Top-Down Design for the Lorry Crane 's Telescopic Boom Based on Pro / E Wildfire

基于Pro/E随车起重机 伸缩 臂TOP-DOWN设计

Based on parametric modeling and reference to the cross-sectional form and plate thickness dimensions of the other products optimize the design of the telescopic boom structure to achieve a lightweight design of the telescopic boom structure .

在参数化建模的基础上，参考其他产品的截面形式及板厚尺寸，对 伸缩 臂结构的截面尺寸进行优化，实现了伸缩臂结构的轻量化设计，取得了理想的效果。

Setting up and Analysis of Dynamic Model of Telescopic Boom for Truck Crane

汽车 底盘上 伸缩 臂 式起重机动态模型的建立和分析

Telescopic boom crane in the performance of a substantial high from the performance or the impact of conditions is essential .

伸缩 臂的性能对起重机在大幅度高起升工况下的性能的影响至关重要。

This method can also be spreaded in other analysis of the telescopic boom structures .

这方法可以推广到其他的 起 重臂结构分析中。

In order to solve these problems a multi-objective optimization method based on the micro multi-objective genetic algorithm for the telescopic boom structure has been proposed .

为实现 弹簧 轻量化及 高 疲劳 寿命的多目标优化，采用多目标遗传算法求出问题的 帕莱托解集，通过后期决策得到不同偏好下的最优解。

Electrical system introduction of 160 ton telescopic boom crane for railway rescue

铁路救援160t 伸缩 臂起重机电气系统介绍

Reliability design of telescopic boom system for a 25t wheel crane

25t轮胎起重机 伸缩 吊 臂系统可靠性设计

Its unique design of a curve-shaped telescopic boom provides extra space for stacking .

其独特的曲线形 伸缩 式 动 臂设计可以提供额外的堆叠空间。

Trunk-type telescopic boom is widely used in engineering mechanical equipment such as truck crane and high altitude platform truck and is developing in the direction of large and super large .

箱型 伸缩 臂已在工程机械设备诸如汽车起重机、登高平台车中得到广泛应用，并向着大型、超大型方向发展。

The results account for the effect of super-lift system on the stability of the telescopic boom theoretically and provide a theoretical basis for the designed value of the super-lift system parameters .

研究结果不但从理论上说明了超起装置对 伸缩 臂整体稳定性的影响，同时也为设计超起装置各构件的参数提供了理论依据。

Sectional optimal design of telescopic boom of crane

起重机 伸缩 吊 臂截面优化设计

The method to measure the length of multi-section telescopic boom and design the cam 's profile is presented in the article .

本文介绍了多节 伸缩 臂长度检测方法以及凸轮表面曲线的设计方法。

On this basis research the influence of the adjustment of the bottom slider block to the contact stress of the telescopic boom .

在此基础上，研究了下滑块调整对 伸缩 臂接触应力的影响。

In this paper the hexagonal two-arm telescopic boom for example a general theoretical model was established . It is also suitable for the multi-objective optimization design of a variety of cross-section telescopic arm of crane .

文中以六边形二节 伸缩 臂为例，建立了一般性的理论模型，故对各种截面多节臂的伸缩臂多目标优化设计，也具有普遍的适用价值。

The utility model further provides a telescopic boom crane .

本实用新型还提供一种 伸缩 臂起重机。

The utility model discloses a telescopic boom guide device and a telescopic boom of a crane and relates to the field of the telescopic crane .

本实用新型公开一种 伸缩 臂导向装置及起重机伸缩臂，它涉及伸缩臂起重机。

The working device is two-segment quadrilateral telescopic boom and fork lateral displacement unit adopted in normal type .

作业装置为两节四边形 伸缩 式工作 臂，标准车型配有货叉侧移装置。

Telescopic boom is the most important component of wheel crane whose stability calculation is the key of design and analysis .

伸缩 臂是轮式起重机最重要的工作部件，其稳定性计算是设计分析的关键。

Explicit finite element contact model of the telescopic boom and the slide block have been established in LS-DYNA .

在LS-DYNA中建立了 伸缩 臂与下滑块的显式有限元接触模型。

A study in the design of working implement in loader with telescopic boom

伸缩 臂装载机工作装置的设计研究

The telescopic multi-stage telescopic boom driven by fuel tank and steel wire rope synchronization system with a small size light weight advantages especially suitable for operation in narrow space .

油缸钢丝绳同步伸缩系统驱动的多级箱 型 伸缩 臂具有尺寸小、重量轻的优点，特别适宜于狭小空间内作业。

Changing the Fixed Boom of a 160t Railway Crane into Telescopic Boom

160t固定臂改 伸缩 臂铁路起重机技术研究

In this paper the design software based Visual C + + for the telescopic boom is presented .

本文介绍了基于Visualc++语言的 伸缩 臂可视化设计软件。

On the basis of research equipment on strength and stiffness problem given the strength of a reasonable method of calculation and when the telescopic boom structure under lateral force or lateral force very easy to control the stiffness of the conclusions .

在此基础上研究设备的强度和刚度问题，给出了一种合理的强度计算方法，并得到了当 伸缩 臂结构不承受侧向力或侧向力很小时刚度易于控制的结论。

The reliability design is carried out for the telescopic boom system of a 25t wheel crane .

对25t轮胎起重机 伸缩 吊 臂系统进行了可靠性设计。

Telescopic boom as the bearing parts of truck crane is an important part among the design of the crane .

汽车起重机的承载部件 伸缩 臂在整机中是重点设计的部件。

Combined with advantages of telescopic boom from truck crane and traveling with load feature from crawler crane telescopic crawler crane is widely applied in cases of limited spaces uneven pavement and frequent transfers .

伸缩 臂履带起重机综合了汽车起重机伸缩 式 臂 架和履带起重机带载行驶的优点，广泛应用于空间受限、路面不平、频繁转场等场合。

Along with the increase of load bearing and working height higher request is put forward by people on the telescopic boom strength and stability and various aspects performance .

随着承载量及作业高度的不断增大，对 伸缩 臂的强度、稳定性等各方面性能提出了更高的要求。

The local stability of a telescopic boom structure in a truck crane was analyzed by the finite element analysis approach and ANSYS package in this paper .

针对汽车起重机 伸缩 吊 臂结构局部稳定性 难以计算的问题，以ANSYS软件为工具，给出了其有限元法的分析过程。