%0 Journal Article
%T 消防盔结构设计及主要零部件材料与加工工艺的选择<br>Structure Design of Fire Helmet and Selection of Main Parts Materials and Processing Technology
%A 文根保
%A 文莉
%A 史文
%J Journal of Security and Safety Technology
%P 31-37
%@ 2330-4685
%D 2015
%I Hans Publishing
%R 10.12677/JSST.2015.34006
%X <div style=\"text-align:justify;\">
	<span style=\"line-height:1.5;\">消防盔通过结构的优化设计，可以达到在重物撞击和钝器穿刺的情况下保护消防员头颅不受到伤害的目的；可以通过消防盔主要零部件材料的选择，达到防止消防员头颅不被烧伤的目的；还可以通过主要零部件成型加工方法选取，达到防止消防员在硬物撞击和钝器穿刺下的人身安全的目的。通过本文的论述充分说明了只有在全面地考虑消防盔结构优化设计、主要零部件材料正确选取和成型工艺的应用，才能完全确保消防盔的安保性能，而只是片面地考虑消防盔单方面因素，是不能保证其安保性能的。<br />
Fire helmet with optimized structure design can protect firefighters from hurt even in the case of the helmet being stroked by heavy objects or punctured by blunt; fire helmet can prevent fire-fighters being burned by selecting material of main components; fire helmet can protect firefighters from hunt by heavy strike and blunt puncture through selecting main components processing and forming. This article will illustrate that the security performance of the fire helmet can only be fully ensured when fire helmet structure optimization and correct selection of components material and molding applications being considered comprehensively. In other word, security performance of the fire helmet can not be guaranteed if only one or few factors be considered./span&gt;<span style=\"line-height:1.5;\"></span> </span> 
</div>
%K 消防盔，硬物撞击，钝器穿刺，凯芙拉，缓冲垫<br>Fire Helmet
%K Bump
%K Blunt Puncture
%K Kevlar
%K Cushion
%U http://www.hanspub.org/journal/PaperInformation.aspx?PaperID=17171