Bogie overhaul training system based on analog simulation and training method thereof

Abstract

The invention discloses a bogie overhaul training system based on simulation and a training method thereof, and belongs to the field of EMU overhaul training. By setting bogie simulation unit, fault detection unit, central control unit and fault replacement unit, the structure simulation and fault simulation of EMU bogie are realized effectively, and the training of students on bogie structure, component principle, component connection form and cognitive training and physical operation training of bogie fault are realized. The maintenance training system of the present invention, so that thatstructure is simple, Easy setup, High control accuracy, the rationality and systematicness of the training methods have been enhanced, At that same time, the physical train and the theoretical training are complete indoors, the efficiency and the quality of the bogie overhaul training are greatly improved, the cost of the bogie overhaul train is reduced, the technical ability of the personnel on board the EMUs is improved, the stable and efficient operation of the EMUs is guaranteed, and the bogie overhaul training has excellent application and popularization value.

Description

technical field [0001] The invention belongs to the field of EMU maintenance, and in particular relates to a simulation-based bogie maintenance training system and a training method thereof. Background technique [0002] With the continuous deepening of my country's rail transit technology research, rail traffic, especially fast rail transit with EMUs as the main body, has been rapidly developed and widely used, which has greatly affected and changed people's daily travel and transportation of goods. , resulting in obvious economic and social benefits. In the actual operation process, EMUs often have the advantages of high passenger capacity, strong conveying capacity, fast speed, good safety, high punctuality, comfort and convenience, and low energy consumption, and EMUs are indispensable to bring the above advantages. Coordinated and stable operation of all components. [0003] The bogie is one of the core components of the EMU, and the operation of the EMU cannot be sepa...

AI Technical Summary

Problems solved by technology

However, long-term verification shows that the above-mentioned training methods have relatively large drawbacks, which are mainly reflected in the following aspects: 1. It is difficult to compare the theoretical training of the bogie with the physical training in real time, and the physical training is not systematic. The training cannot intuitively reflect the structural characteristics of the bogie, resulting in poor training effect; 2. The follow-up training of the bogie often requires the trainees to stay on the EMU train for a long time. The training environment is poor and often depends on the actual situation. Fault analysis and drills not only have a poor training effect, but also affect the safe and stable operation of the train, resulting in the inability to effectively combine theory and practice, which greatly affects the efficiency and quality of bogie-related training, and indirectly restricts the bogie. The normal use of the EMU affects the stable operation of the EMU, and there are large limitations

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