穿梭车式密集仓储系统设计与应用

发布时间：2018-01-02 19:12

本文关键词：穿梭车式密集仓储系统设计与应用　出处：《山东大学》2016年硕士论文　论文类型：学位论文

更多相关文章： 密集仓储 穿梭车 制药企业 WMS

【摘要】：近几年来,随着科学技术的不断发展,企业之间的竞争不仅体现在产品的竞争,也体现在了产品送达及时性、供应链的相互协作等方面。仓储作为产品供应中的重要环节逐渐引起了人们的重视。城市用地的紧缺导致人们开始研究如何利用有效的空间进行高效的存储,在这样的背景下,密集仓储方式应运而生。从国外企业的发展可以看出,仓储自动化是其发展的必然趋势,而密集仓储出货量大、自动化程度高、系统差错率少的特性能够符合药品食品企业的需求。本文首先介绍了密集仓储系统的产生与发展,为设计穿梭车式密集仓储奠定了基础；然后分析了穿梭车式密集仓储系统的原理及特点,并对系统关键硬件设备和控制软件系统进行了详细的阐述。在此基础上,结合K制药企业的实际案例对穿梭车式密集仓储系统工艺方案进行了详细设计,提出了切实可行的方案,并对系统效率能力进行了计算分析。针对以上K制药企业工艺方案,对系统硬件进行集成设计,并对堆垛机、穿梭车、深货格货架等硬件设备的技术参数进行详细说明。此外,对整个出库／入库作业流程进行了详细的阐述,采用了统一建模语言完成了控制软件的开发与设计。本文设计的穿梭车式密集仓储系统采用自动控制系统,通过堆垛机和穿梭板小车进行动态、精准的柔性存储,并根据出库计划,及时有效地按批次、数量安排出库作业,从入库到出库实现全程自动化的准无人化管理,大大提高仓库自动化水平。现场应用效果证明仓储容量大幅提升,降低了劳动强度,实现了药品从生产流水线到成品仓库存储的全流程自动化,提高了物流系统的运行效率,使仓储面积更省、操作人员更少,大大降低了企业物流运营成本。
[Abstract]:In recent years, with the development of science and technology, the competition between enterprises is not only reflected in the competition of the products, is also reflected in the product delivery timeliness, mutual cooperation and other aspects of the supply chain, warehousing as an important link in the supply of products gradually attracted people's attention. The city on how to effectively use the space efficient storage and shortage of people began to, in this context, came into being. Intensive warehouse can be seen from the development of foreign enterprises, warehouse automation is the inevitable trend of development, and intensive warehouse shipments of large, high degree of automation system, less error rate can meet the characteristics of drug and food needs of enterprises. This paper first introduces the emergence and development of dense storage system, laid the foundation for the design of shuttle car type dense storage; and then analyzes the principle of the shuttle type dense storage system And the characteristics and the key system hardware and control software system in detail. On this basis, combined with the actual case of K pharmaceutical companies in the detailed design of the shuttle type dense storage system technology scheme, puts forward feasible scheme, and the efficiency of the system capacity is calculated and analyzed. According to the process plan the above K pharmaceutical enterprise, integrated design of the system hardware, and the shuttle to the stacker, and technical parameters of deep shelf goods lattice hardware in detail. In addition, the output / input work flow in detail, using the unified modeling language to complete the design and development of control software in this paper. The design of the shuttle type dense storage system using the automatic control system of the stacker and shuttle car dynamic, flexible storage precision, and according to the delivery plan, timely and effective According to the number of batches, arrange pick-up operation, quasi unmanned management from the storage to the library to achieve full automation, greatly improve the warehouse automation level. Field application results show that the storage capacity significantly improved, reducing the labor intensity, the drugs from the production line to the whole process automation of goods warehouse storage, improve the operation efficiency of the logistics system the save the storage area, less operating personnel, greatly reduce logistics operation cost.

【学位授予单位】：山东大学
【学位级别】：硕士
【学位授予年份】：2016
【分类号】：TH692.3

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