ABSTRACT
Transport packaging as one of important links in logistics, in great extent, influences Operation efficiency of modern logistics. The modes and quality of transport packaging influence. Immediately safety and damage-free of goods in distribution. The reasonable properties of transport packaging are firstly protection of commodity value and convenience to storing and handing, and secondly pursuit of packaging economy, irregular and unreasonable structure and shapes increase certainly cost of transportation and storage.
It is necessary for logistics industry to require a effective packaging planning method so as to minimization of packaging materials and distribution cost in logistics.
According to the theories foundation, this thesis go further for developing modern logistics transportation packaging CAD system software, the software can basically realize the whole process of package designing under modern logistics, which including single product, group product, transportation package, pallet and transportation. The thesis makes the whole designing effective, convenient, and clear to see. And in the introduction part of the thesis, blow contents of modern logistics and package, the effect between each other, and the designing requires are shown in it, all of which are helpful for user to understand the relationship between modern logistics and package, and the research area of the package designing under modern logistics.
This software is convenient for user to use it, and the interface is easy to understand. It can increase consumedly packaging design efficiency under the modern logistics system, provides both professional and no-professional design a transportation packaging and integrate the design tool, having certainly useful values.
Keywords: Transport package; Software Development; Packaging Materials; Packaging Layout
目录
摘 要 2
ABSTRACT 3
目录 4
第一章 绪论 6
1.1 现代物流包装的概念及意义 6
1.2 中国物流业的发展现状 7
1.3 本论文研究的内容 9
第二章 面向现代物流系统的运输包装 10
2.1 包装在现代物流系统中的地位 10
2.3 面向现代物流系统的包装标识代码与自动识别技术 14
第三章 集合包装 18
3.1集合包装的作用与方法 18
3.2 托盘设计 19
3.2.1 常用托盘和尺寸规格 20
第四章 运输包装的优化规划与设计 21
4.1 运输包装优化的原理 21
第五章 结论 35
致谢 36
参考文献 37
附录 38
程序源代码: 38