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Optimum Design of the Hydraulic System for Berth Trolley

机译:泊位小车液压系统的优化设计

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Been used several years, the track of the berth trolley in a shipyard is obviously subsided, which results in uneven pressure on the berth trolley at different positions under the ship. What's more, the whole towing system and the original hydraulic system are influenced by this. In this article, the system transformation of the ship's stern trolley's hydraulic system for the hull towing equipment is analyzed and a dynamic system that can make the berth trolley react to the dynamic settlement of its trajectory is established. At the same time, the hydraulic servo technology and the simulation analysis are used to carry out the transformation. The results showed the modified system can react to the pressure, displacement and stress of each jacking contact point to ensure smooth operation of the ship-moving system.
机译:已经使用了几年,船厂中的泊位小车的轨道显然是消退的,这导致船舶在船舶下不同位置的泊位压力不均匀。更重要的是,整个牵引系统和原始液压系统受此影响。在本文中,分析了船舶船船拖曳设备液压系统的系统转换,并建立了动态​​系统,可以使泊位小车对其轨迹的动态结算作出反应。同时,液压伺服技术和仿真分析用于进行转换。结果表明,改性系统可以对每个起床接触点的压力,位移和应力作出反应,以确保船舶移动系统的平稳操作。

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