The independent position system of deep-sea mining vehicle is the base of self-localization, intelligent controlling, independent navigation and safely working.
深海采矿车自主定位系统是采矿车自主导航、智能控制、安全作业等过程的基础。
It provides a new method to estimate phase difference for test of characteristic parameters of fluid and measurement of a ship heave in deep-sea mining.
本文为实时估计两列波相位差提供了新方法，在流体物理检测、深海采矿船升沉运动位移等的检测中具有良好的作用。
This paper introduces the application of soft starter in deep-sea mining systems, as well as deep-sea mining trucks working environment, load characteristics and selection, etc.
文中介绍了软启动器在深海采矿系统的应用，以及深海采矿车的工作环境、负载特点、和选型等。
After being improved, this system can be uesd in the heave compensation system for deep sea mining system, and provides real time and exact heave distance for the mining ship.
该方法经改进后，可应用于深海采矿升沉补偿系统中，为采矿船提供实时、准确的升沉位移数值。
The wave heave compensation system of the deep sea mining unit is one of the essential equipments to ensure the safety of the deep sea mining operations.
深海采矿装置波浪升沉补偿系统是保证深海采矿作业安全进行必不可少的装备之一。
Horizontal hydrodynamics of deep sea mining lifting pipe consists of two parts: the forces caused by current and wave.
深海采矿扬矿管上的横向液动力由两部分组成：海流作用力、波浪作用力。
However, determining the traveling route of both collector and mining ship is a difficult problem on deep sea mining.
但确定集矿机与采矿船的行走路线是深海采矿的难题。
However, determining the traveling route of both collector and mining ship is a difficult problem on deep sea mining.
但确定集矿机与采矿船的行走路线是深海采矿的难题。
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