1) automatic ship cabin
自动化船舶机舱
2) marine engine room automation
船舶机舱自动化
3) ship automation
船舶自动化
1.
The research in this article is a ship automation system distributed database network controlled platform based on CAN Field Bus.
本文研究的是基于CAN现场总线的分布式数据库网络控制平台,船舶的每个设备作为一个节点,每个控制系统作为一个子网,构成高可靠、高性能的现代化船舶自动化系统。
2.
The paper analyses the advantages of the industry Ethernet being used as communication network for ship equipment monitoring,gives the framework of ship automation system based on industry Ethernet.
首先分析了以工业以太网作为船舶现场监控层通讯网络的优点,构建了基于工业以太网的船舶自动化系统。
3.
The work includes the following contents: making a brief on the application of CAN bus in ship automation system; a research on an advanced CAN automation system in power station: designning the hardware of the generator module and also programming the software.
本文完成以下工作 :应用CAN网络的船舶自动化集成系统简介 ;基于CAN网络的船舶电站自动化系统的研究与分析 ;CAN网络电站自动化系统的发电机节点模块的开发与调试。
4) ship engine room
船舶机舱
1.
Re-cross algorithm for pipe-routing arrangement in ship engine room
船舶机舱管路布置的二次穿越算法
2.
Based on the composition and structure of ship engine room automatic monitoring system, this article introduces the re search on the technology of failure self-diagnosis of the system and a new way of monitoring system failure self-diagnosis which is easy to be carried out.
结合船舶机舱自动化监控系统的组成及结构 ,对系统的故障自诊断技术进行了研究 ,介绍了一种容易实现的监控系统故障自诊断方法 ,最后对该技术的发展趋势及有待解决的问题进行了研究与探讨。
5) Marine engine room
船舶机舱
1.
Analyses on both a new type of monitoring alarm and the control system of marine engine room;
新型船舶机舱监测报警和控制系统分析
2.
OPC technology applied in real-time monitoring system for marine engine room
OPC技术在船舶机舱实时监视系统中的应用
3.
Fire detection method of marine engine room based on infrared vision
基于红外视觉的船舶机舱火灾探测
6) engine room
船舶机舱
1.
Numerical simulation of temperature and velocity fields in vessel engine room;
船舶机舱空间温度场速度场的数值模拟
2.
Design of engine room monitoring & alarming system for M/V “Fengtaishan”;
船舶机舱监测报警系统的设计
补充资料：自动
①自己主动；出于自己心愿：非常自动地来到车站送行｜自动报名参加。②不靠外力的：自动燃烧。③指器械通过自身的装置而活动：自动传输｜自动售货机。
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