Development on Equipment Operation Training and Intelligent Maintenance System based on Virtual Reality (VR) Technology for the Passenger Boarding Bridge

Authors

  • Panpan Zhang
  • Guoqing Huang
  • Min Ding
  • Qingwei Chen

DOI:

https://doi.org/10.54097/hset.v35i.7038

Keywords:

Virtual Reality; Operation Training; Passenger Boarding Bridge; Intelligent Maintenance.

Abstract

In order to improve the automation level of passenger and freight ro-ro terminals and to build smart ports, an equipment operation training and intelligent maintenance system based on VR technology for passenger boarding bridges was developed. The system mainly includes VR operation guidance subsystem, data support and service subsystem, network connection and transmission subsystem, boarding bridge operation training subsystem and operation condition monitoring and diagnosis subsystem. This system can realize intelligent training of the boarding bridge and full-time operation condition monitoring.it will greatly improve the efficiency of operation and maintenance of boarding bridge.

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References

Qingwei Chen, Guoqing Huang, Panpan Zhang, Research on the passenger boarding bridge in cruise terminal and Passenger-cargo Ro-Ro terminal, International Core Journal of Engineer, 2022. 5(8): 907-912.

Zhang Panpan, Ding Min, Huang Guoqing, Chen Qingwei, FEM analysis of the Telescopic Tunnel in Passenger Boarding Bridges, the 2022 International Symposium on Frontiers of Intelligent Transport System (FITS 2022), Accepted.

Shenzheng, Wu Wenxiang, Fang Zheng, key technology and application of r system for safety education of port cranes, China Special Equipment Safety,37(6):46-51.

LIU Da-long; ZHENG Zhong; WANG Feng-yan, Research on the Construction of Virtual Simulation Experiment Based on VR Technology in Logistics Teaching, Logistics Engineering and Management, 2022(5) 44:190-193.

Chen Wei; Li Lei; Pan Yadong; Virtual Disassembly System for Turbofan Engine Based on zSpace, Scientific and technological innovation,2022.11:165-167.

Wu Jieyin, Wu Bing, Wang Yang, etl, Study on Virtual Reality Emergency Exercise for Port Disaster Event, China water transport,2022,2:39-42.

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Published

11-04-2023