control vessel中文是什么意思

• 指挥船

• "control"中文翻译    n. 1.支配，管理，管制，统制，控制；监督。 2.抑制 ...
• "vessel"中文翻译    n. 1.容器，器皿〔桶、钵、碗等〕。 2.船，舰；飞船 ...
• "control escort vessel" 中文翻译 :    指挥护卫舰
• "destroyer escort control vessel" 中文翻译 :    护航驱逐舰指挥舰
• "harbor entrance control vessel" 中文翻译 :    进港检查船
• "harbour entrance control vessel" 中文翻译 :    进港检查船
• "oil pollution control vessel" 中文翻译 :    油污染控制船
• "primary control vessel" 中文翻译 :    登陆行动指挥舰
• "vessel not under control" 中文翻译 :    失去控制的船
• "vessel traffic control" 中文翻译 :    船舶交通管制
• "vessel traffic control center" 中文翻译 :    船舶交通管理中心
• "wireless control vessel" 中文翻译 :    无线电操纵船
• "small vessel fire control system" 中文翻译 :    小型舰船火力控制系统
• "of vessel" 中文翻译 :    船级
• "vessel" 中文翻译 :    n. 1.容器，器皿〔桶、钵、碗等〕。 2.船，舰；飞船。 3.〔喻、谑〕人。 4.【解剖学；动物学】管，脉管，血管；【植物；植物学】导管。 a coasting vessel 沿海商船。 a composite vessel 铁骨木船。 a sailing vessel 帆船。 a war vessel 战舰。 a vessel drawing twenty feet of water 吃水二十英尺的船。 a vessel under way 航行中的船。 a weak vessel 不牢靠的器皿；不能依靠的人。 the weaker vessel 女人，女性。 the lymphatic vessel 淋巴腺。 the vessels of wrath 遭天谴的人〔宗教说法，喻人为接受某种影响的容器〕。
• "insertion of vessel-to-vessel cannula" 中文翻译 :    血管至血管套管插入术
• "tender vessel (or crank vessel)" 中文翻译 :    低稳度船
• "abandoned vessel" 中文翻译 :    被弃的船; 委付船, 弃船; 已弃船
• "absorber vessel" 中文翻译 :    吸收器；吸收装置
• "absorption vessel" 中文翻译 :    吸收皿; 吸收器
• "accommodation vessel" 中文翻译 :    交通船; 居住船
• "accompanying vessel" 中文翻译 :    护送船
• "acousticresearch vessel" 中文翻译 :    水声研究船
• "activity of vessel" 中文翻译 :    船舶活动范围
• "admeasurement of vessel" 中文翻译 :    船舶丈量

• Underwater - radio buoy system contains three parts as follows : the monitor and record equipment on the acoustic source vessel , the monitor and record equipment on control vessel and the underwater - radio buoy system
  海洋环境参数获取浮标监测系统包括声发射船监控记录设备、指挥船监控记录设备与水声浮标三部分。
• At the same time in theory extent summarize the management experience of changjiang yingongzhou water area , expound setting up direction tridimensional monitor - control vessel traffic safety management mode , improve management level in full - scale , all
  武汉理工大学硕士学位论文同时从理论高度分析长江尹公洲水域管理现状，提出建立全方位立体监控船舶交通安全管理模式。
• On account of the vessel traffic organizing management of changjiang yingongzhou channel section is puite representative , therefore facing to times get ahead and technology develop , according to the feature of changjiang channel vts , bringing into the newest science technology and advanced management concept , abstracting a series of full direction tridimensional monitor - control vessel traffic management mode in theory , no matter for the past time , the present or future time , it will all make good sense to marine traffic safety management from both theroretical and realistic
  由于长江尹公洲水域的船舶交通组织管理十分具有代表性，因此顺应时代的进步和科技的发展，根据长江水道型vts自身特点，引进最新科学技术和先进管理理念，从理论上提炼出一套全方位立体监控船舶交通管理模式，不论对过去、现在，还是将来，都会对水上交通安全管理具有理论和现实两方面的重大指导意义。
• The underwater - radio buoy for use as obtaining the ocean " s acoustical parameters is a underwater acoustic signals record system which has long distance radio remote control and data transmit function . the technology key of the dissertation study is that under the requirements of the system the monitor and record equipment on the acoustic source vessel , the monitor and record equipment on control vessel command and control the work slate of the buoy system by radio data transmitting mode of short wave transmitter - receiver
  海洋环境参数获取浮标监测系统属于具有长距离无线电遥控?数传功能的水下声信号接收记录系统，本论文研究目标的技术关键在于根据系统要求，指挥船和发射船监控记录设备通过短波电台以无线数传方式，对浮标系统的工作状态进行指挥和控制，浮标则通过同一短波信道向指挥船上报浮标方位、工作状态、关键数据及非常状态下的报警信号等。
• Hydraulic control system of double - cylinder vessel gate is a sort of typical electrohydraulic proportional control system0 in order to study electrohydraulic flux control characteristics of this system , i have analyzed the principle of this hydraulic control system , and made its mathematics model ? in double - cylinder hydraulic system , it is necessary to process electric synchronous control in this hydraulic system , , this paper also introduces a sort of fnn ameliorated from the point of view of intelligent control theory , and clarifies the principle of applying that network to achieve synchronous controlo at the same time , the means of fuzzy configuration analysis is used for network training , , the comparative experiments make known that the method of applying fnn to realize synchronization control is feasible , furthermore , its effect is better than others0 this paper puts forward that a distributed control system can be used to monitor and control vessel gate within a real - time or remote distance , the basic project , structure , applications and functions of computerized scada system in hydraulic system of vessel gate is introduced ? a double layer network structure , epigynous and hypogynous machine network , is applied to this system , , in accord with the application of technique such as plc , integrated software etc , this paper introduces the methods and application to achieve the computerized scada system in the task , and analyzes the characteristic of this system , , in this paper , the application of configuration in monitor and control system of vessel gate is discussedo in addition , in accord with the application of technique such as visual basicb
  双缸船闸液压启闭控制系统要求解决同步控制问题，文中从智能控制理论角度出发，采用了一种改进的模糊神经网络，结合模糊聚类分析方法，阐述了应用该网络实现同步控制的原理。通过对比仿真实验表明：应用模糊补经网络实现同步控制是可行的，而且它的同步控制效果要优于传统的设置主从令缸控制方法，具有良好的鲁棒性能。另外，本文提出了建立船闸控制系统的分布式控制系统，介绍了船闸液压控制系统的计算机监控系统( scada )的方案、结构、应用和主要功能，采用双层网络化结构：上位机网络和下位机网络，并结合plc通信网络技术和组态软件等技术构成的计算机监控系统的实现方法，实际应用，分析了这种较新的系统模式在船闸液压控制系统的计算机监控系统的功能实现中所具有的特点。
• The design of control and communication software : the software realized the communication of the five bouys with the control vessel and the acoustic emission vessel ; it controls the data acquisition system , it restricts the five bouys in the remote instructions from the control vessel and the acoustic emission vessel , and it also transmits the position and time information from dgps , the bearing information of the underwater acoustic construction from a electronic compass of type of tcm2 when in collection period of time
  控制和通信软件设计：各浮标工作在指挥船和发射船遥控指令内容的约束下，控制和通信软件实现了浮标与指挥船以及发射船的通信，控制数据采集系统工作，并在采集时段完成gps位置、时间与矢量水听器方位信息的传输。