为提高军队自动化立体仓库出货速度和运行稳定性,提出了在堆垛机闲时对货位进行以分类存储L 形分区为导向的再分配优化设计。根据用户需求,程序自动生成分类存储的L 形分类存储货位分区信息,并调用堆垛机对在存货品逐一判断、搬运,让所有货品按照L 形区域排列,完成货位优化。利用FlexSim 软件对具体实例进行了仿真,结果表明,优化后的货位能较大程度地提高仓库的输出效率。

Optimal reallocation design of military warehouse was put forward, which carried on a class-based L-shaped zone oriented optimization of stacker at leisure, to improve delivery speed and running stability of military Automatic Storage & Retrieval System (AS/ RS). According to user's requirement, the program automatically generates classbased L-shaped zone information, conducts stacker to judge and move the goods one by one, so that all goods ordered in accordance with the L-shaped zone, and ultimately accomplish the optimization progress. Specific examples were simulated with FlexSim software. Simulation results show that storage location is optimized and warehouse output efficiency is improved largely.