Recent Design and Development of Hydraulic Jack Operated Hose Crimping Machine

D. K. Kaithari, P. Krishnan, Hisham Mohammed Salim Al Burtamani
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Abstract

The aim of this chapter is to discuss the development of a crimping machine capable of crimping hydraulic hoses without the use of electricity. A thorough analysis of the literature suggests that it was the fabrication of electrically powered crimping machines that motivated the authors to create a hydraulically powered crimping machine. This type of crimping machine is extremely useful when the rig is in motion and is also ideal for emergency crimping to prevent shutdown time. The author designed critical components of the system using Autodesk inventor software and obtained a safety factor greater than one for all critical components. A safety factor of less than one results in hazardous operating conditions for vital components. The entire assembly has been successfully fabricated for the necessary crimping on a 19.05 mm hose. The crimping machine was successfully checked for crimping the specified hose size. The machine's configuration can be modified to fit a variety of die sizes for crimping hoses of various sizes.
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液压千斤顶软管卷接机的最新设计与研制
本章的目的是讨论一种能够在不使用电力的情况下卷曲液压软管的卷曲机的发展。对文献的彻底分析表明,这是电动卷曲机的制造,促使作者创造液压动力卷曲机。这种类型的压接机是非常有用的,当钻机在运动,也是理想的紧急压接,以防止停机时间。作者利用Autodesk inventor软件对系统的关键部件进行了设计,得到了所有关键部件的安全系数均大于1。安全系数小于1将导致关键部件的危险操作条件。整个组件已经成功地制造了必要的压接在19.05毫米软管。已成功检查压接机是否能压接指定的软管尺寸。机器的配置可以修改,以适应各种模具尺寸的压接各种尺寸的软管。
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