Design And Transformation Of Port Train Loading System

The application of iron ore port train loading system is used as a topic for research onthe main problems during the installation process of iron ore. Through the analysis andsummary of the practical problems, part of the equipments of loading system are optimaldesigned. As a result, the stability and work efficiency of the whole loading system areimproved in order to meet the high standard and requirements for ports to train loadingsystem.Train loading system mainly includes the stacker-reclaimer, belt machine and trainloading station, firstly, to analyze the structure and working principle of thethree parts, to lay the foundation for the optimization of loading system.Through the analysis and summary of the actual operation situation of train loadingsystem, has a lot of problems of this system in the application to take and load iron orehave been found, including that the performance of equipments’ anti impact from ironore is poor, belt are easy to deviate and deviation adjustment is more difficult, the life ofequipments become shorter due to the serious wear and tear from iron ore, the influenceon equipments made by special cargo is large and some equipment needs to be improvedas a result of some design defects etc. Based on studies on these problems, threemajor parts of the train loading system have been optimal designed, and theaverage loading time is compressed to a minimum, so it can improve the ability of trainloading system, to meet the needs of more customers.The loading system can better meet different kinds of iron ore loading requirementsafter upgrading, highly reduce the failure rate, maintenance time and maintenance costs ofequipments, which could win more customers for the company, not only increase thenumber of the train loading system and it is more important to enable the companyto increase its ship unloading amount steadily. Which lays a good foundation forthe steady growth of benefit to the company. Compared with car port, the train loadingsystem is better in environmental protection, and increase of the amount of train loading results in reduction of the amount of car transportation. So the optimizationof train loading system has social significance in respect of safety and environmentalprotection.