Method for carrying out remote intelligent diagnosis on power station equipment by utilizing augmented reality AR technology

Abstract

The invention discloses a method for carrying out remote intelligent diagnosis on power station equipment by utilizing an augmented reality (AR) technology, which comprises the following steps of: fusing a virtual world and a real world by utilizing an AR holographic technology, realizing remote diagnosis through an instant messaging technology, carrying out face-to-face communication and exchangeamong multiple parties, and assisting to solve problems by hands; utilizing complete AR object connection composed of AR visual positioning, registration, recognition and tracking, and achieving human-machine connection of remote diagnosis through direct recognition and control of gestures and postures; achieving connection application of the data by utilizing an end-cloud technology, an AI datamodeling technology and a visualization technology; fusing the physical environment and the virtual environment by using AR enhanced simulation and projection technologies, and enabling the cooperative parties to share multiple parties through the pictures of the first visual angle through the AR, so that a scene in which a virtual environment and the real world are superposed is provided, the cooperation is more accurate and efficient, and the method has positive significance in improving the safety, reliability and availability of power station equipment and reducing the diagnosis and maintenance cost.

Description

technical field [0001] The present invention relates to a method for remote intelligent diagnosis, in particular to a method for remotely intelligently diagnosing power station equipment using augmented reality AR technology, based on the augmented reality AR technology to realize "human-machine-number-ring-knowledge" cycle interaction for remote fault diagnosis . Background technique [0002] Power plants (power stations) are capital and technology-intensive enterprises, and the safe and efficient operation of their equipment is the goal that enterprises are constantly pursuing. In the process of power production, any failure during the operation of important equipment not only directly affects the output and quality of electric energy, but may also cause serious equipment and personal accidents. To make the unit equipment run safely, reliably and economically, process status monitoring and fault diagnosis are important and effective technical means. In addition, due to t...

AI Technical Summary

Problems solved by technology

However, traditional remote diagnosis has technical and spatial obstacles in flexible data collection, field device connection, environment perception, personnel communication and remote knowledge transfer, which restricts the practical application effect of remote diagnosis.

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