alarm information, it needs to be divided according to different early warnings. First, the level 4 alarm is the smallest, followed by the level 1 alarm which is the largest. Different corresponding alarms complete the division of different risks, and can play an effective security role in case of danger in the port, preventing the abuse of resources.

[0019] Within the scope of the present invention, the function of the level 1 alarm is port early warning. A processor is set in the port early warning. The processing function of the processor is to remotely call and pre-arrange an emergency phone. Through the pre-arranged emergency phone, personnel and emergency rescue personnel can be notified in advance when danger occurs, reducing the waste of a lot of time in subsequent alarm operations and increasing safety guarantees.

[0020] Within the scope of the present invention, the security personnel training specifically means that establishing and improving a comprehensive safety management and control system is the basis for enhancing the security of port cargo. Enterprises should clarify the key operation steps of hoisting operations, standardize the operation behaviors of operating personnel, and strengthen the safety education and training as well as emergency drills for employees. The cargo safety protection module specifically includes: recording the cargo loading and hoisting method during the operation process, including recording the start and end times of hoisting, the names of hoisting personnel, detailed information about the hoisted cargo (such as weight, dimensions, type), the status of hoisting equipment (such as crane model, hook condition), and any special situations or events during the hoisting process.

[0021] The present invention performs a large number of screening operations on the videos and photos captured during the alarm, screens out invalid videos and photos captured at night or in severe weather conditions, thereby reducing the workload; then analyzes and compares the alarm videos for abnormal behaviors, screens the videos without portraits again, and analyzes them again through the AI intelligent analysis module after screening; the final photos and videos are manually compared, which can greatly reduce the workload; the alarm photos and videos collected from a wider port can be screened layer by layer and then manually processed, which reduces the workload and prevents the waste of human resources by screening invalid videos.

[0022] The present invention divides the warning information into different levels according to different warnings when the early warning system level classification module receives the alarm information. First, the fourth level alarm is the smallest, and then the first level alarm is the largest. The corresponding different alarms complete the division of different risks, which can play an effective security role in the event of danger in the port and prevent the abuse of resources.

[0023] A port intelligent security method of the present invention comprises the following steps: Step 1: The information supervision center module can supervise the information of the personnel registration and facial recognition module, cargo safety protection module, intelligent monitoring module and security personnel training, and the abnormal behavior captured by the intelligent monitoring module is synchronously sent to the alarm capture video and photo module through the information supervision center module for processing; Step 2: Perform a large number of screening operations on the videos and photos captured by the alarm, screen out invalid videos and photos captured at night or in bad weather conditions to reduce workload, then analyze and compare the alarm videos for abnormal behaviors, screen out videos without portraits again, and analyze them again through the AI intelligent analysis module after screening. The final photos and videos are then manually compared, which can greatly reduce workload. For videos with potential safety hazards, the remote feedback module is used to complete the alarm and different levels of alarm in the early warning system level classification module; Step 3: When the early warning system level classification module receives the alarm information, it needs to be classified according to different warnings. First, the fourth-level alarm is the smallest, and then the first-level alarm is the largest. The corresponding different alarms complete the classification of different risks, which can play an effective security role in the port when encountering dangers and prevent the abuse of resources.

[0024] Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that various changes, modifications, substitutions and variations may be made to the embodiments without departing from the principles and spirit of the present invention, and that the scope of the present invention is defined by the appended claims and their equivalents.

Claims

1. A port intelligent security system, characterized in that, It has an information supervision center module for information supervision. The information supervision center module includes: Personnel registration and facial recognition modules for personnel identification; Cargo security protection module, used for cargo information recording; Intelligent monitoring module, used to demonstrate abnormal behavior and capture abnormal behavior; Security personnel training module, used to record personnel training.

2. The intelligent port security system according to claim 1, characterized in that The intelligent monitoring module records the abnormal behavior demonstration and intelligently captures the abnormal behavior demonstration.

3. The intelligent security system for a port according to claim 2, wherein Demonstrations of abnormal behavior include climbing on vehicles, wearing of reflective vests and helmets, registration of abnormal evasive behavior, and loitering around cargo.

4. The intelligent security system for a port according to claim 3, characterized in that, Abnormal behavior capture: Once an abnormality or potential safety hazard is detected, the system will immediately capture the behavior and issue a warning alarm, and accurately locate the risk location.

5. A port intelligent security system according to claim 1, characterized in that, The security personnel training module stores the safety management system and operating procedures, and personnel training is carried out and records are kept according to the safety management system and operating procedures.

6. The intelligent port security system according to claim 1, characterized in that The cargo safety protection module records information about the cargo, including the start and end time of lifting, the name of the lifting personnel, detailed information of the lifted cargo, the status of the lifting equipment, and the lifting process.

7. A port intelligent security method, characterized in that, The steps include: Step 1: The information supervision center module supervises the information of the personnel registration and facial recognition module, the cargo safety protection module, the intelligent monitoring module and the security personnel training module. The abnormal behavior captured by the intelligent monitoring module is synchronously sent to the alarm capture video and photo module through the information supervision center module for processing; Step 2: Perform a large number of screening operations on the video and photo modules captured by the alarm, screen out invalid videos and photos captured at night or in bad weather conditions, analyze and compare the alarm videos for abnormal behaviors, and screen the videos without portraits again. After screening, analyze them again through the AI intelligent analysis module. The final photos and videos are manually compared, and early warning alarms are issued for videos with safety hazards. Step 3: When an alarm message is received, it needs to be divided according to different warnings. First, the fourth-level alarm is the smallest, and then the first-level alarm is the largest. The corresponding different alarms complete the division of different risks, and corresponding measures are taken according to the corresponding alarm conditions.

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