Simulation system of scrap steel processing and distribution center based on 3d virtual technology

Abstract

The invention relates to the field of 3d virtual technology, and discloses a simulation system of scrap steel processing and distribution center based on 3d virtual technology, including an externalpresentation platform and an internal simulation event system. The external presentation platform includes a computer host, VR glasses, and a display device, wherein the host computer is respectivelyconnected with a display device and a special VR glasses through a video output interface. The internal simulation event system comprises a method for constructing a scrap steel processing and distribution technical model based on scene roaming, simulation parameters and a simulation event. The external presentation platform adopts a computer as a program carrier, VR glasses as a display terminalof virtual reality and an input terminal of gesture operation, and a display or a projector as a display terminal of display, training or teaching. The simulation system has the following advantages:the invention utilizes 3d virtual technology to construct a simulation system, which can not only enable people to learn closely and experience the process, technology and flow of scrap steel processing and distribution, but also avoid the safety hidden danger caused by on-the-spot visit.

Description

technical field [0001] The invention relates to the field of 3D virtual technology, in particular to a simulation system of a scrap steel processing and distribution center based on the 3D virtual technology. Background technique [0002] In the field of display, teaching and training of scrap processing and distribution technology and bases, most of the existing methods are to display pictures, videos and text introductions. The display methods are limited and it is difficult for the audience to have a sensory understanding, especially for scrap processing and distribution. Different sources, types and specifications of scrap steel require different processing methods. The processing equipment used on site such as loading, transportation, shearing, crushing, and briquetting is complicated to operate and has certain technical difficulties. Moreover, the processing process is dynamically variable. In terms of field visits, training and teaching, certain noise and dust will be...

AI Technical Summary

Problems solved by technology

[0002] In the field of display, teaching and training of scrap steel processing and distribution technology and bases, the existing methods are mostly to display pictures, videos and text introductions. The display methods are limited and it is difficult for the audience to have a sensory understanding, especially for scrap steel processing and distribution. Scrap steel from different sources, types, and specifications requires different processing methods. The processing equipment used on site for loading, transporting, shearing, crushing, and briquetting is complex and technically difficult, and the processing flow is dynamically variable. In terms of on-site visits, training and teaching, certain noise and dust will be generated during the processing and distribution of scrap steel, and there will also be certain safety hazards during loading and processing.

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