无人潜水器

无人潜水器及其动力系统技术发展现状及趋势分析

Analysis of technology status and development trend for unmanned underwater vehicle and its propulsion system

无人潜水器技术随着海洋研究与开发的发展而逐渐受到各国的关注。

With the development ocean research and exploitation , the technology of unmanned underwater vehicle has attracted more attention in some countries .

本课题的研究内容是无人潜水器的一个重要组成部分&主动避碰系统的研究。

The issue is an important component of the vehicle & research on active collision avoidance system .

该项目的目的是研制一种小型无人潜水器，对该公司下辖的出海航道的水深情况进行实时监测。

The aim of the project is to develop a kind of unmanned underwater vehicle which is used to monitor the depth of the fairways under the jurisdiction of the company timely .

与无人潜水器相比，载人潜水器在水下救生、人员输送、水下设备的安装与维修和海洋资源探测与开发等方面有着显著的优势和广阔的应用前景。

Compared with unmanned submersible , Human Occupied Vehicle ( HOV ) has obvious advantages and broad application prospects in underwater life-saving , personnel transportation , fixing and maintain of underwater equipments , exploration and development of marine resources and so on .

本文作者多年从事ROV作业，对无人遥控潜水器在近海石油工业应用中存在的问题提出一些看法。

The remotely operated vehicle ( ROV ) have been extensively applied in ocean engineering . The article mainly dea 's with the ROV 's application in offshore petroleum industry and the existing problems .

轻型无人遥控潜水器中伺服电动机的优化设计

Optimal Design of Servomotor for Light-sized Unmanned Remote Operated Undersea Vehicle

基于CAN总线的观察型无人遥控潜水器

Monitor System of Remotely Operated Vehicle Based on CAN Bus

无人遥控潜水器作业与安全综述水下作业工具系统

Safety requirement in the operations of remotely operated vehicle Underwater Working Tools System

系缆无人遥控潜水器HR01

Tethered remotely operated vehicle HR 01

轻型无人遥控潜水器主要用于海洋，其伺服电机要求体积小，重量轻、效率高、响应快速。

Light-sized unmanned remote operated undersea vehicle mainly used in ocean requires its servomotor small in volume , light in weight , high in efficiency , rapid in response .