crane arm
英 [kreɪn ɑːm]
美 [kreɪn ɑːrm]
网络 起重臂
双语例句
- A Study of the Crane Arm Split Caused by Residual Stress of the Welded End Plug up any cracks in the penel with plastic wood.
用热弹塑性理论研究起重机臂架焊缝端残余应力引起的开裂用塑化材把板条上的裂缝填塞起来。 - Optimization about the structure of crane jib arm mainly focuses on gantry crane and single-arm crane presently, moreover toward the jib arm structure, the study is still underway.
因此，对拔杆式起重机臂架结构的拓扑优化进行研究和创新有着很大的必要性以及相当重要的工程实际意义。 - Analysis of Dynamic Speciality on Hoisting for Huge-type Truck Crane's Arm
特大型汽车起重机臂架结构起升动特性分析 - The Calculating of Tower Crane's Level Arm Hanger's Opposite Supporting Force
QT60/80塔机水平臂架双吊点支反力计算 - Analysis of Residual Stress of JQ 130 Bridging Crane's Main Arm Corrected by Flame
JQ130架桥机机臂火焰矫形后的残余应力分析 - A study of a railway crane lift arm straddle structure
铁路起重机吊臂跨装结构的研究 - Development of the General-Purpose Type Arm Flat Car for Railway Crane with Retractable Arm
伸缩臂式铁路起重机通用型吊臂平车的研制 - A method of estimating the interference between the high hoisted component and the crane arm
高空吊装构件与起重机臂杆干涉情况的测算方法 - A computer-integrated electro-proportional control system is adopted on the crane as well as fully automatic rapid telescopic system of single cylinder latch type and oval cross section lifting arm.
在起重机上采用计算机集成控制的电比例操作系统、单缸插销式全自动快速伸缩系统、完全椭圆形起重臂。 - In this paper the section sizes of box expansion arm of crane truck are optimized in order that the weight of the arm will be the lightest on conditions that strength, rigidity, stability and size constraints are satisfactory.
本文对汽车起重机箱形伸缩臂的截面尺寸进行了模糊优化设计，使其在满足各种强度、刚度、稳定和尺寸约束条件下，伸缩臂的重量最轻。 - Reliability design of drag link which drags crane arm in tower crane
塔机吊臂拉杆的可靠性设计 - Hyperbolic analytic method of calculating pivot location of compensation block on a crane Lw& Horizontal distance from back coupling point of lift arm to center of rising reel.
起重机补偿滑轮铰点位置的双曲解析计算法Ld单顶滑轮中心到吊臂头部滑轮中心水平距离；Nd单顶滑轮中心到吊臂中心线垂直距离； - Imitating the project of electrical and hydraulic proportional valve, a cam mechanism is adopted to input and convert the signal of crane arm's radius changing.
系统的控制信号输入方式借鉴电液比例阀方案，采用凸轮杠杆机构，从而利用了凸轮容易实现任意函数关系转换的优点。 - Development of 160t Railway Crane with Three Section Extension Arm
160t三节伸缩臂铁路起重机的研制 - Theoretically, the balance crane can attain casual equilibrium state, but in practice, owing to the existence of out-of-balance force, slippage often occurs, and it is difficult to alter arm extent range.
平衡起重机在理论上可以做到随遇平衡，但在实际应用中，由于存在失衡力，常产生滑行现象，并且在改变伸臂幅度时比较费力。 - The crane arm of the hydraulic static pile driving machine can be damaged or even broken while working because of overloading.
静力压桩机吊机在施工过程中可能因超载而导致吊臂损坏，甚至折断。 - With future development of 3G and 4G network technologies, tower crane terminal will replace the current AVR controller with ARM processor, and embed Linux and other open-source operating system to implement the tower crane image and video forms of real-time monitoring.
将来随着3G和4G网络技术的发展，塔机监控终端可采用ARM处理器来代替目前的AVR单片机控制器，嵌入Linux等开源操作系统，实现塔机的图像和视频形式的实时监控。 - The results showed that the first 8-order natural frequency of tower crane parametric model in two heights is same, and the corresponding mode shape only occurred on lifting jib or arm.
结果表明，独立状态两种高度塔式起重机的前8阶固有频率相同，主要变形都发生在起重臂或者平衡臂上；塔身的固有频率随着高度的增加而降低。 - The arm is the most important job components of heavy-duty construction machinery and truck crane. The arm belongs to metal structure parts. It is the important part in the force, and the main work units are installed in the arm.
吊臂是重型工程机械汽车起重机最重要的工作部件，吊臂是属于金属结构部分，是除机身外重要受力部分，而且主要的工作单元都安装在吊臂上。 - Along with the rapid development of construction industry, high-rise building with the increase, tower crane hereafter referred for the length of its rotating arm, light and handy structure, the convenience of installation, dismantlement and transportation, become the indispensable machine in building trade.
随着建筑业的高速发展，高层建筑的日益增多，塔式起重机（简称塔机）因其回转臂长、结构轻巧、安装、拆卸以及运输方便，成为建筑业不可或缺的机械。 - The diversity of the boom combination of the large tonnage all-terrain crane boom and uncertainties of the site make challenge for the control of main arm telescopic with the tower arm condition.
大吨位全地面起重机臂架组合的多样性以及现场存在各种不确定因素，给塔臂工况下的主臂伸缩控制带来了挑战。 - To avoid the dangerous working conditions, improve reliability and operational safety of the all-terrain crane, the main arm telescopic with the tower arm condition uses manual control at construction site.
为了减少危险工况带来的事故，提高全地面起重机的可靠性和作业安全性，一般施工现场对于塔臂工况下的主臂伸缩采用手动控制。 - Combined modern electronic technology with embedded system technology, a design about hoisting safety monitoring system of long-boom crane based on ARM processor and Windows CE operating system is proposed in the paper.
本文结合现代电子技术和嵌入式系统技术，提出一种以ARM处理器和WINDOWSCE操作系统为控制核心的长臂架起重机吊装安全监控系统设计方案。