悬于不稳定基准上的水下工作平台的稳定性

R. Bostelman, James, Albus
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引用次数: 14

摘要

工作平台由六根缆绳悬挂,并由位于船上的六个绞车控制,可以精确控制工具,抓手和机械的位置,速度和力,在所有六个自由度(x, y, z,滚转,俯仰和偏航),当船舶由于海面条件而移动时。基于Robocrane,该平台可以通过操作员控制(例如操纵杆)进行操作,通过控制电缆张力和工作平台的浮力,在不干扰海底的情况下进行工作。当从远程位置控制时,工作平台可以施加大的力和扭矩。除了在温和的天气条件下,它还可以应用于从水下铺设/修理到施工等许多领域
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Stability of an underwater work platform suspended from an unstable reference
A work platform suspended by six cables and controlled by six winches located on a vessel, can precisely control the position, velocity, and force of tools, grippers, and machinery in all six degrees of freedom (x, y, z, roll, pitch, and yaw) while the vessel is moving due to sea surface conditions. Based on the Robocrane, the platform can be maneuvered via operator controls (e.g. a joystick) for doing work without disturbance of the sea bottom by controlling the cable tensions and buoyancy of the work platform. Large forces and torques can be exerted with the work platform while being controlled from a remote position. Many applications are possible: from underwater laying/repair to construction, in other than mild weather conditions.<>
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