Virtual augmented reality based chemical whole-flow operating system and method

Abstract

The invention relates to virtual augmented reality based chemical whole-flow operating system and method. The invention aims to enable the trainee to approach actual operation to the greatest extent,to improve the training effect. The technical scheme is as follows: the virtual augmented reality based chemical whole-flow operating system is characterized by comprising a three-dimensional digitalscene simulation model, a virtual reality interaction module, a three-dimensional virtual character action module, a virtual reality / augmented reality interface module, a data information acquisitionmodule, an information perception and integration module, a multi-source data searching module and an equipment connection control module, wherein the three-dimensional digital scene simulation moduleis used for establishing a three-dimensional digital model; and the virtual reality interaction module is used for realizing interaction between a user and the three-dimensional digital model established by the three-dimensional digital scene simulation module, through virtual reality hardware equipment. The system and method provided by the invention are applicable to the field of computer aideddesign and industrial design.

Description

technical field [0001] The invention relates to a virtual and augmented reality-based operating system and method for the entire chemical process. It is applicable to the field of computer-aided design and industrial design. Background technique [0002] Students in the chemical engineering department of the school and new employees of chemical companies do not understand the chemical process, and are not familiar with the operating procedures and operating specifications of the equipment. They cannot be competent for practical work only by learning books and operating systems. Using simulation system for training is a very effective training method. At present, graphics, computer graphics (2D), and computer animation (3D) are used to simulate the factory site for training. However, the existing training methods are difficult to simulate in an extremely realistic manner. The corresponding scene of the training, the training effect on the trainees is still not ideal. Conte...

AI Technical Summary

Problems solved by technology

[0002] The students of the chemical engineering department of the school and the new employees of chemical enterprises do not understand the chemical process, and are not familiar with the operating procedures and operating specifications of the equipment. They cannot be competent for practical work only by learning books and operating systems.

Using simulation system for training is a very effective training method. At present, graphics, computer graphics (2D), and computer animation (3D) are used to simulate the factory site for training. However, the existing training methods are difficult to simulate in an extremely realistic manner. The corresponding scene of the training, the training effect on the trainees is still not ideal