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Apparatus and method for control of auto-pilot system for water tank-based exercise model test

机译:基于水箱运动模型测试的自动驾驶系统的控制装置和方法

摘要

Disclosed is a control apparatus and method for a free hangover system for testing a water tank-based motion model. The control method of the free-hanging system for the tank-based motion model test includes the steps of measuring the speed of the towing tank, the step of measuring the motion of the model ship, determining whether the measured speed is stable, and the measurement. If the determined speed is stable, performing the first PID (proportional integral derivative) control of the propeller rotational speed of the model ship so that the model ship rises to a preset target speed, if the measured speed is not stable, The step of determining whether the model ship's motion is stable using a surge during the measured 6 degrees of freedom movement. When the model ship's motion is stable, the propeller rotation speed of the model ship maintains the target speed. And performing a second PID control for the model ship and, when the motion of the model ship is not stable, performing a third PID control for the rotation speed of the propeller of the model ship.
机译:公开了一种用于测试基于水箱的运动模型的自由宿醉系统的控制设备和方法。基于坦克的运动模型测试的自由悬挂系统的控制方法包括以下步骤:测量拖曳坦克的速度;测量模型船的运动的步骤;确定测得的速度是否稳定;以及测量。如果确定的速度稳定,则对模型船的螺旋桨转速执行一阶PID(比例积分微分)控制,如果测量的速度不稳定,则模型船升至预设目标速度。在测得的6个自由度运动过程中,模型船的运动是否因波动而稳定。当模型船的运动稳定时,模型船的螺旋桨转速将保持目标速度。并且对模型船执行第二PID控制,并且在模型船的运动不稳定时,对模型船的螺旋桨的转速执行第三PID控制。

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