1) quay-crane allocation
岸桥分配
1.
Interrelation between berth and quay-crane allocationwas analyzed and integrated,and a corresponding algorithm was designed based on the immune genetic algorithm(IGA).
对泊位调度与岸桥分配这两个相互关联的问题进行系统分析与集成,基于免疫遗传算法对所建模型进行相应的算法开发。
2) berth& quay-crane allocation
泊位-岸桥分配
1.
Considering stochastic characteristic of containership arrival time and handling time,a berth& quay-crane allocationmodel under stochastic environments is suggested,so as to minimize containership average waiting time in terminal.
针对船舶抵港时间和装卸时间的随机性,建立了面向随机环境的集装箱码头泊位-岸桥分配模型,其优化目标是最小化船舶的平均等待时间。
3) quayside container cranes
岸桥
1.
This text analyzed the current situation of wind resistance for large-scale quayside container cranesand the basic reason of disaster caused by a windstorm accident.
着重分析大型岸桥防风工作的现状,导致岸桥风灾事故的根本原因,利用ansys有限元软件分析岸桥在防风工作中前大梁放平与仰起的优缺点,得出的结论将为岸桥的防风工作提供依据。
2.
In this paper,we discuss an application of wireless communication based on microwave guide in the signal transmission in quayside container craneswith a throughput of at least 100 Mbit/s with interference-resistance.
基于微波波导的无线通讯方法在码头岸边集装箱装卸桥(岸桥)信号传输中的应用,并能提供超过100 Mbit/s的通讯速率,具有强抗干扰性,能满足岸桥对于无误差高速通信的要求,对于岸桥监控信号传输提供了一种新的选择。
4) gantry crane
岸桥
1.
This paper proposes four efficient handling technologies for container terminals which match efficient gantry cranes,and conducts a comparison between them.
提出4个与高效岸桥相匹配的高效集装箱码头装卸工艺方案,并进行初步比较。
2.
Technical improvement of cable system of gantry craneCAVOTEC suspend-tool which is universal in practice at present is carried out,and it can ensure that cable of suspend-tool and main rising device can work with syn- chronization.
对目前岸桥上应用较多的 CAVOTEC 吊具电缆系统存在的问题进行技术改造，保证了吊具电缆与 主起升机构的同步性。
5) quayside container crane
岸桥
1.
Research on Parametric Large Devices Based on a Quayside Container Crane;
基于岸桥的大型设备参数化设计系统研究
2.
Through the survey and laboratory test on the impression phenomena in the grooves of sheaves which is found on quayside container cranes,this article analyzes the conditions and effect factor for the occurrence of the impres- sion.
通过对岸桥滑轮压痕现象调查结果和试验台试验数据的分析，对滑轮压痕产生的条件及影响因素 进行了论述。
3.
Theory analysis of dynamics modal,solving method and calculate formula of large quayside container cranedynamic 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。
6) quayside container gantry crane
岸桥
1.
Challenge and opportunity faced with innovation design for quayside container gantry crane
岸桥创新设计面临的挑战与机遇
2.
According to the feature of the layout of draught steel wire rope of trolley of quayside container gantry crane, and consideration of the problem of the rope s replacement and its unsafe factors, this paper gives a method to improve it, so that the replacement of the rope and the working safety are fully enhanced.
针对岸桥托架小车牵引钢丝绳缠绕系统的机构布置特点,结合钢丝绳更换施工所存在的问题和不安全因素进行优化改造,极大地提高了换绳效率,施工安全得到充分的保障。
3.
Compared to the conventional single trolley quayside container gantry crane, this paper analyzes the working characteristics of a quayside container gantry cranewith a fully automatic double-trolley and its structural features, puts forward the aspects that should be noticed in steel structure design.
通过与常规单小车岸桥的对比,分析全自动双小车岸桥的工作特性及金属结构特点,指出在其金属结构设计中应注意的问题。
补充资料：北岸廊桥
位于北岸镇杭徽公路右侧300米处，有二条小路沿着小溪通向廊桥，廊桥的一端上书“谦庵旧址”，一端写“乡贤里”，侧书“西流毓秀”四字，另一面是许多形状各不相同的窗子，桥内二侧都有木制的条凳，中间是一个佛龛，桥上建廊，遮风挡雨，也为远道的人们提供休矩的地方，每到夏天，桥头还有免费的茶水放置，供人使用。
交通：乘歙县往深渡、杭州方向的车，半个小时即可到达。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条
专业词汇(按中图法分类)