Research On The Synthetic Automation Of Marshalling Yard Application In Kunming East Station

Marshalling is an important railway transportation hub transport equipment, the planning is reasonable and the size of the device, to improve the efficiency of rail transport, road network to ensure safe, smooth and shorten the delivery time of goods and improve the social and economic benefits from the a crucial role. Kunming East Railway Marshalling is the heart, over the years, because the equipment is not updated, the dotted line does not match the capabilities, resulting in traffic congestion, resulting in reduced efficiency, transport capacity has been unable to meet demand.To solve this problem, the need for field stations of capacity expansion. Station renovation will bring the construction of integrated automation system, will essentially change the station existing practices to improve the station automation, information technology degree.To meet the integrated automation systems, transportation management station must change in order to ensure a smooth transition during construction and after the completion of the effective use of the urgent need to conduct research on relevant issues.In this paper, the actual situation of Kunming East marshalling yard, through the existing domestic SAM system and CIPS system for integrated analysis and comparison, elaborated Kunming East Station renovation optional SAM system advantages and necessity, on this basis, Kunming East Station station renovation integrated automation system applications embodiments were refined, and combined with the actual situation in Kunming East Station SAM system elaborated job setting requirements, work process to achieve automatic control method and system transformation techniques implemented transitional measures.Based on the study Kunming East Station integrated automation system applications embodiment, it is also right after the completion of integrated automation system brings practices change, the station how to deal with the new practices and a series of transport management issues were discussed research.