起重机轨道

起重机轨道压板布置对压板受力状况的影响研究

Effect of the layout of the rail clips on their strength performance

门式起重机轨道梁的设计

The Design of for Portal Crane Rail Bearer

保持起重机轨道安装精度的措施

Method of keeping precision in crane track installation

两种港口起重机轨道固定系统的比较研究

Comparison and Study on the Rail Fixing Systems of Two Kinds of Port Cranes

运用铝热焊长钢轨技术焊接起重机轨道

Aluminium heat welding of crane rails

起重机轨道的焊接

Welding for rails used for crane

文章根据桥门式起重机轨道的工作状况及环境，开发了一种适于轨道检测的单轨机器人。

A single-rail inspection robot is developed according to the work condition of bridge and trestle cranes rail .

设置桩支承的起重机轨道梁的扶壁码头结构形式，抗倾稳定性影响分析中应该考虑截桩力的稳定力矩。

In the process of overturning stability analysis of counterforted buttressed quay wall with crane rail bearer , we shall consider the stabilization moment caused by the force of cutting pile .

K-10000塔式起重机大车轨道强度及轨枕间距计算

Determination of the strength and sleeper span of the crane rail for K-10000 tower crane

关键词：起重机、轨道压板、设计规范。

Keywords : crane , rail clips , design standard .

GB/T10183-1988桥式和门式起重机制造及轨道安装公差

Cranes Overhead travelling cranes and portal bridge cranes Tolerances of manufacture and tracks laying

电动单梁起重机小车运行轨道损坏及修复的探讨

An Inquisition into Damage of Trolley Running Track and Its Repair of Electrical Single Beam Crane

起重机车轮与轨道间有时会发生“啃道”现象。双点接触圆顶轨道是彻底消除“啃道”现象的结构形式。

The " Gnawing rail " between wheel and rail of a bridge crane occurs sometime double-point contact circular top rail is of a structure form for eliminating " gnawing rail " fully .

自锁式防风夹轨器在风力的作用下，将起重机自锁在轨道上，它的夹紧力随着风力的增大而巨增，从而起到自动防风的作用。

Under the function of wind , self locking wind - proof rail clamping device locks crame to the rails and its clamp force gets much stronger with the wind getting higher so that it can automatically resist wind .

针对大型门式起重机基础&轨道梁的设计，利用现有的地质条件，提出了改进的设计方案，比传统的设计方案节约了大量投资。

Concerning on the design for the large portal crane foundation ie rail beam , the newly improved design scheme under the condition of existing geology is proposed in the paper . Comparing with the traditional design scheme , the new one can save a large amount of investment .

推出了桥式起重机主梁振动方程、车轮和轨道振动方程及桥式起重机轨道支承梁振动方程，对结果进行了讨论。

In the paper , the vibration equations of bean , Wheel rail and rall beam is presented the results are analysised .

本文研究发现起重机啃轨一般是由于车架或轨道误差，造成起重机车轮不能沿着轨道的中心行走，逐渐走偏而发生啃轨。

The error of the frame and the trail which make the crane not in parallel with the rail track is the cause of off-tracking .