AR smart point inspection system based on space anchor points

Abstract

The invention relates to the technical field of inspection systems, in particular to an AR smart point inspection system based on space anchor points. The system comprises a streaming media server, an application server, a machine room server, a computer, a mobile terminal, a portable WiFi router and AR glasses; the streaming media server, the application server, the computer room server, the computer, the mobile terminal and the portable WiFi router are connected through the Internet; the portable WiFi router provides data access service for the AR glasses, and the streaming media server carries audio and video streaming media service and has the technical characteristics of providing bidirectional real-time voice, high-definition video images and low delay, and providing multi-expert consultation mode and historical picture storage in business. The AR intelligent point inspection brings convenience for enterprise daily equipment point inspection and fault processing; when problems which are difficult to solve are encountered, the problems can be rapidly and accurately solved through remote expert cooperation, the point inspection efficiency of field engineers is improved, and the point inspection cost is reduced.

Description

technical field [0001] The invention relates to the technical field of inspection systems, in particular to an AR smart point inspection system based on spatial anchor points. Background technique [0002] The goal of AR technology is to use photoelectric display technology, interactive technology, computer graphics technology and visualization technology to generate virtual objects that do not exist in the real environment, and to accurately "place" the virtual objects in the real environment through registration technology, so that users In a converged environment, the real and the virtual cannot be distinguished. What the user perceives is only the only existing world that combines the real and the virtual, and can interact with it. Therefore, a typical system should generally include the following components Part ① user ② real scene acquisition module, according to different perspective methods, it is divided into two types: video type and optical type ③ tracking registr...

AI Technical Summary

Problems solved by technology

[0005] Problems of the current spot inspection management system: uneven resources: uneven distribution of senior engineers, serious imbalance in the ratio; communication difficulties: remote experts communicate with on-site engineers by telephone, etc., communication difficulties and complicated details are difficult to accurately explain; cannot be liberated Both hands: hand-held PDA for point inspection, both hands are occupied

Unable to efficiently deal with on-site problems; slow response: it is difficult to solve problems quickly, real-time, efficient and accurate in case of on-site emergency; high cost: high maintenance costs on site, high travel costs, personnel costs, etc.; difficult data collection: usually collected data Most of them are result data; work process data is difficult to collect; and the data is single; management is messy: it is impossible to systematically manage on-site services, platform management data is difficult to trace, and management is chaotic

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