The properties of the molded pulp cushion were investigated through the vibration and dropping experiments of the signal acquisition instrument package.

通过对信号采集仪包装件进行振动试验和跌落试验,研究了纸浆模塑缓冲衬垫的抗振和缓冲能力。

The cushion course of molded pulp is the process of these protrusions’deformation and energy absorption.

在结构分析的基础上,提出了纸模的缓冲机理,即纸模主要是通过凸台侧壁的变形与破坏来吸收能量,并延长载荷作用的时间来达到缓冲目的。

However, the rise and development of reverse engineer and rapid prototype technology provides the molded pulp product a great future.

与此同时,逆向工程的兴起和快速成型技术在各行各业中的广泛应用为纸浆模塑行业的发展提供了更广阔的发展前景,注入了新的活力。