| Abstract |
In view of the frequent occurrence of vehicle accidents in the implementation of the New Taipei City Government Fire Department in the past, the service is seriously affected, and the safety of the colleagues and the public is also threatened. The majority of the accidents are caused by the failure of the vehicle parts. Therefore, in order to prevent and reduce the occurrence of accidents, the implementation of vehicle maintenance inspections to maintain the proper vehicle rate is the most basic requirement for maintaining the vehicle's combat strength. With the advancement of the times and vehicle technology, vehicle maintenance has driven many reforms, including institutional norms, from the early stages of the constant process of the watch to the New Taipei City Government Fire Department gradually smelling the vehicle accidents and the logistical maintenance of the vehicles. The adjustment and update, the education and training of vehicle maintenance and the updating of equipment hardware and software are all aimed at improving service efficiency and driving safety. In recent years, the New Taipei City Government Fire Department has effectively managed and repaired disaster relief vehicles to ensure that the service vehicles are properly maintained and the vehicle custodians can truly grasp the progress of vehicle maintenance and repair. The E-Vehicle Vehicle and Equipment Maintenance Management System is provided to provide detachment and The vehicle maintenance center has horizontal communication and information disclosure, and although the system is facing the take-off, there are still many areas that can be refined. Therefore, some original paper-based combined E-system dual-track roads have been adopted. The study of this study takes the fire accident of the New Taipei City Government as an example. How to take the precautions and prevent accidents from happening again. Based on the current case of fire rescue and rescue vehicles in New Taipei City, analyze how to analyze the vehicle maintenance after the accident. Preventive work defects, and intensive vehicle maintenance education and training; combined with expert interviews, questionnaires, after induction, explore the causal relationship between vehicle mechanical failures and accidents and formulate strategies. |
