卧式铣床低成本可编程分度头的研制

Sanjiv Kumar, D. Goyal, S. Banwait
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引用次数: 1

摘要

现在的数控加工更多地采用了机电一体化技术。将数控与机械、电子和数据处理系统相结合,可以产生更新的生产方法。本文研制了一种基于单片机的卧式铣床可编程分度头。所研制的可编程分度头主要由机械系统、电子系统和应用软件系统三个系统组成。实验结果表明,所研制的分度头机械性能优于传统分度头,并具有自锁功能。与传统分度头的生产相比,在开发的分度头上制造一个齿轮,每齿轮节省44.4秒的时间。同时,研制的分度头的成本降低了62.03%。节省了93.67%更换传统分度头分度盘的时间。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Development of low cost programmable indexing head for horizontal milling machine
CNC machining nowadays makes more use of Mechatronics. Combining numerical control with mechanical, electronics, and data processing systems can lead to newer methods of production. In the present work, a microcontroller based programmable indexing head for horizontal milling machine has been developed. The developed programmable indexing head consist mainly of three systems i.e. mechanical system, electronics system and application software system. It has been observed that the mechanical advantage (MA)of the developed machine is more than the traditional indexing head, and also has the capability of self-locking. As compared to the production on traditional indexing head, the manufacturing of a gear on the developed indexing head results in a saving of 44.4 seconds time per gear. At the same time, it also results in 62.03% reduction in the cost of developed indexing head. It also saves 93.67% time wasted in changing the indexing plates in traditional indexing head.
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