Intelligent manufacturing factory simulation teaching system and method based on 3D virtual technology

Abstract

The invention provides an intelligent manufacturing factory simulation teaching system based on a 3D virtual technology. The intelligent manufacturing factory simulation teaching system includes an intelligent manufacturing virtual simulation scene terminal, a student operating terminal, a control platform and a teacher evaluation terminal which are all connected by the Internet of Things, wherein the intelligent manufacturing virtual simulation scene terminal is used for establish a three-dimensional simulation system of an intelligent manufacturing factory to display a three-dimensional scene of the intelligent manufacturing factory; the student operating terminal includes VR glasses, operating tools and storage devices, and the VR glasses displays the three-dimensional scene, the operation tools input data, and the storage devices take the three-dimensional scene experienced by students and data input as practice tasks of the students for saving; the control platform selectively displays part of the three-dimensional scene to corresponding student operating terminal according to an authority of the student operating terminal and a teaching purpose; and the teacher evaluation terminal calls the practice tasks stored by the student operating terminal, scores and evaluates according to the data input by the students. According to the intelligent manufacturing factory simulation teaching system, teaching efficiency is improved by intelligent manufacturing virtual reality simulation training without being limited by time and space, and teaching quality is improved by adding data input and teacher evaluation.

Description

technical field [0001] The invention belongs to the field of teaching experiment equipment, and in particular relates to a simulation teaching system and method for an intelligent manufacturing factory based on 3D virtual technology. Background technique [0002] The existing intelligent manufacturing production and processing systems generally cost at least 2 million yuan, and there are large initial investment and high maintenance and update costs in the later period. At present, only a few colleges and universities have purchased this kind of equipment. Due to time, manpower, material resources, financial resources and other issues, students can only be provided with one experiment opportunity. During the experiment process, students often just mechanically follow the experiment process taught by the teacher and written in the textbook. Can not be widened. [0003] Due to the limitation of experimental equipment and experimental teaching hours, simply using the existing ...

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Problems solved by technology

[0002] The existing intelligent manufacturing production and processing systems generally cost at least 2 million yuan, and there are large initial investment and high maintenance and update costs in the later period. Currently, only a few colleges and universities have purchased this kind of equipment

Due to the limitations of time, manpower, material resources, and financial resources, students can only be provided with one experiment opportunity. During the experiment, students often just mechanically follow the experiment process taught by the teacher and written in the textbook. not widened

[0003] Due to the limitation of experimental equipment and experimental teaching hours, simply using the existing actual flexible manufacturing production system is far from meeting the requirements of experimental teaching. In addition, large-scale instruments and equipment need special personnel to manage and maintain, so that students' mobile phone opportunities are greatly reduced. , hands-on ability and ability to independently analyze problems are not well trained, seriously affecting the quality of teaching

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