The connection between the physical and digital worlds has grown significantly over time, leading engineers to explore innovative tools for industrial applications. These tools aim to balance the safety of personnel and property while enhancing investment value. The central point here is a solution for working with winches for ship mooring systems. Ship mooring at docks involves methods that combine hooks, bollards, and winches. Data gathered from the instrumentation on these systems allows for mooring stability analysis. The primary components of a winch system include its sensing and measurement system, cable tension measurement system, and electrical and mechanical systems. This work shows the creation of a virtual reality application designed for training maintenance personnel. This application will allow trainees to engage with the equipment’s functions and data in a virtual and secure environment, providing access to operational procedures and fault diagnosis through simulated problem-solving within virtual reality. This improved the winch inspection training. Future plans involve adding a virtual interface for remote equipment control, which is expected to accelerate the process of identifying faults.

错误:搜索内容不能为空,请输入英文关键词
错误:关键词超出字数限制,请精简
高级检索

Virtual Reality Tool to Improve Ship Mooring Winch Inspection Training

  • Wagner Aparecido de Oliveira,
  • Saul Emanuel Delabrida Silva,
  • Davi da Silva,
  • Adrielle de Carvalho Santana

摘要

The connection between the physical and digital worlds has grown significantly over time, leading engineers to explore innovative tools for industrial applications. These tools aim to balance the safety of personnel and property while enhancing investment value. The central point here is a solution for working with winches for ship mooring systems. Ship mooring at docks involves methods that combine hooks, bollards, and winches. Data gathered from the instrumentation on these systems allows for mooring stability analysis. The primary components of a winch system include its sensing and measurement system, cable tension measurement system, and electrical and mechanical systems. This work shows the creation of a virtual reality application designed for training maintenance personnel. This application will allow trainees to engage with the equipment’s functions and data in a virtual and secure environment, providing access to operational procedures and fault diagnosis through simulated problem-solving within virtual reality. This improved the winch inspection training. Future plans involve adding a virtual interface for remote equipment control, which is expected to accelerate the process of identifying faults.