集装箱装卸桥

考虑到国内大多数集装箱装卸桥的使用情况，控制计算机PLC采用美国GE公司生产的90-30PLC。

With a view to using things of numbers of container cranes in home , the PLC ( Programmable Logic Control ) is the America GE company product ( 90-30PLC ) .

集装箱岸桥状态信号智能采集仪设计结构动力修改在集装箱装卸桥上的应用

Design of an Instrument for Intelligently Sampling Container Cranes Status Signal Dynamics Modification and It 's Application to Construction of Container Cranes

基于PLC控制的岸边集装箱装卸桥系统起升控制设计

Design of Container-crane Control System Based on PLC Control Technology

集装箱装卸桥驾驶模拟器与PLC数据通信集装箱桥吊仿真训练系统中碰撞模型的建立与实现

Communication between container crane simulator and PLC Collision Model in Training Simulator of Container Crane

集装箱装卸桥小车速度环PI闭环控制的PLC软件实现

PLC Software Approach to PI Closed-loop Control for Container Loading Bridge 's Trolley Mechanism

基于T-S模型的集装箱装卸桥防摇保性能控制

Guaranteed cost control to container crane anti-sway system based on T-S model

F0/23B塔机电控的新设计提出了集装箱装卸桥驾驶模拟器与PLC（ProgrammableLogicControl）数据通信方法。

New Design of Electrical Control System for Tower Crane F0 / 23B In this paper , the communication between container crane simulator and PLC ( Programmable Logic Control ) is introduced .

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 .

35t集装箱装卸桥设计结构动力修改在集装箱装卸桥上的应用

Design of 35 t transporter crane for container handling Dynamics Modification and It 's Application to Construction of Container Cranes

本文在港口机电设备重点实验室建设&集装箱装卸桥仿真模拟器电控系统项目的基础上，对集装箱装卸桥电控系统仿真模拟进行了比较全面的分析和研究。Lab为开发环境建立。

On the basis of the emphasis lab construct of the port mechanical and electrical equipment-the electrical control system of the container crane simulator , the paper has been all-round analytical investigation for the electrical control system of the container crane simulation .

基于全息建模原理的集装箱装卸桥虚拟样机的产品模型

Product model of container crane based on holographic product modeling theory

岸边集装箱装卸桥结构优化模型分析

Analyses on Structural Optimization Model of Quayside Container Loader / Unloader

集装箱装卸桥起升系统过加速保护

Over - acceleration Protection of the Hoisting System in Container Loading Bridge

具体介绍了集装箱装卸桥远程监控的主要内容。

Concrete Introduction of the main content of container crane remote monitoring .

顶轨器是岸边集装箱装卸桥上重要的防风装置。

Rail Brakes is important anti wind equipment in the quayside container crane .

可编程控制器在港口集装箱装卸桥小车中的应用

Application and research Application and research on container loading bridge controlled by PLC

概括出集装箱装卸桥系统的电气控制系统和监控网络系统。

Summarized the electric control system and monitoring network system of the container crane .

集装箱装卸桥电气控制系统仿真

Simulation of Electric Control System of Container Crane

岸边集装箱装卸桥前伸臂双拉杆拉点的优化设计

Optimal Design about the Tension Point of Double Tension Bar of Front Arm on Shore

根据集装箱装卸桥运行特点，建立了其基本故障树模型。

Then the basic failure tree model is built according to character of container crane working .

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。

This paper introduces the DC speed regulation system of container crane and renovation principle of digitalization .

全数字直流调速系统在集装箱装卸桥中的应用

Application of Whole Digital DC Speed Regulation System on the Reform of the Electric System in 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。

Nowadays , domestic research is not in-depth in the field of the long-distance monitoring system on container crane .

针对集装箱装卸桥的结构特点，选用环境激励法对其进行模态参数识别。

According to the structural character of the port crane , natural excitation method is used to identify model parameters .

在对集装箱装卸桥结构、性能分析的基础上，根据小车&吊具的运动特点建立了运动学模型。

Creating a workable model of a lifting tackle according to its movement characteristics after studying the structure and performance of CBCs .

首先，建立了混合整数规划模型，模型充分考虑了集装箱装卸桥调度优化中的各种约束条件及特点。

A mixed-integer programming model , which considers various constraints and unique characteristics related to the operation of QCs , is formulated .

在故障树模型中，通过对故障树的定性和定量分析，将故障树理论和基本可靠性理论相结合，最终得到了集装箱装卸桥计算模型；

Through analyzing the failure tree , the computational model of container crane is established combining the theory of fault tree and credibility .

设计了一套集装箱装卸桥的电气控制系统，主要包括供电系统的设计、辅助回路的设计、起升/大车回路的组成及控制、俯仰/小车回路的组成及控制等。

? Devising the electric control system of container loading bridge , mainly including Hoist / Gantry control circuit and Boom / Trolley control circuit .

研究集装箱装卸桥的实际运行环境，建立虚拟样机测试的虚拟运行环境和相应的运动学的仿真模型。

Through studying the actual operational environment of container crane , the virtual operational environment for testing and the relevant kinematical simulation model are set up .

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。

Through developing , the dissertation has finished studying the system , the interface design of monitoring configuration and realization of monitoring function for container crane .