Quayside container crane is a crane.
岸边集装箱起重机是起重机的一种。
What is handling capacity of container crane?
集装箱吊装卸能力如何？
It describes the original system of port container crane.
对“岸边集装箱起重机”原型系统，进行了详细的描述。
It makes sure of container crane to work safely and high efficiency.
它是装卸桥安全、高效率工作的保障。
Container Crane is a large scale port machinery for container loading and unloading.
集装箱起重机是一种大型港口机械，主要用于装卸集装箱。
Build finite element model of main structure of container crane for finite element analyse.
建立集装箱起重机结构的有限元模型。用于有限元分析。
Quayside container crane has been becoming bigger to meet larger vessel 's handling requirements.
为适应船舶不断大型化的要求，岸边集装箱起重机也不断大型化。
A new-type quayside container crane with jib-bridge luffing system as the main working part is brought out.
提出一种以臂桥架变幅系统为主要工作机构的岸边集装箱起重机。
This paper introduces the DC speed regulation system of container crane and renovation principle of digitalization.
文章介绍了集装箱装卸桥直流调速系统及数字化改造原理。
Nowadays, domestic research is not in-depth in the field of the long-distance monitoring system on container crane.
目前，国内在集装箱装卸桥远程监测领域的研究刚刚开始。
A rather simple and practical method estimating structural safety of existing container crane is given in this paper.
介绍了评估现役集装箱桥吊是否安全可靠的较简单和实用的分析方法。
The dissertation works on machinery house, fixed tie link and boom, which vibrate most severely on the container crane.
论文针对集装箱起重机振动现象较为严重的三处：机房、斜拉杆、前大梁进行了振动分析和抗振研究。
For the design of Container crane, product family design based functional decomposition of products and variation is analyzed.
针对岸边集装箱起重机的设计，本文分析了基于功能分解的产品族设计方法和基于变异的产品族设计方法。
The transportation of the container crane as a whole is the important part of heavy and large cargos developing in recently ten years.
集装箱岸桥吊整机装载运输是重大件货物运输业务中的重特大件。
Base on the theories of fuzzy, this paper emphasize to study the auto-evaluating of container crane training simulator by fuzzy comprehensive evaluation method.
基于模糊数学的思想和理论，这里着重研究了运用模糊综合评判方法实现桥吊仿真训练器系统得自动评分。
The Container Crane Training Simulator is a high-tech product, integrating virtual reality technology, computer simulation technology and communication technology.
岸边集装箱起重机仿真训练器是以训练为目的的集虚拟现实技术、计算机仿真技术、通讯技术于一体的高科技产品。
In this paper, the modeling of the container crane used harbours is accomplished. The model describes dynamic characteristics of the running crane with a container.
本文对港口集装箱吊车建立数学模型，描述了集装箱吊车载货运行的动态特性。
A special purpose automatic welding equipment was designed and developed according to the requirement of thick-thin steel plates welding of container crane box beam.
根据集装箱吊车箱形梁中厚薄板焊接要求，设计了一台专用自动焊接设备。
Quayside container crane is the transport machinery designed for efficient container loading and unloading widely used in transit point such as ports, railway station.
广泛使用于集装箱港口前沿、铁路等中转点，是集装箱运输中不可或缺的装卸装备。
This paper describe part of work in the project "train simulator of container crane", Including the design of teacher worktable and the realize of some of it's function.
本文是“装箱起重机仿真模拟训练器”中的一部分工作，包括教员台系统的设计和部分功能的实现。
Theory analysis of dynamics modal, solving method and calculate formula of large quayside container crane dynamic coefficient of lifting, and practice test is processed.
对确定大型岸桥起升动载系数的力学模型、求解方法和计算公式等进行了理论研究，并进行了实际测试。
There are many long and elastic round cross-section rod structures in quayside container crane, whose frequency are so low that it is easy to arouse crosswind resonance.
岸边起重机结构中有许多长的弹性圆截面杆件，自振频率比较低，很容易发生横风共振。
Sensitivity analysis method is used to optimize the structure, providing design scheme of gantry container crane with less weight, and better dynamic and static properties.
采用灵敏度分析方法，对其结构系统进行优化设计，提出一种重量较轻、静动态性能优良的集装箱龙门起重机结构设计方法。
This paper briefly introduces the proposal and construction of foundation treatment for rare-beam of container crane at Container Terminal, Yantai Port (Phase Three Project).
本文简要介绍了烟台港三期工程集装箱码头装卸桥后轨道梁基础处理方案的比选、优化，施工要点与实施效果。
There are a little research on emulating of Dynamic Response of portal crane and some work is to study and analyze the data which be obtained from the test on Container Crane .
对于很多大型的港口装卸机械的动力仿真问题研究较少，很多有关集装箱岸桥的研究都是通过对现场上测试的数据进行整理与分析。
Through developing, the dissertation has finished studying the system, the interface design of monitoring configuration and realization of monitoring function for container crane.
本课题完成的开发内容主要有：集装箱装卸桥系统的研究、组态监控界面设计以及监控功能的实现等内容。
PLC technology is widely used in container crane control system. In application not only PLC's high performance is required but also it's safety running program is more important.
PLC技术广泛应用于岸边集装箱装卸桥控制系统，除了要求PLC性能良好，更要求其程序运行安全可靠。
PLC technology is widely used in container crane control system. In application not only PLC's high performance is required but also it's safety running program is more important.
PLC技术广泛应用于岸边集装箱装卸桥控制系统，除了要求PLC性能良好，更要求其程序运行安全可靠。
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