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Winch driven active heave compensation for load transfer in overhead crane systemud

机译:绞车驱动主动升沉补偿,用于桥式起重机系统中的负载转移 ud

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摘要

Ocean wave induced vessel heave motion is one of the most important issues in marine operation, especially in the load transfer using overhead crane system. The control of marine overhead crane system aims to regulate the positioning of the cart and the payload continuously, irrespective of the vessel heave motion. This paper presented an integrated motion controller by incorporating the active heave compensator into the winch classical PID motion controller. Through active heave compensator, the gap between the payload and the vessel main deck was continuously monitored and regulated to avoid hammering of the payload into the intended mating object. From the simulation results, the performance of the overhead crane system, assisted by the integrated winch PID motion controller and active heave compensation mechanism, can be significantly improved, even in the presence of ocean wave induced vessel heave motion, with distinctively small payload sway angle and displacement errors.
机译:海浪引起的船舶升沉运动是海上作业中最重要的问题之一,尤其是在使用高架起重机系统进行负载转移时。船用高架起重机系统的控制旨在连续调节小车和有效载荷的位置,而与船的起伏运动无关。通过将主动升沉补偿器结合到绞车经典PID运动控制器中,提出了一种集成运动控制器。通过主动升沉补偿器,有效载荷和船舶主甲板之间的间隙得到了连续监测和调节,以避免将有效载荷锤击到预期的配合物体中。从仿真结果可以看出,即使存在海浪引起的船舶起伏运动,有效载荷摇摆角特别小,借助集成的绞车PID运动控制器和主动升沉补偿机制,桥式起重机系统的性能也可以得到显着改善。和位移误差。

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