Mechanical manufacturing mold virtual assembly training system and training method

Abstract

The invention discloses a virtual assembly training system and method for a machine manufacturing mold, which are applied to electronic equipment. The method comprises the steps of constructing a training system integrating teaching, operation and evaluation, and forming a virtual assembly scene by the training system; and a user selectively completing any one or two or all of the functions of teaching, operation and evaluation in the virtual assembly scene. The training system comprises virtual reality software, wherein the virtual reality software comprises a component model library module,a virtual reality scene generation module, an assembly teaching module, an assembly operation module and an assembly evaluation module. The invention not only provides the mode selection of training exercises for trainers, but also provides the mode selection of assembly animation teaching and proficiency assessment, which helps users to quickly grasp the assembly work of complex dies and greatlystimulates the enthusiasm of users.

Description

technical field [0001] The invention relates to virtual reality technology, in particular to a training system and training method for virtual assembly of mechanical manufacturing molds. Background technique [0002] Mold is an important equipment for industrial production, and its development level determines the overall level of national industry. The mold industry covers a variety of technical industries, including design, processing, assembly and other technologies. With the modernization of our country, although most of the assembly work has been completed by machines, it is still difficult to operate some complex parts without the hands-on operation of workers. However, most newcomers in this field lack work experience and safety knowledge. The cost of training, production accidents and mechanical damage caused by human errors are huge. The specific manifestations are: in actual training and teaching, not only limited by time and space, but boring explanations of teach...

AI Technical Summary

Problems solved by technology

With the modernization of our country, although most of the assembly work has been completed by machines, it is still difficult to operate some complex parts without the hands-on operation of workers. However, most newcomers in this field lack work experience and safety knowledge. The cost of training, production accidents and mechanical damage caused by human errors are huge. The specific manifestations are: in actual training and teaching, not only limited by time and space, but boring explanations of teaching will also reduce the enthusiasm of students to learn; In order to increase the participation of students, real disassembly and assembly learning will be carried out, so wrong operation will bring potential safety hazards, and it will also cause damage to some products that require high precision

With the continuous improvement of mold requirements, mold assembly technology has increasingly become the core skill of mold practitioners. This skill requires not only a full understanding of mold functions, but also a deep understanding of all aspects of molds. Therefore, through traditional training methods in It is very difficult to train qualified mold talents in a short period of time

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