笔记本电脑的缓冲包装设计

论文编号:BZ037  论文字数:12059.页数:28

摘 要：包装作为一次性使用物资，当产品完整到达消费者手中，并开始使用，包装也就失去了它存在的价值。对于如此短期的生命周期，它的大量废弃也是对资源的极大浪费。因此，如何尽量减少包装的废弃，减少对资源的耗费，也就成为包装设计的一个重要部分。
 针对现在市场对笔记本需求量大，在运输及销售环节中往往会对其质量和外观造成一定的破坏。本次设计从缓冲材料的研究入手，最终选择EPE作为缓冲材料，了解EPE的特性、力学性能、结构与强度关系，进行力学分析，进行缓冲设计和防振设计，计算出笔记本内包装缓冲衬垫准确的尺寸，画出CAD尺寸图，建立三维模型，并选择合理的瓦楞纸箱，对HP笔记本电脑进行系统的运输包装设计。
 

关键词：笔记本；EPE；缓冲包装；瓦楞纸箱；运输包装

Abstract: As a one-time use of packaging materials, when the products reach the consumers a complete, and start using, packaging it lost its value. For such a short life cycle, it is also a large number of abandoned waste of resources. Therefore, how to minimize packaging waste and reduce the cost of resources, packaging design has become an important part. 
 For now the market demand of the notebook, in the transport and sale of its links are often caused by the quality and appearance of a certain degree of damage. The design of the study material from the buffer to start the final choice of EPE as a buffer material, understanding the characteristics of EPE, mechanical properties, structure and strength of the relationship between the mechanical analysis, design and anti-vibration design of the buffer to calculate the buffer pad notebook packaging accurate size, size CAD drawn plans to build three-dimensional model, and select a reasonable corrugated boxes, on the HP notebook computer system for transport packaging design.

Keywords：Notebook, EPE, cushion packing，Corrugated boxes, transport packaging

目  录
中文摘要 I
英文摘要 II
目录 III
1．前言 1
 1．1缓冲包装的发展与现状 1
 1．2缓冲包装设计存在的问题 2
 1．3本课题的研究意义 3
2．缓冲材料 4
 2．1缓冲材料的作用 4
    2．2缓冲材料的分类 5
 2．3缓冲材料的选择 9
3．缓冲包装设计 10
 3．1缓冲包装设计的要求  10
    3．2缓冲设计 11
 3．3防振设计 14
 3．4缓冲衬垫结构设计 15
4．外包装设计 18
 4．1包装材料的选择 18
 4．2瓦楞纸板的厚度设计 18
 4．3外包装的尺寸设计 19
 4．4包装件跌落试验 22
5．总结与展望 24
致谢 25
参考文献 26