1.
Package cushioning design method
GB/T8166-1987缓冲包装设计方法
2.
This paper discussed the application of shock response spectrum for cushion packaging design, to realize optimization.
在此将讨论如何将冲击响应谱应用于缓冲包装设计，以使缓冲包装的设计最优化。
3.
A Cushioning Package Design System Based on Energy-Absorption-Diagram Method;
基于能量吸收图法的缓冲包装设计系统
4.
LCD′s Cushioning Package Design with Corrugated Board
液晶显示器的全瓦楞纸板缓冲包装设计
5.
Structural Design and Test on the Molded Pulp Packaging of Notebook
笔记本电脑纸浆模塑缓冲包装设计及测试
6.
This research revises the current theory of fragility and makes cushioning design for product more precise and more actual.
该研究完善了当前冲击脆值理论，使缓冲包装设计更精确，更符合实际。
7.
The Knowledge Framework of Cushioning Packaging Discipline And Design Course and Teaching Reform
“缓冲包装理论与设计”课程知识架构与教改实践
8.
Research and Design of the Cushion Packaging Structure for LCD with Large Plane
大平面液晶显示器的缓冲包装结构设计与研究
9.
The Design of the Cushioning Packaging Saved-hole Based on ANSYS/LS-DYNA
基于ANSYS/LS-DYNA对缓冲包装省料孔的巧妙设计
10.
The result indicated that it is feasible to use honeycomb board as cushioning material for the small household electrical appliances.
设计结果表明，蜂窝纸板用于小型家用电器的缓冲包装是可行的。
11.
Analysis of Cushioning Property of Foam-in-place Material and Optimum Design of Packaging Structure;
现场发泡材料缓冲性能分析及包装结构优化设计
12.
Research on Dynamic Cushioning Performance of Corn Straw Cushion Packaging Material
玉米秸秆缓冲包装材料动态缓冲性能的研究
13.
The Design and the Performance Research about the Neotype Avoiding Roadster of Buffering Power-absorbing;
新型防跑车缓冲吸能装置的设计与性能研究
14.
Buffer Device Parameter Optimization Design of Super High Fire Rate Automatic Mechanism
超高射速自动机缓冲装置参数优化设计方法
15.
Research progress and status quo of green cushion packaging materials
绿色缓冲包装材料的现状及研究进展
16.
Study on Cushioning Characteristics of a New Type Packaging Material "Wall in Wall"
新型包装材料“瓦中瓦”缓冲特性研究
17.
Simulation Study on Shock Property of Package Cushioning System with Non-linearity;
非线性缓冲包装系统冲击特性的仿真研究
18.
Process concepts of plastic injection molding, sheet metal stamping, machining, casting and design packaging.
熟悉塑料喷射膜塑及金属冲压、工、造和包装设计.