处理污泥泵的桅杆式悬臂起重机臂架的结构设计

Denis Molnár, Miroslav Blatnický, Ján Dižo, Vadym Ishchuk
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引用次数: 0

摘要

本文是处理污泥泵的桅杆式悬臂起重机技术解决方案的延续。它是供第11号楼使用的。第900号,第2座,雅斯洛夫斯科维尔博胡尼切核电站。它是对原有的、在役的破损处理装置的优化,采用手动控制升降和旋转。结果发现,为了方便单个工人的操作,举升力永久落在120至160牛的推荐范围内。拔出污泥泵的问题巧妙地提供了在原始设计上进一步设计更改的机会。提供的解决方案是放弃原来的设计,将载体插入到支撑中,取而代之的是一个固定的桅杆,吊杆可以在上面旋转。因此,提高吊臂起重机的承载能力是可行的,从而解决污泥泵附着在罐底的问题。因此,提高吊臂起重机的承载能力是可行的,从而解决污泥泵附着在罐底的问题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Structural design of a boom mounting of a mast type jib crane for handling sludge pumps
The paper is a continuation of the issue of the technical solution of a mast type jib crane for handling sludge pumps. It serves for the use in the building no. 900, block V2, of the nuclear power plant Jaslovské Bohunice. It is an optimization of the original, in-service damaged handling device with manual control of lift and rotation. It was found that the lifting force permanently falls within the recommended range of 120 to 160 N for convenient operation by a single worker. The problem of pulling out the sludge pumps ingeniously provided the opportunities to further design changes on the original design. The solution offered was to scrap the original design of the carrier inserted into the support and replace it with a fixed mast on which the boom would rotate. Accordingly, it would potentially be feasible to increase the load capacity of the jib crane, and thus the issue of the sludge pumps attached to the tank bottom would be solved. Accordingly, it would potentially be feasible to increase the load capacity of the jib crane, and thus the issue of the sludge pumps attached to the tank bottom would be solved.
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