钢桶自动化仓库设计

通过分析钢桶的特点以及出入库频率，设计了专门的自动化立体仓库。为了尽可能地提高仓库容量，采用了重 力式货架；为了堆垛机可以连贯地执行出入库操作，将传送带布置在巷道中取代出入库台，并设计了特殊形式的货叉。 由于仓库中堆垛机周期与以往的不同，重新计算了堆垛机的工作周期。最后设计了仓库的控制管理系统并通过Flexsim 仿真验证了方案的可行性。计算和仿真结果表明：仓库的设计能够满足钢桶自动化仓储的需求。

Design of Steel Drums Automate Warehouse

A special automatic warehouse was designed based on the analysis of characteristics of steel drums and the frequency of in-out the warehouse. In order to improve warehouse capacity, gravity racks was used. In order to consistently carry out the operations of stacker. the conveyors took the place of storage station and were arranged in the aisles of racks. and a special form of fork was designed. The working cycle of the stacker was recalculated because it was different from the previous. The management and control system was developed and the Flexsim simulation program was designed. The calculation and simulation results show that. the warehouse design can satisfy the demand of steel drums automatic warehouse.