摘要
目的窗式空调器产品包装选择环保型的包装材料,采用优化内包装结构方案使设计出的整套产品包装尺寸符合装柜量最大化要求,并通过夹持力测试,以适用于机械手搬运、装卸作业。方法新设计的窗式空调不仅在材料及结构上满足常规的运输环境,通过常规的脚踩、跌落、堆码、运输等产品包装测试,还要验证它的可靠性,并能满足机械手的搬运方式,通过夹持测试。结果此种环保包装的结构设计不仅节省能源、资源,且包装材料用量少、可循环回收利用,并能通过包装各种测试,特别是夹持测试能够适用于机械自动化搬运周转窗式的空调产品。结论产品包装结构不能只重视包装设计,更不能缺少包装设计,采用绿色包装材料、新结构、新工艺的结合达到保护产品的目的。
It aims to select environment-friendly materials for window air conditioner packaging and optimize the i nner packaging structure to make the whole package dimensions conform to maximum loading capacity and pass the clamping force test and enable the packaging to be suitable for manipulator handling, loading and unloading. The new d esign of window air conditioner fitted regular transport environment from aspect of both material and structure and passed the packaging test for foot stepping, dropping, stacking and transporting. Its reliability was also demonstrated. Besides, it was suitable for manipulator handling and passed the clamping test. This structure design not only saved energy and r esources, but also used less packaging materials and could be recycled. It could also pass all kinds of packaging tests, e specially the clamping test. It could be applicable to window air conditioner that was subject to mechanical automated handling. In conclusion, product packaging structure can neither be excessively designed, nor poorly designed. The a pplication of green packaging materials, new structures and new technologies will be able to protect the product.
出处
《包装工程》
CAS
CSCD
北大核心
2016年第15期139-143,共5页
Packaging Engineering
关键词
窗式空调器
机械手
夹持测试
机械自动化
window air conditioner
manipulator
clamping test
mechanical automation
