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首页> 外文会议>Proceedings of China Modern Logistics Engineering: Inheritance, Wisdom, Innovation and Cooperation >Design of New Hydraulic Pushing Device
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Design of New Hydraulic Pushing Device

机译：新型液压推动装置的设计

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摘要

Hydraulic pushing equipment is widely used to transport the extreme heavy structure and equipment in road and bridge, construction, railway, electric power, metallurgy, petrochemical, etc. In this article, the hydraulic pushing equipment can move with the pushed object along the track, which is mainly composed of hydraulic cylinder and clamping device. The clamping device installed in the back of the hydraulic cylinder mainly consists of a rod and bugles beside the rail. The device can provide reaction force when the piston rod stretches out through the compaction of the rod and bugle. The clamping device follows the movement of the hydraulic cylinder when the piston rod retracted. This paper takes the hydraulic pushing equipment of 2,500-ton ring crane as an example to introduce the specific design, and optimizes the key components and overall structure using ANSYS.
机译：液压推运设备广泛用于在公路和桥梁，建筑，铁路，电力，冶金，石化等领域运输极端重型的结构和设备。在本文中，液压推运设备可以与被推物体一起沿着轨道移动，它主要由液压缸和夹紧装置组成。安装在液压缸后部的夹紧装置主要由一根在杆旁的杆和喇叭组成。当活塞杆通过活塞杆和军号的压紧而伸出时，该装置可提供反作用力。当活塞杆缩回时，夹紧装置跟随液压缸的运动。本文以2500吨环吊起重机的液压推动设备为例，介绍其具体设计，并利用ANSYS对关键部件和整体结构进行优化。

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