Intelligent airport can use design method to reflect the hierarchy of information. The facilities in the airport, such as security devices, car ferries and check-in islands, account for a relatively small proportion in the whole scene, but they also play a very important role. When each equipment is transferred to which station to display, it needs to be labeled with different styles, and each style represents different state effects, thus highlighting the main information to be expressed in the current state.
In the data visualization industry of airport interaction, it is necessary to convey the information content accurately and efficiently, so it is necessary to restore the scene information in the production, ensure the seamless connection between the project and the real scene, and ensure the readability and usability of the project.
The image restores the whole process of security inspection such as queuing, ticket inspection and scanning. In the process of human body security scanning in the smart airport, the advanced "three-dimensional human body millimeter wave imaging security instrument" is used, and the traditional mode of "metal detection door+hand inspection" is abandoned, which can effectively monitor the items hidden in various parts of the human body, especially non-metallic items, and clearly check the shape, size and position of hidden items in the image. So as to reduce the inconvenience to the inspected tourists and reduce the inspection blind area in the traditional way.
For the open hand luggage interception channel, the visualization platform supports the integration of security information, customs declaration, inspection and other system data. Based on thermal imaging infrared thermometer, microclimate terminal and chemical toxic gas monitoring equipment, the entry and exit drugs, food, daily necessities, animals and plants and other elements in the luggage can be monitored in a large visual screen, and the current baggage scanning status information can be fed back in time. Greatly reduce the inspection pressure of the field staff and effectively get rid of the occurrence of inspection omissions.
Passengers can quickly find the real-time position of their luggage on the turntable through simple 2D pop-up information next to their luggage, such as luggage number, ownership and other attributes, which fundamentally solves the problem that tourists can't know the current situation of their luggage, where their luggage has arrived and when they can get it.
With centralized, refined and visual management, the whole process of closed-loop tracking of checked baggage is realized. Comprehensively optimize the level of baggage transportation services, greatly improve the efficiency of inbound baggage delivery, and enhance passengers' satisfaction and sense of acquisition of civil aviation services.
Real-time passenger flow analysis and strengthening monitoring management are important parts of airport management. Haituopu Civil Aviation Airport supports displaying the passenger's heat distribution map in 3D scene according to the divided areas in the terminal building, supplemented by 2D panel to explain the warning information of abnormal areas in detail. Managers can judge whether evacuation strategy is needed according to real-time heat map of people flow, early warning information, passenger flow distribution and other parameters. It not only helps managers to control the passenger flow and density, but also helps to formulate strategies for various service facilities.
In the field of civil aviation, providing passengers with convenient, fast and comfortable experience has become a new direction of intelligent construction of major airports in China. Civil aviation airport "security +AI" has realized the scene application of various robots such as inspection, temperature measurement and disinfection. Support 7*24 hours uninterrupted, full coverage, no dead angle patrol and fixed-point duty in the passenger activity area of the terminal building without intervention according to the preset functional route.
Service robot: it supports passengers' questions and answers, and is an intelligent welcome at the entrance of the terminal building;
Check the robot: check the abnormal body temperature and the comparison of people and cards, and realize the "OneID" brush face inspection;
Inspection and temperature measurement robot: comprehensively and dynamically deploy coverage, monitor and ensure the internal and external security of the terminal;
Intelligent disinfection robot: comprehensively improve the intelligent level of airport prevention and control.
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Relying on infrared measuring instrument, thermal imaging and other technologies, the powerful rendering function of HT engine is superimposed, and the current working situation or historical working trajectory of the robot is truly restored in the form of real-time animation. Simultaneously upload monitoring data such as passenger temperature reading, disinfection area and abnormal inspection identified by three-dimensional space.
Airport is a modern civil aviation infrastructure system. Speeding up digital transformation and building a higher-level smart city have become a new track for urban competition. Based on the HT engine, it provides a powerful link to support visualization services for the digital transformation of domestic civil aviation, integrates Internet of Things solutions, creates a three-dimensional visualization solution for smart airports that adapts to the scene, and better promotes the construction of "safe, green, intelligent and humanistic" four airports.