Design Method for Folding Boom Structure of Elevating Platform Rescue Fire Truck

Jian Hu, Y. Ding, G. Li, Jun Xu, Yong Wang
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Abstract

The boom is the most important load-carrying part of the elevating platform rescue fire truck, and its design level directly affects on the function and value of fire truck. Based on the functional requirement analysis, the working height and boom type are determined. With mechanical calculation, the section part of folding boom is designed. According to the optimization design of luffing three hinged points of the lower boom, the mounting position of luffing cylinder next to the lower boom and the turntable size are obtained. Based on the presented design methods and process, the folding boom model is built with Pro/E software.
升降平台救援消防车折叠臂架结构设计方法
吊臂是升降平台救援消防车最重要的承重部件,其设计水平直接影响到消防车的功能和价值。在功能需求分析的基础上,确定了工作高度和臂架类型。通过力学计算,设计了折叠臂的截面部分。通过对下臂变幅三个铰点的优化设计,确定了下臂变幅油缸的安装位置和转台尺寸。根据所提出的设计方法和流程,利用Pro/E软件建立了折叠臂的模型。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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