Research On Station Design Of Railway Container MRT System

With the great development of the container markets,railway container transportation hardly improved because of the timeliness and compared with the railway and airline transportation,it was at the disadvantage.Based on the researches at home and abroad and connected the features of the railway container transportation with the demands of the timeliness,this paper establishes the railway container MRT system and studies the transport organization and the station design aimed at demands of the MRT system.The main researches and innovations of this paper includes as the follows:First,this paper puts forward to form the new railway container MRT system which is suitable to China's national situation and railway situation.The overall idea includes:All containers are transported by container trains.Container trains are directly and blocked transported in the container center or special station,have no breaking-up task in marshalling station and can book container space like passenger ticket management.The MRT system proposes to improve the functions of each site based on the three-level site network of the 2008 plan.And according to integrating the existing railway container transport information system,the MRT system proposes to establish the new information system for the internal management of railway container transport and the electronic commerce platform for the shipper,and then realizes container space which is booked like the passenger ticket and the business handles electronic.This paper also puts forward that the main railway container handling equipment of the MRT system are rail gantry crane and the front crane.At the same time,through the discussion of the traction power in power and non-power segments,this paper presents the appropriate traction organization of various container trains under different dynamic conditions.Then,it introduces the existing railway container transport way home and abroad.Thinking from the train organization form,it conducts the railway container transportation system under the idea of the MRT system,namely regular direct container train,special container train,express container train,pick-drop container train and short distance container train form as one of these five kinds of train transportation system,and analyzes the transport organization conditions of various container trains to satisfy all the transport conditions of container flow.Meanwhile,simply analyses the main influencing factors and operating principles of the opening of the main container trains under the condition of the MRT system.Finally,it analyses the existing problems of railway container station in China,then design and renovation the three-level network station.It puts forward the container center station and special station in the whole set two cases of the corresponding design of station layout according to the receiver on the electric traction train and hair extensions and double power and receiving internal combustion diesel or electric power train,and analyzes its applicable conditions:Generally station designs and reforms in accordance with the existing freight station layout,which can get the type of the station layout plan;At the same time,considering the quantity of handling lines,the mode of loading and unloading equipment and the arrangement of the loading and unloading lines,this paper designs the layout of container section of the transverse or tandem loading and unloading lines when the rail gantry crane is hoisted,and the layout of container section of the transverse loading and unloading lines and the layout of container section of generally station when the front crane is hoistedThe innovation point of this paper is based on the passengerized ideas to build a new railway container MRT system and put forward the new train organization form.At the same time,according to the station design we put forward a series of station design scheme for railway container trains to provide a new reference for the study of railway container transportation.