立体仓储技术在铁路基础设施维修基地中的应用

研究目的:铁路基础设施维修基地是为实现我国铁路跨越式发展思路,满足国内建设快速客运网、城际客运铁路及既有线铁路提速改造的需要而出现的新事物,没有现行的设计手册、设计标准、设计规范可套用,拟结合基地内各类备品备件物料存在着自身物理特性复杂的特点,为解决这些不同物理特性物资的合理存放与管理,进而提高整个维修生产环节的作业效率,合理控制生产成本的问题,提出思路和建议,完善基础设施维修基地的设计。研究结论:进行维修基地自动化立体仓库系统设计时应借鉴既有相关工程经验,从基地生产工艺需求的角度出发,进行合理论证,做到系统设备布置紧凑合理,流向合理,减少维修生产环节之间的相互干扰,同时围绕维修基地内备品备件的物性特点进行自动化仓储物流信息系统的分析,开发计算机智能化技术,尽可能缩短物流活动的周期,加快物流速度,达到资源的合理利用,也为今后同类设计积累经验。

The Application of Warehouse Technology in Railway Infrastructure Maintenance Base

Research purposes: Railway infrastructure maintenance base is for the purpos of realization of China’s leaping development ideas,to meet the needs of rapid transportation network of the domestic construction,intercity passenger transportation and existing speed railway reconstruction appearing the new things,having no current design manuals,design standards,design specification to apply to.Planed combined various spare parts of the base exist physical properties of the complex features of their own.In order to solve the reasonable storage and management of the materials with different physical characteristics,thus improving the efficiency of maintenance work production processes,reasonable controling problems of production costs,putting forward ideas and suggestions to improve the design of railway infrastructure maintenance base. Research conclusions:Existing experience of related projects should be drew on while designing automated warehouse system of maintenance base.A rational proof should be given in aspect of requirements of base manufacturing procedures.The layout of system equipment should be compact and reasonable with proper flow direction so as to reduce mutual interference between maintenance and manufacturing.Meanwhile,according to features of equipments in maintenance base,automated storage and logistics information system should be analysed and intelligent computer technology should be developed so as to shorten the logistics cycle and accelerate speed of logistics so as to make good use of of resources and accumulate experience of similar design in the future.