首页> 外文会议>ICCEE 2010;International conference on computer and electrical engineering >Load's Swing Angle Equation and Structure Parameter for Container Crane Hydraulic Anti-sway System
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Load's Swing Angle Equation and Structure Parameter for Container Crane Hydraulic Anti-sway System

机译:集装箱起重机液压防摆系统载荷摆角方程及结构参数

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The container crane may damp the container swing with hydraulic anti-sway system. The container may be accurately located and promptly placed. To obtain the load's swing angle equation when the crane trolley is stationary after braking for the container crane's hydraulic anti-sway system on the basis of structural characteristic of the anti-sway system and its trolley-load system's moving characteristic and engineering practice. The system's structure Parameter is one of influencing factors on the antisway system's performances when the hydraulic cylinder system's design is accomplished. Through analyzing anti-swing rope's spatial arrangement characteristic and simulating, simulation results show that changing fixed blocks' lateral distance may obviously change the system's structure parameter when the fixed blocks' lateral distance is less than 2.5 m. And changing anti-swing crown blocks' longitudinal distance can not obviously improve the anti-sway system's performances.
机译:集装箱起重机可以通过液压防摆系统来抑制集装箱摆动。可以准确定位容器并及时放置。基于防摇摆系统的结构特点及其手推车-载荷系统的运动特性和工程实践,获得了集装箱起重机液压防摇摆系统制动后起重机小车静止后的载荷摆角方程。当液压缸系统的设计完成时,系统的结构参数是影响防摆系统性能的因素之一。通过分析防摆绳的空间布置特性并进行仿真,仿真结果表明,当固定块的侧向距离小于2.5 m时,改变固定块的侧向距离可能会明显改变系统的结构参数。而改变防摆冠的纵向距离并不能明显提高防摆系统的性能。

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