Mechanical equipment visual interaction and equipment state monitoring system and method based on augmented reality

Abstract

The invention discloses a mechanical equipment visual interaction and equipment real-time monitoring system and method based on augmented reality, and the system consists of four modules: an equipmentdata module, an AR system server module, a mobile application end module, and a real equipment scene module. The equipment data module collects and summarizes mechanical equipment state parameter data, and transmits data to the AR system server module through a wireless network. Model processing and data superposing work is completed in the AR system server. An equipment AR virtual scene is constructed, corresponding scene contents are sent to the AR virtual scene according to the requirements of a mobile application terminal module. A scene image and a graphic identification code of a real equipment scene are shot by a camera of a mobile application terminal, to match a tracking identifier, provide man-machine interaction, render the scene, and output an AR image. According to the invention, through augmented reality interaction management of production field equipment, the difficulty and error source of daily operation are reduced, and the operation quality and efficiency of the equipment in a production environment are improved.

Description

technical field [0001] The invention relates to the field of visual interaction and monitoring of mechanical equipment, in particular to a system and method for visual interaction and equipment status monitoring of mechanical equipment based on augmented reality technology. Background technique [0002] In the contemporary business environment, the application of Internet technology and information technology is rapid, but the machinery industry is facing a serious lag in development. The design methods used by many machinery companies are relatively backward, and advanced interactive motion simulation and product analysis technologies have not been used. The optimization of mechanical equipment can achieve excellent results through the use of advanced visualization technologies such as augmented reality and virtual reality. However, in the mechanical industry, there are few applications in product optimization, and the traditional methods are backward. For equipment sales,...

AI Technical Summary

Problems solved by technology

The design methods used by many machinery companies are relatively backward, and advanced interactive motion simulation and product analysis technologies have not been used

The optimization of mechanical equipment can achieve excellent results through the use of advanced visualization technologies such as augmented reality and virtual reality. However, in the machinery industry, there are few applications in product optimization, and the traditional methods are backward.

For equipment sales, most enterprises in the machinery industry still stay in the traditional procurement mode. Order customization is the trend of market development. Providing users with customizable parameter option settings will be more competitive in the market, but the machinery industry has not yet adopt this model

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