Page 64 - 《橡塑技术与装备》英文版2026年1月

HINA R&P TECHNOLOGY AND EQUIPMENT

3.3 Scanned perspective effect 4 Conclusion
The system employs scanning perspective to better Based on the above design, a virtual simulation system
understand and observe the internal structure, movement, and for rubber mixing process has been developed, featuring
assembly of large instruments. This function is exemplified by perspective observation of internal process, free movement
the rotor movement of the internal mixer. Within the mixing for visiting, strong interactive simulation, and professional
system composed of the rotor, mixing chamber wall, upper page design. By combining virtual reality technology, the
ram, and lower ram, the material is subjected to constantly overall system design has been completed, and multiple
changing and repeated shear, tear, and agitation, thus achieving system operation optimizations have been carried out to
the purpose of mixing. By demonstrating and observing achieve smooth system operation. This meets the interactive
through simulated perspective, the internal rotor structure requirements of virtual simulation for rubber mixing process,
can be clearly seen, and the real feeling brought by the shear reduces the cost of factory internship training operations,
deformation of the rubber compound can be experienced. The ensures the safety of workers' practical exercises, and enables
comparison diagram of the perspective effect of the internal learning anytime and anywhere through the platform, achieving
mixer rotor is shown in Figure 6. full utilization of resources.

Figure 6 Comparison of perspective views of mixer
rotors

·18· Vol.52，No.1